Rise in beach attendance presents parking challenges – The Providence Journal

Carol Kozma Journal Staff Writer CarolKozma

A couple of weeks ago, Michelle Folco headed to the beach at East Matunuck. But when she got there at 9 a.m., she was turned away. The lot was full.

It was a little upsetting because I had to pay 20 dollars to park," in a different lot, even though she had paid for a season parking pass for the state's beach lots, she said.

Since then, Folco has not had any other issues finding a spot. But she said when she headed to the beach last weekend, she left early from Pawtucket to make sure she could park her car.

Attendance at the beach is calculated by multiplying the number of cars that use the state beaches parking lots by 3.2. There are probably more visitors, Paquette said, as some people park in other lots when the states lots are full and others who live nearby or rent a vacation house walk.

In general, each attendance has been rising over the past several years, with a high of about 1.2 million people in 2016 at the seven state beaches for which the state keeps records. As of July 18 this year, 506,378 people had visited the states beaches.

But from the 2012 season to the 2013 season, there was a sharp drop from 1,044,224 to 862,259.

At the time Robert Paquette, chief of the Rhode Island State Parks, attributed the decline to extensive rain in May and June of that year. Paquette said he did not believe that the state's doubling of beach parking fees two years earlier had affected attendance significantly; the fees were cut in half again in 2016.

In an interview this year, Paquette once again said that weather was the most significant factor in the filled parking lots:

We have these spikes and downturns because of weather, Paquette said.

There are about 9,000 parking spots at the states beaches. With more accurate forecasts easily available on smartphones, it's easy for beach goers to look ahead for the sunniest and clearest day.

When the forecast points to a busy weekend, the state plans ahead too.

We reschedule some lifeguards to come in earlier, Paquette said, adding that state workers also coordinate with ProPark, the parking lots contractor, to open lots at the busier beaches by 8 a.m., rather than 9.On busy days, lots sometimes fill up in less than two hours, Paquette said.

One day this summer, Bruce Hoch of Seekonk was at Scarborough State Beach with his grandson. He takes him to the ocean at least once a week.

"He loves the water," Hoch said.

They'll visit Scarborough, East Matunuck or Horseneck in Westport.

But Scarborough is where they come most often. Hoch said he doesn't have any issues with parking.

"I generally come down here fairly early in the morning," he said, around 10 or 10:30.

That same day, Gianna Alberti and Kathryn Wheeler came together to Scarborough from Burrillville.

They were at the beach even before it opened, waiting in line a half hour until 9 a.m. for the parking gates to open, to make the most out of their beach day.

"The weekends are the worst," Wheeler said of finding a parking spot.

ckozma@providencejournal.com

On Twitter: @CarolKozma

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Rise in beach attendance presents parking challenges - The Providence Journal

Beach reopened after shark sighting by surfer shuts down San Clemente waters – OCRegister

A surfer reported seeing a shark close to shore in San Clemente, prompting officials to shut down the water until 3 p.m. Saturday, August 5.

The sightings happened at about 11 a.m., when a surfer saw the fin several times anywhere from 40 to 100 yards from shore off Linda Lane Beach.

The shark was estimated to be about 10- to 11 foot, according to lifeguards.

He said he surfs San O all the time so hes seen them before, it seemed pretty reliable, said San Clemente lifeguard Ian Burton.

The stretch of beach closed spanned from a mile north of the pier to a mile south of the pier.

San Clemente beaches were busy with shark sightings earlier in the year, especially after a woman was bit while out in the water at nearby San Onofre State Beach, with regular sightings at the pier and North Beach.

Sightings have cooled in the past month, with the last sighting at San Clemente city beach reported June 27.

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Beach reopened after shark sighting by surfer shuts down San Clemente waters - OCRegister

Rip currents claiming lives of swimmers along US beaches – WKYC-TV

The Associated Press , WKYC 8:06 PM. EDT August 04, 2017

Rip currents. (Photo: Getty Images/Thinkstock)

POINT PLEASANT BEACH, N.J - Rip currents have caused several deaths at the New Jersey shore this summer, prompting warnings from lifeguards and weather forecasters for swimmers to be aware and keep themselves safe.

Six people died between June and July due to rip currents in New Jersey, and rip currents have killed at least 40 people along U.S. beaches so far this year.

Preliminary data from the National Weather Service show Florida leads the nation this year with 11 deaths. New Jersey and Texas had six and North Carolina had five rip current deaths by the end of July.

Forecasters say the narrow bands generated by waves, wind and the ocean floor have claimed 735 lives since 2002.

Beachgoers shouldn't swim on unguarded beaches and, if caught in a current, swim parallel to shore.

---

Follow the Channel 3 Weather Team on Twitter @wkycweather and on Facebook

2017 Associated Press

Originally posted here:

Rip currents claiming lives of swimmers along US beaches - WKYC-TV

When Artificial Intelligence and Social Media Marketing Collide

Both artificial intelligence and social media marketing are getting a lot of attention nowadays because of their huge benefits and growth potential. They are benefiting both businesses and normal people in various ways. The investment has already been growing in the artificial intelligence, and the investment is further expected to grow by around 300%, according to the prediction made by the Forrester.

Talking about the social media platforms, more than 2.5 billion people are already using various social media platforms as per the statistic. This is nearly a 1/3 population of the whole planet. A marketer has the potential to reach a large no. of potential customers from all over the world with the help of various social media platforms. The artificial intelligence (AI) is already playing a key role in various business sectors, and now its colliding with the social media marketing.

The artificial intelligence has a long way to go; however, its thriving in a very quick pace. The entrance of the artificial intelligence has already revolutionized the social media marketing. Here are the ways how the artificial intelligence is changing the social media marketing.

There are some brands that need to publish huge volumes of posts every day. These brands also employ plenty of influencers by doing some social media outreach to promote their products. They find it difficult to decide which posts to highlight and which posts are likely to perform well among their audiences. Because its a tedious task to analyze huge volumes of contents, its more about guesswork.

The slack bots have been developed to avoid the guesswork. The bots have the ability to predict the chances of success of various contents and they can suggest the pieces of contents which have the highest possibility of doing well. Furthermore, these bots can also find the similar content on the social media and show you the performance of the content.

The Facebook, which is the most popular social media platform in the world today, is focusing a lot on the development of the artificial intelligence these days. They have recently developed the facial recognition feature, and this feature is not only the tool to enhance the tagging function of the Facebook.

This feature can be used in various ways by the brands for developing their social media marketing strategies to further increase the reach and success of their social media marketing campaign. For an instance, the hotels, restaurants, clothing stores, and others can provide the coupons to their followers who post their picture in their place. With the images publishing getting more popular these days, this feature can help the brands to stand out with their posts.

There are many creative social media marketers who are awesome at creating awesome contents. However, its not an easy task for the marketers to release the content, building schedules, maintaining content, and analyzing content. This is another reason why the artificial intelligence is so crucial for the social media marketers. The artificial intelligence can release all the pressure of analyzing and managing the content for the marketers.

Not only the use of AI will take off the pressure from the marketers, but it will also help them to grow as a successful marketer. The machine learning and other AI tools can analyze competitors performance, your historical content and performance, and much more to help you learn. These tools also provide you with the idea of what consumers want to see or want, which will help to make your every campaign an effective campaign. This can also help to publish better sponsored blog posts to reach more people with the content people want to see.

According to the study, the majority of the customers want to interact with the businesses via message nowadays. Its because its very easy to communicate with the brands via a message in comparison to the telephone. Furthermore, the customers also want businesses to respond them as quickly as possible. Its not possible to respond to a lot of customers queries quickly, and this is where the artificial intelligence is playing the role.

The social media marketers have the responsibility to engage with the customers after they are successful in getting plenty of queries regarding their posts. The artificial intelligence can help them to prioritize the queries of the customers, help them to find out whether the messages are from trolls or real users, and much more. All these tools can help the social media marketers to serve their customers in a better way; thus, increasing the chance of conversion.

The social media marketers need to listen to their followers to plan their next posts and also to make an overall strategy. The only way to find out what the customers want, the marketer needs to collect, interpret, and understand the data. However, the problem is that the massive amount of data is uploaded and downloaded each day, making it impossible for the human beings to correctly interpret the information.

The various AI tools help them to collect the valuable insights from the data collected through various social media platforms to get incredible insights on the customer taste and preferences. In the near future, the brands may also be able to find out who among their followers are wearing their brands T-shirt and using their products with the analysis of images and videos. It will help marketers create more personalized marketing campaigns.

