NASA Image Shows Volcanic Island Has Annexed Its Neighbor

hide captionAn image taken by the Landsat 8 satellite last month shows the new, larger Nishino-shima.

An image taken by the Landsat 8 satellite last month shows the new, larger Nishino-shima.

There's some new, pristine real estate on the remote Japanese island of Nishino-shima

Volcanic activity has merged the tiny island with a new neighbor that started to form late last year, creating a single landmass, NASA satellite imagery shows. The island is now a bit more than a half-mile across.

According to NASA:

"In November 2013, a seafloor volcano in the western Pacific Ocean spewed enough material to rise above the water line. The new island, or "niijima" in Japanese, sprouted just 500 meters from Nishino-shima, another volcanic island that had last erupted and expanded in 197374. Four months later, the new and the old are now one island, and the volcanic eruption shows no sign of abating.

On March 30, 2014, the Operational Land Imager on the Landsat 8 satellite snapped the image above of Nishino-shima, which sits about 1,000 kilometers (600 miles) south of Tokyo in the Ogasawara (Bonin) Island chain. NASA says its position is approximately 2714' North, 14052' East.

The white outline in the photo shows the extent of the new island on December 30, 2013.

Volcanologist and blogger Erik Klemetti noted earlier in 2014: "This is a great example of how volcanic islands like this in the Bonin Islands grow over hundreds to thousands of eruptions."

As we reported last year, the emergence of new islands is not all that uncommon.

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NASA Image Shows Volcanic Island Has Annexed Its Neighbor

NASA Software Brought Down To Earth With New Catalog

April 7, 2014

Image Credit: NASA

NASA

From the rudimentary but effective Apollo Guidance and Navigation System that landed the first humans on the lunar landscape to the code used to manage robotic missions to explore other planets, software has always been at the core of NASAs mission successes.

When NASA develops this software, we know the code may have uses beyond the original mission. One of our missions is to ensure that the technologies we create for aeronautics and space missions, including software, have the opportunity to be turned into new products and processes that can benefit the lives of people on Earth. Technology transfer allows us to offer added value to taxpayer investment in cutting edge research and development.

Much of this NASA-developed code will be available for public use through a new software catalog starting April 10.

With over 1,000 codes organized into fifteen broad subject matter categories, the new software catalog offers a large portfolio of software products for a wide variety of applications. These codes represent NASAs best solutions to a wide array of complex mission requirements.

Software is an increasingly important element of the agencys intellectual asset portfolio, making up about a third of our reported inventions every year, said Jim Adams, NASAs deputy chief technologist. We are excited to be able to make that software widely available to the public with the release of our software catalog.

The technologies featured in the software catalog cover project management systems, design tools, data handling, and image processing, as well as solutions for life support functions, aeronautics, structural analysis, and robotic and autonomous systems.

Each NASA code is available at no cost and has been evaluated for access restrictions and designated for a specific type of release, ranging from codes that are open to all US citizens to codes that are restricted to access by other federal agencies.

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NASA Software Brought Down To Earth With New Catalog

New Catalog Brings NASA Software Down to Earth

NASA is making available to the public, at no cost, more than 1,000 codes with its release on April 10 of a new online software catalog.

Organized into 15 broad categories, the new catalog offers a wide variety of applications for use by industry, academia, other government agencies and the general public.

"Software is an increasingly important element of the agency's intellectual asset portfolio, making up about a third of our reported inventions every year," said Jim Adams, NASA's deputy chief technologist. "We are excited to be able to make that software widely available to the public with the release of our new software catalog."

The technologies featured in the software catalog cover project management systems, design tools, data handling and image processing, as well as solutions for life support functions, aeronautics, structural analysis and robotic and autonomous systems. The codes represent NASA's best solutions to a wide array of complex mission requirements.

Each NASA code has been evaluated for access restrictions and designated for a specific type of release, ranging from codes that are open to all U.S. citizens to codes that are restricted to use by other federal agencies.

"This is the first time the list of all the agency's software is accessible in one place and sorted into categories," said Danny Garcia, chair, NASA Software Release Authority Working Group. "Our group led the compilation of the software catalog for the agency, editing 1000 code descriptions from 10 centers written by many separate authors, so that the catalog will look uniform and be as user-friendly as possible. Future versions of the catalog will be auto-generated by the NASA Technology Transfer System database when someone clicks on the link at the website and will always include the latest codes available."