By now, you mustve known how the artificial intelligence is changing the whole picture of the social media marketing. You must have also realized that the traditional social media marketing strategies need to be updated in order to get the success of your social media marketing campaign. If you dont combine the artificial intelligence in your social media marketing strategy, then youre likely to fail to get any return from your campaign because the competitor will be using AI to gain competitive advantage.

This post is part of our contributor series. The views expressed are the author's own and not necessarily shared by TNW.

Read next: Kevin Rose: Answering The Big Five

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When Artificial Intelligence and Social Media Marketing Collide

How Facebook’s AI Bots Learned Their Own Language and How to Lie – Newsweek

Facebook has been working on artificial intelligence that claims to be great at negotiating, makes up its own language and learns to lie.

OMG! Facebook must be building an AI Trump! Art of the deal. Biggest crowd ever. Cofveve. Beep-beep!

This AI experiment comes out of a lab called Facebook Artificial Intelligence Research. It recently announced breakthrough chatbot software that can ruthlessly negotiate with other software or directly with humans. Research like that usually gets about as much media attention as a high school math bee, but the FAIR project points toward a bunch of intriguing near-term possibilities for AI while raising some creepy concernslike whether it will be kosher for a bot to pretend it is human once bots get so good you cant tell whether theyre code or carbon.

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AI researchers around the world have been working on many of the complex aspects of negotiation because it is so important to technologys future. One of the long-held dreams for AI, for example, is that well all have personal bot-agents we can send out into the internet to do stuff for us, like make travel reservations or find a good plumber. Nobody wants a passive agent that pays retail. You want a deal. Which means you want a badass bot.

There are so many people working on negotiating AI bots that they even have their own Olympicsthe Eighth International Automated Negotiating Agents Competition gets underway in mid-August in Melbourne, Australia. One of the goals is to encourage design of practical negotiation agents that can proficiently negotiate against unknown opponents in a variety of circumstances. One of the leagues in the competition is a Diplomacy Strategy Game. AI programmers are anticipating the day when our bot wrangles with Kim Jong Uns bot over the fate of the planet while Secretary of State Rex Tillerson is out cruising D.C. on his Harley.

Artifical Intelligence is no longer a futuristic concept. Bots can already debate, negotiateand lielike humans. Isaac Lawrence/AFP/Getty

As the Facebook researchers point out, todays bots can manage short exchanges with humans and simple tasks like booking a restaurant, but they arent able to have a nuanced give-and-take that arrives at an agreed-upon outcome. To do that, AI bots have to do what we do: make a mental model of the opponent, anticipate reactions, read between the lines, communicate in fluent human language and even throw in a few bluffs. Facebooks AI had to figure out how to do those things on its own: The researchers wrote machine-learning software, then let it practice on both humans and other bots, constantly improving its methods.

This is where things got a little weird. First of all, most of the humans in the practice sessions didnt know they were chatting with bots. So the day of identity confusion between bots and people is already here. And then the bots started getting better deals as often as the human negotiators. To do that, the bots learned to lie. This behavior was not programmed by the researchers, Facebook wrote in a blog post, but was discovered by the bot as a method for trying to achieve its goals. Such a trait could get ugly, unless future bots are programmed with a moral compass.

The bots ran afoul of their Facebook overlords when they started to make up their own language to do things faster, not unlike the way football players have shorthand names for certain plays instead of taking the time in the huddle to describe where everyone should run. Its not unusual for bots to make up a lingo that humans cant comprehend, though it does stir worries that these things might gossip about us behind our back. Facebook altered the code to make the bots stick to plain English. Our interest was having bots who could talk to people, one of the researchers explained.

The bots ran afoul of their Facebook overlords when they started to make up their own language to do things faster. Dado Ruvic/Reuters

Outside of Facebook, other researchers have been working to help bots comprehend human emotions, another important factor in negotiations. If youre trying to sell a house, you want to model whether the prospective buyer has become emotionally attached to the place so you can crank up the price. Rosalind Picard of the Massachusetts Institute of Technology has been one of the leaders in this kind of research, which she calls affective computing. She even started a company, Affectiva, thats training AI software in emotions by tracking peoples facial expressions and physiological responses. It has been used to help advertisers know how people are reacting to their commercials. One Russian company, Tselina Data Lab, has been working on emotion-reading software that can detect when humans are lying, potentially giving bot negotiators an even bigger advantage. Imagine a bot that knows when youre lying, but youll never know when it is lying.

While many applications of negotiating botslike those personal-assistant AI agentssound helpful, some seem like nightmares. For instance, a handful of companies are working on debt-collection bots. Describing his companys product, Ohad Samet, CEO of debt-collection AI maker TrueAccord, told American Banker , People in debt are scared, theyre angry, but sometimes they need to be told, Look, this is the debt and this is the situation, we need to solve this. Sometimes being too empathetic is not in the consumers best interest. It sounds like his bots are going to negotiate by saying, Pay up, plus 25 percent compounded daily, or we make you part of a concrete bridge strut.

Put all of these negotiation-bot attributes together and you get a potential monster: a bot that can cut deals with no empathy for people, says whatever it takes to get what it wants, hacks language so no one is sure what its communicating and cant be distinguished from a human being. If were not careful, a bot like that could rule the world.

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How Facebook's AI Bots Learned Their Own Language and How to Lie - Newsweek

Artificial Intelligence and Internal Audit – HuffPost

Auditing is about analyzing, being able to collect information around the audited subject and understanding its connections to other relevant subjects or areas. Going forward, auditors will not only uncover issues and errors, but will also provide solutions. This means that the reports from internal audits will not only list errors and process flaws, but also potential solutions to issues in collaboration with the experts from the audited area...

In most cases, the issues addressed by the auditors are known to the audited area, but in the day-to-day context of business activities, these issues are mostly not considered as urgent. In the future audit needs to adopt its approach to generate a benefit for the audited area too. The most important task of an internal auditor is to be able to analyze the collected information, while the question part of an audit can be done by a junior auditor. By repeatedly asking why?, an auditor can collect large amounts of information which helps to understand the entire landscape around a subject. It enables the auditor to evaluate the facts and make assessments.

When I was working as an internal auditor, I was involved in a project that was searching for an early warning system using available technology. We were tasked to ask simple questions and to evaluate the collected facts about a particular subject. In contrast to Eliza which became famous decades ago for being a revolutionary IT solution, the operating system featured in the movie HER did not provide a revolutionary new insight into the latest AI (Artificial Intelligence) technology.

Humans can differentiate between a conversation with a human and a conversation with a robot. Furthermore, they are able to make jokes, write poetry or recognise a lie by a persons voice or mimic. Can AI such as Eliza take over the activity of internal auditing? As mentioned, by asking the simplest questions, almost everybody can access information. How intelligent must AI become in order to be able to act as an internal auditing system, and what would be the role of humans in this process? I think that by even having simple artificial interaction software in place, the interview part, as well as the structuring of the collected information, can be taken over by a computer. The collected information can help clarify subjects and to draw conclusions about the problem.

Here is an example of how a simple question can be asked to collect all needed information about a particular issue: The issue is that I get up early in the morning.

AI: Why? Answer: Because I like the early morning energy and silence.

AI: Why do you like silence? Answer: Because, if its quiet, I get into a different state of mind with little effort.

AI: Why do you need a different state of mind? Answer: Because in a different state of mind I can see ordinary things from a new perspective.

AI: Why do you need a new perspective? Answer: Because different perspectives can reveal new solutions to problems.

AI: Why? Answer: Because new solutions will give me the ability to better solve outstanding issues.

AI: Why? Answer: Because by better solving my issues I have a better day .

In practice, questions can be chosen in a way that the person being interviewed does not discover that the questions are asked without the answers being listened to.

After the financial crisis, the area that would benefit the most from the introduction of AI into its processes is internal audit. This way, existing resources can be used in a more efficient way and it would be possible to audit more areas in shorter period of time. In the future, internal audit will use software like Eliza to interview experts from all areas almost monthly and will be able to collect information by setting up an early warning system for reporting by searching for critical words.

Areas with the most critical words will be audited with the most urgency. The interview can also include hidden checks to ensure that the person understands the answers being given and validates the truth. This will help to control more efficiently, without any additional resources. Furthermore, issues can be found more quickly, potential losses can be detected much earlier and before they cause damage to the organization...

Source: Banks of the Future, by Ella Thuiner; Published by Springer, 2015

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Nano One Enhances Pilot Productivity and Files a New Patent – InvestorIntel

August 2, 2017 (Source) Dr. Stephen Campbell, Principal Scientist at Nano One Materials (TSXV: NNO) (FSE: LBMB) (OTC Pink: NNOMF), today announced that Nano One has filed a patent related to yield improvements in its process for the manufacture of lithium metal oxide cathode materials for use in advanced lithium ion batteries.

The process improvements in this patent application have been demonstrated in the lab. Extrapolating the lab results, Nano One anticipates a 100-fold increase in the material throughput of its core technology at the reactor stage of the process. Specifically, the throughput of the existing pilot reactor could be increased from 10 kg/day, as initially conceived, to as high as 1400 kg/day. This yield is in line with current commercial production rates of cathode materials ranging from 1,000 to 10,000 kg/day. The remaining process steps are readily scalable to support the design of a full-scale plant. From industry reports, Nano One estimates that the global addressable market for cathode materials is approximately 500,000 kg/day.

These innovations move our pilot sized reactor into the range of full scale production, explained Dr. Campbell, and demonstrate a clear path to a 10,000 kg/day plant. The resulting reduction in capital expenses lowers the barrier to commercial adoption and makes Nano Ones technology even more attractive to industrial interests. It builds on innovations announced earlier and marks our fifth patent application since this time last year.

Nano One has been testing productivity concepts for some time in the lab. The pilot was designed and built to accommodate these concepts and demonstration of the elevated throughputs is expected this year. The technology was developed under a collaboration agreement between Nano One, NORAM Engineering and Constructors Ltd and BC Research Inc. Under the agreement, Nano One is assigned right, title and interest in arising intellectual property and accordingly a patent application has been filed with the U.S. Patent Office.

Nano One CEO Dan Blondal said that The throughput of our pilot reactor is significantly more compelling than originally anticipated and we look forward to discussing the reduced cost implications with a growing network of commercial interests. Wed like to acknowledge the team at Nano One for their dedication and know-how throughout the pilot program and thank NORAM and BC Research for their engineering expertise and innovations.

Nano One would also like to thank Innovation, Science and Economic Development Canada for their ongoing support of the pilot plant project and these technology developments through both Sustainable Development Technology Canada and the Automotive Suppliers Innovation Program.

{

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Nano One Materials Corp.

Dan Blondal, CEO

About Nano One:

Nano One Materials Corp (Nano One or the Company) is developing patented technology for the low-cost production of high performance battery materials used in electric vehicles, energy storage and consumer electronics. The processing technology addresses fundamental supply chain constraints by enabling wider raw materials specifications for use in lithium ion batteries. The process can be configured for a range of different nanostructured materials and has the flexibility to shift with emerging and future battery market trends and a diverse range of other growth opportunities. The novel three-stage process uses equipment common to industry and Nano One is building a pilot plant to demonstrate high volume production. The pilot plant is being funded with the assistance and support of the Government of Canada through Sustainable Development Technology Canada (SDTC) and the Automotive Supplier Innovation Program (ASIP). Nano One also receives financial support from the National Research Council of Canada Industrial Research Assistance Program (NRC-IRAP). Nano Ones mission is to establish its patented technology as a leading platform for the global production of a new generation of nanostructured composite materials. For more information, please visit http://www.nanoone.ca

About NORAM and BC Research

NORAM Engineering and Constructors Ltd. and their subsidiary, BC Research Inc., supply proprietary engineering and equipment packages to the chemical, pulp and paper, minerals processing and electrochemical sectors. They are recognized worldwide as a leader in the fields of nitration, sulfuric acid and electrochemistry. In addition to carrying out large assignments for major multi-national clients, NORAM and BC Research work with early-stage technology companies. They provide engineering design and fabrication support, sharing their experience in technology commercialization, and growing with companies as a strategic partner.

Certain information contained herein may constitute forward-looking information under Canadian securities legislation. Forward-looking information includes, but is not limited to, the execution of the Companys plans which are contingent on the receipt of grant monies and the commercialization of the Companys technology and patents. Generally, forward-looking information can be identified by the use of forward-looking terminology such as believe, expect, anticipate, plan, intend, continue, estimate, may, will, should, ongoing, or variations of such words and phrases or statements that certain actions, events or results will occur. Forward-looking statements are based on the opinions and estimates of management as of the date such statements are made and they are subject to known and unknown risks, uncertainties and other factors that may cause the actual results, level of activity, performance or achievements of the Company to be materially different from those expressed or implied by such forward-looking statements or forward-looking information, including: the ability of the Company to obtain additional financing; including the receipt of grant monies from SDTC, ASIP, NRC-IRAP and the receipt of all necessary regulatory approvals. Although management of the Company has attempted to identify important factors that could cause actual results to differ materially from those contained in forward-looking statements or forward-looking information, there may be other factors that cause results not to be as anticipated, estimated or intended. There can be no assurance that such statements will prove to be accurate, as actual results and future events could differ materially from those anticipated in such statements. Accordingly, readers should not place undue reliance on forward-looking statements and forward-looking information. The Company does not undertake to update any forward-looking statements or forward-looking information that is incorporated by reference herein, except as required by applicable securities laws.

NEITHER THE TSX VENTURE EXCHANGE NOR ITS REGULATION SERVICES PROVIDER (AS THAT TERM IS DEFINED IN THE POLICIES OF THE TSX VENTURE EXCHANGE) ACCEPTS RESPONSIBILITY FOR THE ADEQUACY OR ACCURACY OF THIS NEWS RELEASE

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Nano One Enhances Pilot Productivity and Files a New Patent - InvestorIntel

Herding Bacteria Brings Power to 3D-Printed Micromotors – ENGINEERING.com

3D printing at the nanoscale isnt new, but its applications are still being discovered. When the process, known as two-photon lithography, first began making headlines, many of the demonstrations involved the fabrication of aesthetic models: microscopic race cars, space shuttles and even ancient Roman sculptures.

However, researchers have also been applying the technology to the field of medicine. So far, the results have been somewhat limited, from a mechanical standpoint. For instance, one team has coated the tips of 3D-printed sharks in iron in order to guide their movements with magnetic fields. Other groups have worked on developing new geometries that can be beneficial in increasing the surface area of drugs used in targeted delivery.

A team led by Roberto Di Leonardo was able to fabricate micromotors powered by E. coli bacteria. (Image courtesy of Nature Communications.)

These studies do demonstrate the potential for nanotechnology in some applications, but, in some ways, the objects printed are the same aesthetic objects with some added medical superpowers. Mechanically, there have been few examples of true micromachinery. That is, until Roberto Di Leonardo, a physics professor at Sapienza Universit di Roma and at NANOTEC-CNR in Rome, developed a series of micromotors, which are powered by bacteria and ordinary LED light.

In the experiment conducted by Di Leonardos team, you can see the beginning of what could be the future of micromachines, including a series of 36 micromotors rotating in unison.

The main idea for the experiment comes from the observation that using modern tools of nanotechnology and microfabrication, we are becoming better and better at fabricating at thobjectse microscale, Di Leonardo told ENGINEERING.com."[Using 3D printing], we can build any shape, but its much more difficult to bring these structures to life by building motors and actuators. Were not as good at building micromotors, especially if we want these micromotors to be autonomous.

Di Leonardos lab actually constructed its own two-photon lithography system, which uses a high-powered laser to direct two photons of near-infrared light in ultrashort pulses at a photocurable resin. Unlike commercial nano 3D printing systems, like those from Nanoscribe, Di Leonardos team introduced a special modulator to the setup, making it possible to split the beam so that it can selectively cure multiple areas in parallel. This essentially makes it possible to 3D print the same object en masse, as was the case with the 36 motors printed in his study.

3D printing is not the only technology that can be used to create microscopic assemblies; it just happens to have the benefit of being able to produce fully assembled systems, such as the motors demonstrated in this study. Unlike other forms of 3D printing, two-photon polymerization has the benefit of 3D printing objects in a semisolid resin, making it possible to create complete assemblies. However, Di Leonardo said that there are other tools for assembly, including holographic optical tweezers, that make it possible to manipulate tiny objects with laser light.

3D printing the micromotors was not necessarily the hard part of the endeavor. The more difficult task for Di Leonardos group was powering the motors that were to be printed. To do so, he turned to one of natures existing micromachines: bacteria. The idea is that can we can use bacteria as tiny propellers to actuate micromachines, Di Leonardo said. The force generated by bacteria, however, is intermittent, which would cause the motors to spin for only about a minute at a time and some rotors to spin in the opposite direction.

To harness the swimming of E. coli bacteriawhich Di Leonardo described as the hydrogen atom of biology because it has been so extensively studiedthe team constructed microscopic motors that had 15 microchambers along their edges, with each chamber containing room for only one bacteria. As tiny organisms, bacteria have their own swimming patterns and behavior, so the researchers also built tiny ramps that herded them into these chambers.