"NASA is committed to the principles of open government," Adams said. "By making NASA resources more accessible and usable by the public, we are encouraging innovation and entrepreneurship. Our Technology Transfer Program is an important part of bringing the benefit of space exploration back to Earth for the benefit of all people."

NASAs Technology Transfer Program, managed by the Office of the Chief Technologist at NASA Headquarters in Washington, ensures technologies developed for exploration and discovery missions are broadly available to the public.

To access the software catalog, and for more information on NASA's Tech Transfer program, visit:

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New Catalog Brings NASA Software Down to Earth

Free nanotechnology summit

The San Bernardino Community College Districts Economic Development and Corporate Training Division through the Center for the Advancement of Nanotechnology (NanoCenter) will host the Nanotechnology Summit 2014 on April 25 from 9 a.m. to 2 p.m. at the Donald F. Averill Applied Technology Training Center (ATTC), 114 S. Del Rosa Drive, San Bernardino, 92408.

The public and media are invited to attend. There is no charge for the event, parking is free and lunch is provided. R.S.V.P. by April 16 to http://nanosummit2014.eventbrite.com.

Dr. Meyya Meyyappan, Chief Scientist for Exploration Technology, NASA Ames Research Center is the programs keynote speaker. Former Director of NASAs Center for Nanotechnology, Meyyappan will discuss the evolution of nanotechnology and its current applications, all issues at the heart of this years summit, Nanotechnology Shaping the Industry.

Students from the San Bernardino Valley College Honors Chemistry Class under the guidance of their instructor, Jason Morales, Ph.D., will describe their nano-composite research project. The ATTC has partnered with Morales class to allow students to image their materials using the Atomic Force Microscope (AFM) so they can see the nano-particles they are creating. Morales will discuss the importance to students of viewing (imaging) what they are creating. The students will discuss their research projects and what they have learned from the project.

The president and CEO of Smart Mass Transit (SMT) Rail system, J.P. Mobasher will discuss the use of nanomagnetics within the SMT Rail system, which incorporates technologies for patents he developed for his environmentally sustainable transit system, and other uses of nanotechnology in transportation. A mechanical engineering graduate of Ecole Polytechnique De Montreal and an expert in automation and robotics, Mobashers 27 years of experience in these diverse but related fields have made his global vision of an inexpensive, energy efficient, sustainable and safe elevated transport system possible.

Anyone interested in the uses and future of this cutting-edge technology in the Inland Empire is invited to attend.

Nanotechnology is the science of manipulating materials at the atomic level to design and manufacture new and better materials and products. One nanometer equals one billionth of 1 meter. A sheet of paper is about 100,000 nanometers thick. Due to quantum mechanical effects at the nanoscale, the physical properties of materials change as well as rules of manufacturing. This is the revolutionary new manufacturing process and not a single technology.

The Economic Development and Corporate Training (EDCT) division is comprised of the Professional Development Center (PDC), the Donald F. Averill Applied Technology Training Center (ATTC), the Center for the Advancement of Nanotechnology (NanoCenter), the Logistics Technology Program, the Entrepreneurship Institute of San Bernardino (EIOSB), the On-line Education Center (Ed2Go), the Career and Technical Education Community Collaborative, the Caltrans-CDCR Work Crew Project, and the Office of the Information and Communication Technologies (ICT)/Digital Media Deputy Sector Navigator.

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Free nanotechnology summit

Nanotechnology smartphone battery fully charges in 30 seconds

April 08, 2014 // Jean-Pierre Joosting

Privately owned Israeli startup, StoreDot Ltd has unveiled a ground-breaking battery capable of charging your smartphone and other devices in just 30 seconds.

At Microsofts Think Next symposium in Tel Aviv, StoreDot demonstrated the prototype of its ultra-fast-charge battery for the first time. StoreDot specializes in technology that is inspired by natural processes, cost-effective and environmentally-friendly. The company produces nanodots derived from bio-organic material that, due to their size, have both increased electrode capacitance and electrolyte performance, resulting in batteries that can be fully charged in minutes rather than hours.