The idea was that, once these E. coli were guided into the chambers, tilted at the 45 necessary to maximize torque and their flagellum (tails) whipping outside of the chambers, the bacterias natural swimming would push the individual rotors.

In figures a and b, you can see the motors design. Red represents the ramps that guide the bacteria into the chambers of the rotor, represented in green, which spins along an axis, represented in blue. In c and d, you can see scanning electron images of the micromotors. In d, you can see a close-up of the chambers as they were actually fabricated. (Image courtesy of Nature Communications.)

About the ability to herd and control the bacteria, Di Leonardo said, We actually werent sure that this would work. You may think that its not going to be easy for a single cell to find its way through a little hole. We were prepared for it to take a long time for these chambers around the rotating part to fill with bacteria.

After the implementation of the ramps, however, he said the process was surprisingly successful. In less than two minutes, the structures were completely loaded and all the chambers were occupied by bacteria. The process was surprisingly more efficient and reproducible than what we were expecting. Thats something that doesnt happen very often in science, Di Leonardo added.

The researchers also wanted to be able to control the motion of the micromotors. This was managed by genetically engineering the E. coli to express proteorhodopsin, a proton pump that causes protons to be pushed against an electrochemical gradient. Once the micromotors were exposed to light, the team could turn the motors off and on and regulate their speed. Using a feedback algorithm that lights up the system every 10 seconds, Di Leonardos group was further able to cause the motors to move in unison.

The use of light to control the movement of the bacteria provides significant benefits. As one might imagine, the use of power supply or magnetic fields is expensive and would not be easy to build. Moreover, the use of magnetic fields, for instance, would limit the complexity of the machines design. Di Leonardo explained that incorporating additional functionality into a structures design, such as creating gears that move at different speeds, would be difficult.

On the other hand, bacteria are computing machines, Di Leonardo explained. They can be used not just for producing propulsion, but theres a lot more that you can do with bacteria, just by exploiting the internal biological machinery. You can make them respond to different types of signals from the environment.

For example, Di Leonardo said that its possible to engineer two species of bacteria that are sensitive to different colors, such as red and green, and that actuate different parts of a device. When a red LED is lit, only those bacteria will respond and vice versa.

What Di Leonardo is working on next is the ability to create structures with more degrees of freedom, such as microscopic shuttles that can be steered and accelerated. The team also plans to address multiple structures at the same time by projecting a unique light pattern. Were moving in that direction, implementing more degrees of freedom which are independently controllable using light patterns, which are modulated in space and time, he said.

When it comes to practical applications for the technology, Di Leonardo said that biology and medicine are the first areas that come to mind. When you work at the microscale, your close neighbor is biology because the basic unit of life is the cell, he explained. Although the practical applications are still some ways off, he does believe that early applications may include the creation of tiny, disposable robots that can collect cells and sort individual cells in a blood sample for analysis and diagnosis.

And then, who knows? continued Di Leonardo. This is just the beginning, and theres still a lot to do from a technical point of view. In order to reach a nanotech future, Di Leonardo explained that typically independent researchers from different fields, such as physics, engineering and biology, will need to come together. Only then will society be able to reap the benefits of nanotechnology.

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Herding Bacteria Brings Power to 3D-Printed Micromotors - ENGINEERING.com

First of 10 expected BJC Investigators named – Washington University School of Medicine in St. Louis

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Helen McNeills work in developmental biology spans birth defects to cancer

Helen McNeill, PhD, has been named a BJC Investigator at Washington University School of Medicine in St. Louis. She is the first researcher named as part of the new BJC Investigators Program.

Helen McNeill, PhD, has been named a BJC Investigator at Washington University School of Medicine in St. Louis. She is the first researcher named as part of the new BJC Investigators Program, which aims to recruit scientists who bring innovative approaches to major biological quandaries and whose discoveries stand to inform new ways of understanding disease and developing treatments.

McNeill, the first of 10 expected BJC Investigators, is currently a professor in the Institute of Medical Science and the Department of Molecular Genetics, both at the University of Toronto. She is also a senior investigator at the Lunenfeld-Tanenbaum Research Institute, part of the Sinai Health System in Toronto. Her appointment as a BJC Investigator and a professor of developmental biology at Washington University begins Jan. 1, 2018.

We are excited to begin the BJC Investigators Program with the appointment of Dr. Helen McNeill, an international leader in the field of developmental biology, said David H. Perlmutter, MD, executive vice chancellor for medical affairs and dean of the School of Medicine. We sought candidates who had already indelibly changed their fields, whose discoveries will result in new and fundamental shifts in scientific thinking and whose laboratories will become a nidus for additional innovative work across Washington University. Helens scientific accomplishments, her high standards of excellence and ability to collaborate across disciplines make her a perfect fit.

The program is designed to specifically focus on basic science and is inspired by the Howard Hughes Medical Institutes philosophy of investing in people with exceptional creative talent. It plans to bring 10 renowned researchers to Washington University School of Medicine and the life sciences ecosystem of St. Louis.

We are very excited about the BJC Investigators Program at Washington University School of Medicine, said Steven H. Lipstein, CEO of BJC HealthCare. This program represents another joint effort between BJC and Washington University to help keep the schools biomedical research at the forefront of discovery. Pioneering research here in St. Louis offers our best hope for finding solutions to societys greatest medical challenges.

McNeills work is focused on understanding the processes that govern how cells make contact and work together to form the broader architecture of whole tissues, both during development and adulthood. Her work spanning studies of fruit flies, mice and human genetic data has relevance for understanding birth defects, cancer and diseases of specific organs, such as the kidney and lungs.

McNeill earned a bachelors degree in biology from the Ramapo College of New Jersey in 1985, followed by a doctorate in molecular and cellular physiology from Stanford University in 1993. She continued research at Stanford with a postdoctoral fellowship in fruit fly genetics. McNeill later led the Developmental Patterning Laboratory at the London Research Institute, a part of the Imperial Cancer Research Fund of the United Kingdom. She joined the faculty of the University of Toronto in 2005, where she has directed the Collaborative Program in Developmental Biology and earned numerous recognitions for her research, including the Petro-Canada Young Innovator Award and the Lloyd S.D. Fogler, QC, Award of Excellence for her research in cancer biology. Last year, she was awarded a Canada Tier 1 Research Chair, a position in which a scientist is recognized by peers as a world leader in his or her field.

I am delighted that Dr. McNeill will be joining us at Washington University, said Lilianna Solnica-Krezel, PhD, the Alan A. and Edith L. Wolff Professor of Developmental Biology and head of the Department of Developmental Biology. She is a leader in the field and among the most original and creative investigators of pathways that are vital for the regulation of tissue structure and growth. The pathways she studies are among the least understood cellular pathways, with implications for a variety of birth defects and other diseases, including cancer.

Specifically, McNeill studies molecules that govern how cells make contact and communicate with one another. Called giant cadherins for their large size, these molecules play important roles in controlling the size of organs and in orchestrating how cells assemble themselves into complex tissues at precise times and with specific patterns and orientations. Her work also has implicated these molecules in cellular metabolism and the function of mitochondria, molecular powerhouses that manufacture a cells fuel supply. According to McNeills research, disruption of the giant cadherins can interfere with early embryonic development leading to, for example, neural tube defects that cause spina bifida or defects in the development of the kidney and urinary tract. Her work has identified cadherins as a culprit in congenital kidney diseases such as cystic kidney disease.

I am excited and honored to be joining Washington University School of Medicine as a BJC Investigator, McNeill said. Supporting research in the basic sciences is so important in making new discoveries and pushing the boundaries of what is known about human health and development. I thank the School of Medicine and BJC HealthCare for their commitment to supporting basic biomedical science in my own lab and in the labs of my fellow investigators.

Washington University School of Medicines 2,100 employed and volunteer faculty physicians also are the medical staff of Barnes-Jewish and St. Louis Childrens hospitals. The School of Medicine is one of the leading medical research, teaching and patient-care institutions in the nation, currently ranked seventh in the nation by U.S. News & World Report. Through its affiliations with Barnes-Jewish and St. Louis Childrens hospitals, the School of Medicine is linked to BJC HealthCare.

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First of 10 expected BJC Investigators named - Washington University School of Medicine in St. Louis

Harry Glorikian – MedCity News

Harry Glorikian is an influential global business expert with more than three decades of experience building successful ventures in North America, Europe, Asia and the rest of the world. Harry is well known for achievements in life sciences, healthcare, diagnostics, healthcare IT and the convergence of these areas. He is a sought-after speaker, frequently quoted in the media, and regularly asked to assess, influence, and be part of innovative concepts and trends.