These multifunctional nanodots are chemically synthesized bio-organic peptide molecules that change the rules of mobile device capabilities. These nanocrystals are made from peptides, short chains of amino acids, the building blocks of proteins.

StoreDots bio-organic devices such as smartphone displays, provide much more efficient power consumption, and are eco-friendly; while other nanodot and quantum-dot technologies currently in use are heavy metal based, like cadmium, and, therefore, toxic, StoreDot nanodots are biocompatible and superior to all previous discoveries in this field. The technology will allow the company to synthesize new nanomaterials that can be used in a wide variety of applications.

Manufacturing Nanodots is also relatively inexpensive as they originate naturally, and utilize a basic biological mechanism of self-assembly. They can be made from a vast range of bio-organic raw materials that are readily available and environmentally friendly.

The fast-charge battery is the result of our focus on commercializing the materials we have discovered. Were particularly pleased that this innovative nanotechnology, inspired by nature, not only changes the rules of mobile device capabilities, but is also environmentally-friendly, said Dr. Doron Myersdorf, CEO of StoreDot.

http://www.store-dot.com

Related articles: Nanoscale 'fingerprints' from silver wires tackle counterfeiting 'Artificlal graphene' enables material to be tailored to each specific task Self-assembled superlattices could create molecular-scale sensors and switches

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Nanotechnology smartphone battery fully charges in 30 seconds

Molecular Diagnostics Are Leading the Way to Personalized, Precision Medicine, Says Society for Women's Health Research

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Newswise The Society for Womens Health Research (SWHR), the leading voice on research into the biological sex differences between women and men, is proud to announce a public awareness campaign focused on Transforming Science: Innovations in Molecular Diagnostics. SWHR launched the yearlong focus on this rapidly advancing field in womens health during the 2014 Annual Gala on April 2. More details at SWHR.org.

Diagnostics are an important part of every stage of health care, with 70 percent of medical decision-making influenced by these tests. Molecular diagnostics detect specific genetic sequences and proteins to help diagnose and monitor disease, assess risk for disease, and decide which treatments work best for individual patients.

At the gala, SWHR premiered an 8 -minute film highlighting the powerful impact of molecular diagnostics on womens health, including coronary artery disease, breast cancer, ovarian cancer, colorectal cancer, sexually transmitted diseases, and mental health. This will be the cornerstone of a national multimedia campaign that will include print, TV and radio public service announcements that highlight the benefits of molecular diagnostics for everyday women.

SWHR also will focus on the impact of molecular diagnostics at a series of events this year before the medical community, health care advocates and policymakers on Capitol Hill and the administration. On May 13, SWHR will host a Congressional briefing that will feature several presentations and speakers highlighting the advances in molecular diagnostics, particularly through the patient experience.

On September 12, SWHR will host a breakfast and panel discussion on molecular diagnostics at TEDMED in Washington, D.C. TEDMED is an annual conference that brings together leading innovators and investors from the global community who share an interest in science, medicine and research. The panel of nationally recognized experts will discuss various topics related to molecular diagnostics, including the history of the field, current and future innovations, and the value of molecular diagnostics in medicine and health care.

The Society for Womens Health Research is the national leader in advocating for greater understanding into how diseases and conditions affect women and men differently. SWHR believes in the promise of molecular diagnostics and its ability to shape the future of health care for men and women alike, said Phyllis Greenberger, SWHR president and CEO. Molecular diagnostics are changing the way we diagnose and treat disease, and are helping health care professionals make individualized, more effective medical decisions for patients. These revolutionary tests are leading the way to personalized, precision medicine.

Check out SWHRs resource page on molecular diagnostics at SWHR.org.

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Molecular Diagnostics Are Leading the Way to Personalized, Precision Medicine, Says Society for Women's Health Research

Adventure of a lifetime

University teams must travel 100 kms. across Europe using cans of Red Bull

Three students from the University of the Philippines are representing the country in the Red Bull Can You Make It? competition in Europe which is touted as an adventure of a lifetime.

A hundred university teams from 27 countries around the world will be tasked the mind and body challenge of travelling over 1000 kilometers across Europe in seven days using only Red Bull cans as currency.

The Philippine team called Team Beasts of the Southeasts is composed of Dave Agbayani, Red Calayan, and R-jay Esposo. They were chosen out of 10 applicants from various Philippine universities through thorough deliberation by both the local and international Red Bull teams. They were selected based on their desire for adventure, charm of their application and energy.