He is currently a General Partner at New Ventures Funds (NV). Before joining NV Funds, he served as an Entrepreneur In Residence to GE Ventures New Business Creation Group. He currently serves on the board of GeneNews Ltd. He also serves on the advisory board of Evidation Health (a digital health startup launched with support from GE Ventures), and several other companies. He is also a co-founder and an advisory board member of DrawBridge Health (a revolutionary diagnostics startup launched with support from GE Ventures).

Harry holds an MBA from Boston University and a bachelor's degree from San Francisco State University. Harry has addressed the NIH, Molecular Medicine Tri-Conference, World Theranostics Congress and other audiences, worldwide. He has authored numerous articles, appeared on CBS Evening News and been quoted regularly by Dow Jones, The Boston Globe, Los Angeles Times, London Independent, Medical Device Daily, Science Magazine, Genetic Engineering News and many others.

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Harry Glorikian - MedCity News

For Future Cancer Drugs, Scientists Look To Clues From Outer Space – Outlook India

Microgravity conditions experienced by astronauts in space induce stress and strain around human cells. Cancer cells have also been known to die under microgravity. Scientists are exploring if this knowledge can be used to develop novel ways to find new drugs.

A group of Indian scientists has figured out the mechanism of cancer cells dying under microgravity, and believe that this can be used to find new drugs in future.

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The research group at Indian Institute of Technology Madras subjected cultured colorectal cancer cell lines to microgravity and observed that they die within 48 hours. Cancer cells died due to apoptosis, which is death induced by cancer cells themselves in response to stress. For simulating microgravity conditions, an equipment called Rotational Cell Culture System-High Aspect Ratio Vessel was used.

Cancer cells initiate their own death, it is also called programmed cell death. They did so by increasing the levels of two proteins called PTEN and FOXO3 and reducing the levels of another protein, Akt, when they experienced microgravity, researchers said.

When brought back to normal gravity conditions, they stopped dying and started proliferating again which is their normal state, Professor Rama Shanker Verma, who led the study, told India Science Wire. However, the time taken for cancer cells to start proliferating again was longer- nearly three weeks as opposed to less than a week when they do not experience any microgravity, added Raj Pranap Arun, a member of the research team which published its findings in journal Scientific Reports.

We can exploit the properties of cancer cells under microgravity to find potential drug targets, believes Professor Verma. The team is now extending the work to cancer stem cells that are responsible in cases of relapse.

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Seyed Ehtesham Hasnain, professor atJamia Hamdard Institute of Molecular Medicine, New Delhi, who is not connected to the study, commented that it is a long way to find a new drug against cancer. But this study has taken an interesting route to address a fundamental problem and may help identify novel drug targets to intervene against cancer.

The research team also included Divya Sivanesan and Prasanna Vidyasekar from IIT Madras and National University of Singapore. (India Science Wire)

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For Future Cancer Drugs, Scientists Look To Clues From Outer Space - Outlook India

Flatline VR Brings Near-Death Experience To Life – UploadVR

Jon Schnitzer has been waiting 16 years for virtual reality technology to evolve to this point. The creator, director and producer of Flatline VR has been fascinated by real-life accounts of near-death experiences since first meeting a friend in 2001 who lived to tell the story of leaving his body, only to return to Earth. That was the beginning of years of research, exploring the accounts of hundreds of people who had eerily similar stories.

I thought itd be amazing to document this, but if you film this youd just watch someone elses experience, Schnitzer said. I thought itd be cool to film something in 3D, but I decided to wait until we could do 3D VR so we could put people into the experience and have that visceral and emotional connection.

Working with 3D Live Entertainment and Epic Games Unreal Engine 4 technology, Schnitzer is now able to give people an accurate recreation of one womans near-death experience through the power of virtual reality. The five-minute experience will make its debut at ScareLA on Aug. 5-6 at the Los Angeles Convention Center before being released for consumers at a later date, with more information on http://www.flatlinevr.com.

Although the first imagery that comes to mind with near death experience is that of a camera floating above the body and looking back down, thats not the focus of this first Flatline VR episode.

There are so many different variations of the stories, but entering a vortex is a common theme for people from all different cultures and locations around the world, Schnitzer explained. Thats actually where the phrase seeing the light at the end of the tunnel came from.

The journey the Flatline VR experience follows is that of Gloria, a young woman in the 1950s who suffered a miscarriage in a wing of a large hospital and was left alone while she bled out.

They put her in a room and forgot about her in a wing that wasnt busy, and she was screaming for help for days and nobody heard her, Schnitzer recounted. She lost consciousness and died and went through this Flatline experience. When she woke up there were doctors at the foot of her bed. Her husband was in the military and he told her not to tell this account to anybody, so it wasnt until decades later that she wrote about it in a letter to somebody.

The words written in that letter are the exact words that actress Mella Leigh recorded for this VR experience. In another eerie coincidence, Leigh herself had a direct connection to this project.

Mella had just had a near-death experience in a car wreck right before we approached her with this, and her story had a lot of similarities to Glorias story, Schnitzer said. I definitely get the chills when I hear Mellas voice as Gloria.

While Schnitzer doesnt want to spoil the experience by offering a complete play-by-play, he does admit that Gloria spoke of being pulled down into a spinning vortex.

Thats what hooked me, Schnitzer said. We wanted to do a vortex different than the way youre used to seeing one. The vortex accelerates and closes in and it has textures and colors to it that come from all the different years of talking to people who have had different near death experiences, as well as speaking to the scientists that explain why people are seeing these images. and what types of things youre actually seeing.

Beyond the expansion and the extraction of the color spectrum, the feeling of falling and spinning and turning, and the 360 audio experience thats been designed to disorient you, theres a lot more to the experience, including an element that makes it worthy of a horror festival. But thats for people to try first-hand.

She saw something come after her in the vortex, and how you interact with that is interesting and thrilling and controversial, Schnitzer added.

The set-up at ScareLA will have participants enter the back of an ambulance and lie on a gurney, where an HTC Vive is placed on their head. Although the later home version wont come with an ambulance, it will offer a built-in replay feature.

In addition to Glorias version of the account, we have three different commentary tracks where experts are explaining why different parts of her story are happening, Schnitzer said. Each one is a very different point-of-view that goes into the science and whats typical for these types of experiences.

The entire experience was created in four months by a team of 12 people, including the audio team. It marked a collaboration between Schnitzers The Brain Factory 3D Live, the company behind Electronic Arts, Biowares and Cedar Fairs Mass Effect 4D ride at Great America.

And if all goes according to plan, this near-death experience is just the beginning for Flatline VR.

This was just the pilot episode, Schnitzer explained. When I met my friend 16 years ago who had a near-death experience he shared a story that was so epic that I knew I couldnt pull it off for the pilot episode. We created this gateway episode, which is really emotional and powerful. And hopefully this episode will open the door for us to make the other episodes that Ive been dreaming about for over a decade.

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Flatline VR Brings Near-Death Experience To Life - UploadVR

The End Of The World: As AltspaceVR Disappears Not Everyone Is Fine – UploadVR

Yesterday was the final official day of AltspaceVR. After hosting a big farewell celebration in which hundreds of people logged on to pay their respects, exchange information with friends, and bask in the final moments of time in the virtual world, the servers are slowly phasing out. Eric Romo, CEO and Co-Founder of Altspace has reportedly opted to keep them running a little bit longer and its unclear when/if theyre officially dead, but regardless its officially in the sun-setting period as a shell of its former self.

AltspaceVR, at least for now, is no more, even if it is still live in a lessened state.

During the final night I logged on one last time and spent time interacting with, listening to, and observing people as they said their goodbyes to friends and talked to former employees about what the future holds. You can watch the highlights in the video embedded above.

In the video a former AltspaceVR employee named Travis (presumably Audio Lead/Sound Designer Travis Fodor) is seen discussing what the applications closure means for the future of social VR.

Im at home in my underwear filing for unemployment, says Fodor. Im not kidding, I dont know what were doing. We fired up a couple of our servers but we are definitely in low-power mode right now. Its pretty awesome weve been able to have a couple hundred people in these events with literally nobody working it at all.

But even as sad as everyone is, he urges people to stay positive.The internet was founded on a bunch of failed startups, so Altspace may be going away, or this instance of what is Altspacebut youll be seeing us all again soon in pieces Im sure, says Fodor. No worries in the long run. You guys have a really important job to do, I hope you guys go onto these other platforms and continue to build communities. Unless you build communities then investors wont pay for those companies to keep going. Example A is us. So make sure you keep building communities, keep spreading the word, keep getting your friends to buy headsets, or else this is not going to work and I really do mean thatThe last thing you want to do is stop coming and meeting with each other.

For me personally, AltspaceVR was important. It was one of the first applications I wrote about in the VR scene when I played Dungeons & Dragons in VR and Ive always had a special fondness for shared virtual spaces like MMOs and social meetup places such as these. I met my wife in an AOL chatroom when we were teenagers over a decade ago and we recently talked about what it would have felt like if AIM had its plug pulled while we were actively talking on a daily basis while using it. Other options became popular eventually like Yahoo Instant Messenger and Skype, but in the moments following a closure, not having a comfortable daily place to visit feels devastating.

Similar to Star Wars: Galaxies, City of Heroes, Asherons Call, and countless other large-scale MMOs that are no longer active, when a virtual world like this shuts down its different than when an offline world stops getting updates. These spaces arent just there as games or as experiences you try and move on from. These are real spaces and worlds that people occupy, exist in, share, and live inside of together. When they go down, entire worlds are erased. You can revisit a classic N64 or PlayStation game, but you can never revisit a virtual world that shuts down.

When you meet someone in Altspace its different than meeting them on Twitter, or Reddit, or a forum. Youre hearing their real voice, watching their real mannerisms with head and hand movements. You can feel someones shyness, or excitement, or sadness when they talk to you. Watching people share memories and reflect on their time together in Altspace on the final day was heart breaking.

In the video above, Altspace put together a collection of memories from users.I have actually made friends in Altspace that Im closer to than I am with friends in real life, states one user. Altspace got me into virtual reality itself and opened my mind to a whole new level of communication and community, says another.

One user you can audibly hear struggle to get the words out.II justI get choked up thinking Im not going to be able to just jump in and talk to my friends. [Altspace] was me going out with my friends every night.

During the final night I even witnessed impromptu chants and protests. For the most part, people seem to be in agreement that migrating the community to VRChat is the way to go.

Even if a new, better, more feature-rich replacement space pops up or evolves over time, AltspaceVRs importance wont be forgotten. We all have a tendency to assign significant emotional attachment to places that we associate with strong memories. When I think about my first kiss, I remember exactly where we were and what my (now) wife was wearing. When I think about the first time I played a video game (Super Mario Bros. 3) I vividly remember the room I was in even though I was only two or three years old.

When I think about the first time I hung out with other people in VR, Ill remember AltspaceVR, as will countless other people.

Featured Image Credit: Brian Rose

Tagged with: altspace, altspacevr

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The End Of The World: As AltspaceVR Disappears Not Everyone Is Fine - UploadVR

Take-Two CEO Is More Optimistic About AR Than VR – UploadVR

Strauss Zelnick has made his skepticism about VR well-known. The CEO of Rockstar and 2K Games owner Take-Two Interactive has gone on record expressing doubt in VRs market potential. But what does he think about AR?

Speaking in a recent investors call, Zelnick expressed more optimism in ARs future. The concerns I raised regarding VR are not applicable to AR, he said. In order to have an AR experience, you dont necessarily have to wear glasses or a headset. Youre not burdened by beingin a particular location, and the discomfort factor doesnt exist, necessarily.

Zelnick noted the surprise success of last years Pokemon Go as an example of how AR can be more profitable.

Its pretty hard to predict what will excite consumers, he continued. We sitting here today, from a corporate point of view, dont presume to predict that. But thats what our 2,200 creative folks are in the business of doing, he said. Were proud of the innovations that our creative teams are focused on every day. So, more to come, but I dont have any skepticism particularly, about AR technology.

Despite Zelnicks skepticism about VR, we reported on rumors that Rockstar Games LA would be getting a VR supported version in the future. Were still hoping thats the case, but it certainly seems like we could see from AR content from Take-Twos subsidiaries at some point in the future.

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Take-Two CEO Is More Optimistic About AR Than VR - UploadVR

You are the business of the future. – HuffPost

In your speeches you always claim that the best investment is in yourself. Could you please elaborate on that?

We live in uncertain times that is the simple truth. The evolution of technology together with globalization has greatly impacted how we perceive our job and status in our current society. Living in the digital era is like nothing human beings have done before. Everything is changing rapidly around us and all of us must co-create our future in order to not only survive but thrive in these uncertain times. When uncertainty strikes, it is only the creative and adaptable people who will survive. These people will know to invest in themselves (in their education and in their image) and will be eager to work closely with technology. The futurist Thomas Frey predicted that 2 billion jobs will disappear by 2030 and freelancing will be the most profitable profession in the world. And our children will be technologically native to the point that they will not know how to survive without the internet. In such a context it is only natural that the ideas of the businesses of the future to receive a lot of heat. But the truth is, no matter how many people will like to call themselves futurist prophets, most have no idea what the future holds. Thus, your best asset is you and your best investment is in yourself.

Karina, you are a Brand Master. What does a personal brand represent for you?

Andy Warhol predicted correctly that in the future everyone will have their 15 minutes of fame. Andy's future is our now. And with the help of the internet, we can now (if we know how to) sell our products and services and share our message with anyone and everyone who is willing to listen. Did it seem to you that investing in yourselves, brand and image is too big investment? You think you cannot afford it? You cannot afford not having it. Because not having a well crafted online presence is equivalent of being dead. You cannot expect to market and promote as you did 7 years ago and wonder why it is not working. And the business of the future is called personal branding. A personal brand is an ensemble of elements (logo, motto, graphic elements, storyline, image and so on) well crafted in order to create a perception in the mind of your target customer with the intention of selling your products and services and becoming a status symbol.

Why would anyone need a personal brand?

Because people buy people. Just think about it. People buy products and services from someone they like and whom they trust. If Doctor Oz would suddenly move to your neighborhood, everybody will have an appointment. Why? Because people know him and feel that they can trust him. That is the power of a well constructed brand.

Because people do not know what you do until you tell them. Doctors for example, have no shame in showcasing their title in front of their name every time they have the chance. Why should not you do it if you are really good at something?

Because you have a brand even if you do not know it. It might not be a well crafted brand but it is there. Because as you form an opinion about with whom you interact with in real life, so do people form an opinion about you when they interact with your website (or lack of a website) or with any picture of any cousin or any interesting meal you post.

Creating your image as a celebrity expert in your field is crucial if you want to have a secure position as a professional in the future, because a secure image is something no company, no robot, no competitor can take away. And if you construct this brand well enough whether you are a coach, a consultant, entrepreneur, business person, writer, nutritionist, artist, singer or even a manager or a freelancer, you will reach a wider audience, you will be paid more than someone without a well constructed image. Being the CEO and Brand Master at KO by Karina Ochis, the next generation branding and marketing agency, as well as a best-selling author for the book Cracking the Code to Success, co-authored with Bryan Tracy (Chairman of Bryan Tracy International and world renowned development authority), in which I elaborate my formula on elite branding, I dedicated my life to studying these subjects and the people who became celebrity experts in their field.

Can you tell us a few tips and tricks that anyone can implement in their personal branding strategy?

1. Be authentic but do not over share

Telling your story and highlighting the struggles you overtake is one thing and constantly exposing your misfortune is another thing. It can take 20 years to build a reputation and only one wrong photo to ruin it. It can be easy in the internet age to get carried away by the moment to post something that seems like it benefits you short term, and in the long term would be completely disastrous. In my case, I would have gained a much bigger audience quicker, if I would have posted humoristic videos. But because I am a professional who builds a long lasting career and thinks about the long term consequences of the implications of my decisions, I will not do so.

2. Fact sells but story tells

In writing your story you need to be authentic, consistent and keep the story grounded in facts. Sure, you can write your story in a manner to best showcase your abilities, your philosophies and your achievements. However, the internet world is very transparent. Thus writing a fallacy will always be in your detriment for the long run.

A brand book comprises Brand Consultation, Brand Strategy and Visual Identity Handbook. Whatever the situation, you and your team should be able to refer to this brand book at any time to have a clear framework for your brand design and its implementation.

4. Do not have a static website?

When having a website became a trend, individuals as well as companies, had a tendency towards creating a website, uploading it on the internet and leaving it there. But merely having a website on the internet does not guarantee that you will sell more products and services, nor than people will know more about you. You grow as your business grows and implicitly, your website needs to grow together with you. A website is not something of a static nature that you upload once and then just leave it on the internet. It is your main branding and marketing vehicle and you have to upload it constantly with news, information, as well as with expert advice and your expert opinion on your field. Depending on your brand and on your field of activity you should post either every week or on a monthly basis. When you share your opinions and advices on a topic with your audience, when you are naturally perceived as the expert of your domain, and when you give actual real life advice to individuals, they will be more likely to contact you rather than your competition. For example on my blog, I regularly write about branding, entrepreneurship, leadership and lifestyle design, since I am both a coach and a speaker in these subjects.

How should one communicate their personal brand on social media?