JOURNEY OF WITS, ADVENTURE, STRATEGY

The teams will start the competition from one of the four starting points in London, Paris, Milan and Vienna. During the seven-day journey, competitors wont be allowed to use cash or credit cards, and instead must trade cans of Red Bull for transportation, lodging, food and other necessities in order to reach the Finish Line in Berlin. There are 30 checkpoints spread out across the rest of Europe. Teams will have to visit a minimum of six to be eligible to successfully complete the competition. The teams will upload photos and videos of their journey, and rally support from followers back home.

The team that traveled the farthest distance in seven days, reached the most checkpoints, used more transportation methods than any other team, rallied the greatest support following and arrives in Berlin on April 11 by 5 p.m., will be crowned the Red Bull Can You Make It champions. The prize is a paid trip to any Red Bull event around the world.

(To support the Philippine team, visit redbullcanyoumakeit.com.)

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Adventure of a lifetime

Married To Medicine After Show Season 2 Episode 1 "Far From Heavenly" | AfterBuzz TV – Video


Married To Medicine After Show Season 2 Episode 1 "Far From Heavenly" | AfterBuzz TV
AFTERBUZZ TV -- Married To Medicine edition, is a weekly "after show" for fans of Bravo #39;s Married To Medicine. In this show, host Jake DuPree breaks down the...

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Married To Medicine After Show Season 2 Episode 1 "Far From Heavenly" | AfterBuzz TV - Video

Symposium on Cellular Reprogramming to be Held at Penn Medicine

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Newswise PHILADELPHIA The University of Pennsylvanias Institute for Regenerative Medicine will host a symposium on Friday, April 11, 2014 to detail the progress researchers are making toward reprogramming human cells to treat a variety of diseases.

In addition to talks on the basic science of regenerative medicine, Nobel laureate John Gurdon will present the keynote address entitled, Past, Present and Future Prospects for Nuclear Reprogramming by Amphibian Eggs and Oocytes, and New York Times reporter Nicholas Wade will speak about Regenerative Medicine: Promises and Perils.

When: Friday, April 11, 2014, 8:30am 5:00pm

Where: BRB Auditorium, 421 Curie Blvd, Philadelphia, PA 19104

What: Agenda and other details can be found on the IRM web site.

Symposium schedule:

8:30 Introduction and Welcome J. Larry Jameson, MD, PhD Executive Vice-President, University of Pennsylvania for the Health System Dean, Perelman School of Medicine John Gearhart, PhD Director, Institute for Regenerative Medicine

8:45 Keynote: Past, Present and Future Prospects for Nuclear Reprogramming by Amphibian Eggs and Oocytes John Gurdon, FRS, FMedSci 2012 Nobel Laureate in Physiology and Medicine Wellcome Trust/Cancer Research UK Gurdon Institute The Henry Wellcome Building of cancer and Developmental Biology

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Symposium on Cellular Reprogramming to be Held at Penn Medicine

Medicine Hat police seeking men for information about seniors beating death

Police are hoping to speak with three men who may have information into the 2012 death of a Medicine Hat senior who was beaten to death before her body was discovered in her burning home.

The body of 94-year-old Hazel Lloyd was discovered inside a Medicine Hat suite after fire crews and police officers were called to the seniors Riverside apartment Aug. 29, 2012, to respond to a blaze.

An autopsy later revealed Lloyd had died of multiple blunt-force injuries.

At the time, police said items inside the apartment were deliberately set on fire after the senior died. It also didnt look like a break-and-enter as it appears nothing was taken from her residence.

Lloyd lived alone. According to an obituary published in September 2012, Lloyd was born in Whitewood, Sask., but was raised in the Battleford district. She moved to Medicine Hat after retiring in 1983.

On Sunday, Medicine Hat Police released composite sketches of three men who may have information about Lloyds homicide.

Weve now obtained enough information that we felt comfortable in putting out these composites, said Staff Sgt. Brian Christmann with the Medicine Hat Police Services major crimes section.

Christmann said the men are not considered suspects, rather they are people who may have information.

Anyone who can help identify the men is being asked to contact the Major Crimes Section at 403-529-8420.

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Medicine Hat police seeking men for information about seniors beating death