You do not behave in the same manner at a football game as you do at the opera. In consequence you should not communicate on Facebook in the same manner you would communicate on Twitter. Every social media platform has its own style of communication and its own framework in which you have to share your story. It is up to each personal brand to figure out how to communicate with their target audience on each platform. Instagram for example is appropriate for showcasing a more personal side of yourself, in contrast to LinkedIn where you want to focus on your CV and on your professional activities. Facebook should play the role of you newspaper, where you aggregate all the main information about you: what you stand for, what your mission is, as well as your latest news. You need to familiarize yourself with the language and abbreviation of every platform, because you cannot speak in an impropriate manner on a platform and expect great results.

What is trending right now when it comes to personal branding?

Documenting is the new marketing. When you build an authentic brand, one that is true to you and to who you are, you can be transparent with your journey. The time of overly creating content is slowly and gradually fading away. Personal branding and marketing is going to be all about documenting your journey and your professional activities.

What do you wish everyone would know about personal branding before they start the branding process?

Firstly, DIY is not always the best option. Not all personal brands are created equal. I am always baffled by how people are willing to invest enormous amounts of money on universities, but when is time to pay for a logo that represents themselves, they try to find the cheapest option. Remember - your brand book, logo and your brand pictures, reflect who you are in the digital world. If you think about it, your website is like your office and your social media is like your car. Sure, there are things you can do yourself and there are things that you should not try to do yourself. That is why, when you build a house, you call an architect.

Secondly, your time will come. Strong personal brands are built in time. Dont expect to be an overnight success. You need to build a strong foundation that you can easily expand. If you are good enough, your time to shine will come. When they invented the saying Everyone is replaceable, they clearly did not count people with a strong brand. Because when you have a strong brand, you become irreplaceable.

Karina Ochis is the CEO and Brand Master at KO by Karina Ochis (next generation branding company), founder of Ana Karina Luxury Concept (company dedicated to the implementation of the businesses of the future), Best Selling Author (for the book she co-wrote with Brian Tracy, Cracking the Code to Success), International Speaker, Life and Brand Coach (accredited by Tony Robbins) and host of the YouTube shows Branding Biz. Club and Weekly K.

Karinas Website: http://www.karinaochis.com

Karinas company website: http://www.kobykarinaochis.com

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You are the business of the future. - HuffPost

Wyoming Underground Bands Gear Up for Battle In Medicine Bow – Oil City

Posted 9 hours ago in Arts, Music

Photos submitted by Luke Jensen.

Several bands from around the state will find their way to the Junction of Highways 287 and 487 this weekend, when the town of Medicine Bow hosts the 9th Annual Battle of Old Wyoming.

It is not an actual Battle of the Bands,' says Casper record store clerk and one of the Battles organizers, Brandon Schulte. Im loathe to use the word festival, because theres too many festivals, that word gets thrown around too often these days. Its a party. Its an underground celebration of underground music and culture, focused on the state of Wyoming.

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The Battle of Old Wyoming began as a collaborative effort between Schulte and his friends, Thomas French and Charlie Stewart. In an archival interview from the first Battle of Old Wyoming, French explains that he was inspired by a trip to Laramie when he stopped in Medicine Bow for lunch. Exploring Medicine Bows historic Virginian Hotel, he was inspired to buyout the hotel and throw a free rock show. The tradition has maintained now for 9 consecutive years.

Weve never charged cover charge. This is not about ticket sales, its not about the organizers getting anything, its a 100% volunteer effort, explains Schulte. This is basically the one gathering in Wyoming where all of the weirdos are the ones that come to center-stage. Its about experimental electronic, its about death metal. Its about giving great punk bands and great hardcore and post-rock, and death-rock, and avant garde and experimental bands to play for a large, receptive audience.

Schulte goes on to say that he and the other organizers have traditionally viewed the Battle as a community service, and not a way to make money. As far as money, its more important to me and to the people who have helped this thing grow and survive, that the money goes to the fine people of Medicine Bow.

Medicine Bows Tara Johnson works at the hotel during the Battle, and had high praise for the event. Johnson confirmed that the party serves as one of the main summer weekends for the hotel.

During the early 1900s, The Virginian hotel was the largest hotel between Denver and Salt Lake City. The hotel was named after the famous Owen Wister novel, which takes place in the areas surrounding Medicine Bow. Across from the Virginian Hotel is the Owen Wister Cabin, which was to the are, log-by-log and now serves as a museum.

Attendees of the Battle have booked out the Virginian hotel entirely, many other attendees camp-out nearby, some still are known to sleep in their vehicles. Music fans can also belly-up to the notable Virginian Hotel bar, which in years past has been run out of Pabst Blue Ribbon and Wild Turkey before the end of the Battle.

The party is held over two nights, August 4th and August 5th. Bands featured include:

If the years have taught me anything, its that theres already such unbelievably interesting music here in the state of Wyoming, Schulte says. So many people leave a Battle of Old Wyoming saying oh my god, I had no idea that this kind of thing happens in this state. And it does, it totally does.

The Battle of Old Wyoming will kick off tonight, August 4th at 6 pm, go until night, then will resume at noon on Saturday until late.

Tagged: Battle of Old Wyoming, Carbon, Carbon County, Medicine Bow, Owen Wister, The Virginian Hotel, Thomas French

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Wyoming Underground Bands Gear Up for Battle In Medicine Bow - Oil City

Photos: Joan C. Edwards School of Medicine White Coat Ceremony – Huntington Herald Dispatch

The Marshall University Joan C. Edwards School of Medicine conducts its white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch The incoming students line up before the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch The incoming students line up before the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch The incoming students converse while waiting for the Marshall University Joan C. Edwards School of Medicine white coat ceremony to begin on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Vice dean Bob Miller, M.D., welcomes the audience at the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Hayden Ansinelli introduces the keynote speaker at the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Paul B. Ferguson, M.D., delivers the keynote address during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Paul B. Ferguson, M.D., delivers the keynote address during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch The incoming students take to the stage during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Timothy C. Adkins receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Halley J. Alberts receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Kara V. Anderson receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Hannah B. Asebes receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Hannah B. Asebes receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Mercy O. Babatope receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Nathan A. Baisden receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch David E. Bartlett receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Adam N. Bicak receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Adam N. Bicak receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Heather M. Bucur receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Meagen M. Carter receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Mark T. Castle receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Mark T. Castle receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Zachary L. Casto receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Matthew J. Cincotta receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Amanda R. Clark receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Amanda R. Clark receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Carly A. Clark receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Kevin A. Clark receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Sarah L. Cole receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ryann N. Conley receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ryan F. Cooper receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Madison N. Crank receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Hannah Rose Datz receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Jordan N. Dever receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Samuel P. Dungan receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Mohamed A. Feliachi receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Mohamed A. Feliachi receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Benjamin J. Frear receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ifeoluwatomi Fuwape receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ifeoluwatomi Fuwape receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Logan R. Godfrey receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Sydney M. Graham receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Sydney M. Graham receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Angela M. Haikal receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Angela M. Haikal receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch William A. Hayes receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch William A. Hayes receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Harsha S. Iyer receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Harsha S. Iyer receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Daniel S. Jayasuriya receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Daniel S. Jayasuriya receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Madison M. Jennings receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Samuel A. Kaplan receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Shefali Khanna receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Shefali Khanna receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Shefali Khanna receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ruth V. Knouse receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Timothy M. Kocher receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Nicholas W. Lehman receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Hannah R. Leport receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Hannah R. Leport receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Jesse C. Lewis receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Jesse C. Lewis receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Jett A. MacPherson receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Evan M. McClanahan receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Colin E. McCorkle receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Colin E. McCorkle receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Richard B. Miller receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ibrahim A. Mohammed receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ibrahim A. Mohammed receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Ibrahim A. Mohammed receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch David Mounts receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Noor Mozahem receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Caitlin M. Mulvihill receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Cherishma Nagisetty receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Cecilia M. Nease receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Nicholas Joseph E. Newell receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Nicholas Joseph E. Newell receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Katina K. Nicoloudakis receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Charity C. Powers receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Mohammed I. Ranavaya II receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Mohammed I. Ranavaya II receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Jonathan W. Ray receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch James F. Richey Jr. receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Kayla S. Rodriguez receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Benjamin T. Russell receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Matthew S. Schade receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Drake A. Securro receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Scott T. Thiesfeldt receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Allison C. Thompson receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Landon D. Thompson receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Rachel L. Wargacki receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Rachel L. Wargacki receives her white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Dylan S. Weaver receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Samuel C. Wood receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Samuel C. Wood receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch Anthony S. Workman receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch John D. Young receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

Ryan Fischer/The Herald-Dispatch John D. Young receives his white coat during the Marshall University Joan C. Edwards School of Medicine white coat ceremony on Friday, August 4, 2017, at the Joan C. Edwards Playhouse in Huntington.

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Photos: Joan C. Edwards School of Medicine White Coat Ceremony - Huntington Herald Dispatch

New class takes places in medical school tradition – Greenville Daily Reflector

Holly Pittard of Goldsboro was nervous and excited Friday in anticipation of joining 81 other men and women who received their white clinic coats, signifying the start of four years of study at the Brody School of Medicine at East Carolina University.

I grew up around the health care field and I know there is a lot of improvement that can be made and a lot of good to be accomplished, Pittard said.

The Brody Class of 2021 individually received their white coats on stage as family and friends watched during a ceremony hosted by the faculty and new medical school dean, Dr. Mark Stacy.

This is your day, Stacy told the students.The white coat ceremony is designed to establish a contract for the practice of medicine, emphasizing the the importance of compassionate care for the patient while bringing scientific proficiency to the bedside.

The act of a teacher cloaking a student with a white coat underscores the bonding process between the student and the medical professional presenting the coat, a personally delivered gift of faith, confidence and compassion, Stacy said.

It is personally placed on your shoulders by individuals who believe in you and believe in your ability to carry on the noble tradition of doctoring, he told the entering class members. On those days when you wonder, Why do they believe in me? remember only that we believe in you and keep going.

Dr. William Burke, a professor in the Department of Internal Medicine, division chief of dermatology and member of the Brody Schools second medical class in 1982, offered the students some advice in his keynote address.

I believe there are only four things you need to be a good doctor; being brilliant is good but its not a requirement, Burke said.What you need is to put your patients first, be honest, be empathetic and compassionate about your patients and their diseases and you need to know your limitations and not be afraid to get advice from other doctors.

Burke reminded the students that their grades still matter if they want to get accepted into quality residency programs after medical school, but he also advised them to nurture their own health along with their patients, suggesting they take some time to enjoy the attractions of eastern North Carolina while studying here.

Pittard, whose mother also is a physician, said she will pursue a career specialty in primary care and family medicine, music to the ears of Brody administrators and faculty. The schools continuing mission since its establishment in 1974 is to increase the supply of primary care physicians to serve the state and to improve the health status of citizens in eastern North Carolina.Much of the students clinical training occurs away from Brody in rural health care settings across the states eastern region.

A third mission for Brody is to enhance the access to a medical education for minority and disadvantaged students. Of the schools 82 entering students, 24 (29 percent) are non-Caucasian, and 52 percent are women.

Dr. Elizabeth Baxley, senior associate dean for Academic Affairs, said she saw great promise in the Class of 2021 at a time of change and challenge for Brody and health care generally.

This group is going to set the way for the future; its a tremendous class, the third-most competitive class in our history, Baxley said.We have a great new dean and 82 bright new students and a lot of commitment from faculty and staff to make sure these students are successful. I see a lot of hope for the future here.

Contact Michael Abramowitz at mabramowitz@reflector.com.

Quick facts about the Brody School of Medicine Class of 2021

All 82 students are North Carolina residents. They were selected from 1,008 applicants and represent 30 counties from Macon in the west to Beaufort in the east, and 23 different undergraduate institutions.

The class is 48 percent male and 52 percent female.

Ages range from 21 to 31, with the average being 24.

Twenty-nine percent (24 students) are non-Caucasian.

The class boasts an average undergraduate 3.6 grade point average. Thirteen students completed graduate coursework, and they averaged a 3.8 GPA. While 42 students majored in biology, there are also African American studies, computer science and business administration students in the class.

Nineteen students are children of doctors. Two are the children of Brody School of Medicine graduates. One is the sibling of a current Brody School of Medicine student.

Students will earn a medical doctor degree at the Brody School of Medicine before going on to residencies additional years of medical training in various specialties.

The first 20 months of medical school at Brody are classroom-based and encompass foundational sciences including core science coursework, bioethics and an introduction to doctoring, which features clinic-based primary care experience.The third year consists of a series of predetermined clinical clerkships, and the fourth year allows for more individualized clinical experiences.

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New class takes places in medical school tradition - Greenville Daily Reflector

Sparks roll past Liberty for fourth consecutive victory – Los Angeles Times

Candace Parker scored 24 points and Odyssey Sims added 20 to help the Los Angeles Sparks cruise by the New York Liberty 87-74 on Friday night.

The score was tied 44-44 at halftime but New York only scored 11 points in the third quarter and didn't score in the fourth until Rebecca Allen's jumper at the 7:35 mark.

Los Angeles made four of its six three-pointers in the third quarter and scored 25 points. Parker had eight points in the quarter and Nneka Ogwumike added seven.

Ogwumike finished with 17 points while Chelsea Gray contributed 11 points and seven rebounds for Los Angeles (18-6), which only had six turnovers compared to New York's 13.

Bria Hartley scored 16 points for New York (12-12) and Tina Charles added 10 in just 23 minutes.

The Liberty ended a five-game road trip at 2-3 and play at home on Tuesday for the first time since July 19.

Excerpt from:

Sparks roll past Liberty for fourth consecutive victory - Los Angeles Times

Trump adviser was right about Statue of Liberty’s inscription – MyAJC

White House senior policy adviser Stephen Miller said he didn't want to delve into history and then he did for several heated, and at times berating, minutes at a White House briefing Wednesday.

And it wasn't just any lesson. It was one that struck at the core of one of the most visible symbols of America's identity: the Statue of Liberty.

Miller had been at the podium to discuss President Donald Trump's support of a bill that would reduce the flow of legal immigration into the country when he was asked a question by CNN's Jim Acosta, whom he would later call "ignorant" and "foolish."

Acosta asked whether that immigration stance stood counter to American tradition, noting the words immortalized on the base the Statue of Liberty: "Give me your tired, your poor, your huddled masses."

"I don't want to get off into a whole thing about history here," Miller said. "The poem that you're referring to you was added later. It is not actually part of the original Statue of Liberty."

It was a statement that may have made many American's pause, and not just for its dismissiveness. In the nation's collective memory, those words have always shared pages in history books with pictures of the torch-wielding giant. Without them, she seems to have no voice.

But Miller was right if not in his tone, in his facts.

When Lady Liberty was unveiled in 1886, The Washington Post did not make mention of those words. They were not uttered at the ceremony to dedicate the statue and the author Emma Lazarus would not live long enough to see them inscribed on a plaque on the pedestal.

As Washington Post reporter Katie Mettler wrote earlier this year, Lazarus wrote the sonnet that would contain those famous words as a favor to help raise funds for the pedestal that would hold the expensive gift from France. Her sonnet, she was told, would be sold at an auction that would also feature works from Mark Twain and Walt Whitman.

Lazarus begrudgingly agreed, and composed the words that in recent months have been splashed on protest signs and on Twitter feeds as a symbol of American compassion.

But Lazarus would never see a hint of what was to come of her work, titled "The New Colossus." She died of cancer a year after the Statue of Liberty was dedicated and it wasn't until two decades later that the poet's words adorned a plaque affixed to the inner wall of the statue's pedestal.

So, Miller was right at least about that.

Miller subsequently sparred verbally with Acosta, with the exchange growing especially heated when Acosta asked about the requirement that immigrants know English before coming into the U.S, "Are we just going to bring in people from Great Britain and Australia?"

"I am shocked at your statement, that you think that only people from Great Britain and Australia would know English," Miller said. "It reveals your cosmopolitan bias to a shocking degree. That is one of the most outrageous, insulting, ignorant and foolish things you have ever said."

Here is the full poem that Lazarus wrote:

"The New Colossus"

Not like the brazen giant of Greek fame,

With conquering limbs astride from land to land;

Here at our sea-washed, sunset gates shall stand

A mighty woman with a torch, whose flame

Is the imprisoned lightning, and her name

Mother of Exiles. From her beacon-hand

Glows worldwide welcome; her mild eyes command

The air-bridged harbor that twin cities frame.

"Keep ancient lands, your storied pomp!" cries she

With silent lips. "Give me your tired, your poor,

Your huddled masses yearning to breathe free,

The wretched refuse of your teeming shore.

Send these, the homeless, tempest-tost to me,

I lift my lamp beside the golden door!"

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Trump adviser was right about Statue of Liberty's inscription - MyAJC