Congress Just Ordered NASA to Get Crackin’ on Mars and a Ton of Other Things – Gizmodo

Both the Senate and the House have approved a bill that will send $19.508 billion to NASA and sets some very ambitious directives. All thats standing between the space agency and getting to work is a presidential sign off.

According to Space News, the bill received no vocal opposition on the floor of the House despite its $208 million increase of the budget from 2016. The Senate gave its unanimous approval on February 17th.

Among other things, the budget demands that NASA create a plan to put humans near or on the surface of Mars in the 2030s. Most specifically, the bill mandates a human exploration roadmap should begin with low-Earth orbit, then address in greater detail progress beyond low-Earth orbit to cis-lunar space, and then address future missions aimed at human arrival and activities near and then on the surface of Mars. The section on Mars also instructs NASA to move away from its Asteroid Robotic Redirect Mission and to find ways to apply the progress on that project to the Mars directive.

What else is in the bill? A lot. Its 146 pages long. Lets just run through some of the highlights that jump out. The plan to send a probe to Jupiters moon Europa is approved. A vague directive for NASA to expand permanent human presence beyond low-Earth orbit is included under long-term goals along with a call for a thriving space economy in the 21st Century. And missions to launch the SLS and Orion spacecraft without a crew are set for 2018. A crewed mission that would go to the moon would come next, with a goal of it happening in 2021.

On the more practical end of things, the bill asks NASA to work on building hypersonic and supersonic aircraft that would enable new transportation capabilities. It also asks the agency to develop a plan to enhance its cybersecurity protections. An interesting inclusion considering the recent episode in which a scientist from the Jet Propulsion Laboratory recently had his work phone compromised by border agents.

Theres a lot of exciting stuff in the bill. Its not necessarily calling for things that NASA hasnt already been working on, but its reassuring to see deadlines, a budget increase and ambitious support coming out of congress.

In regards to that presidential signature, there is a possibility that Trump would veto this bill. The administration has indicated that it wants to eliminate the Earth Science division of NASA that studies climate change among other things. The bill that passed today doesnt mention that at all. So, maybe Trump will just forget that was part of his agenda. The good news is he paid lip service to space exploration in his recent address to congress and he also has a lot of bigger problems to worry about at the moment.

[U.S. Congress via Space News]

Excerpt from:

Congress Just Ordered NASA to Get Crackin' on Mars and a Ton of Other Things - Gizmodo

NASA wants to mess with dark matter by creating coolest spot in universe – New York Post

NASA wants to create the coolest spot in the universe to better understand matter and the fundamental nature of gravity.

While understanding that atoms behave in surprising ways at super-low temperatures, NASA has never before created or observed this behavior in space.

As such, the space agency will be sending an ice chest-size box to the International Space Station, where Nobel Prize winner Eric Cornell and other scientists will conduct experiments.

The technology, known as the Cold Atom Laboratory (CAL), works by using lasers, a vacuum chamber and an electromagnetic knife to freeze gas atoms to a mere billionth of a degree above absolute zero more than 100 million times colder than the depths of space.

By creating these extremely low temperatures, NASA is able to develop what is known as Bose-Einstein condensate a state in which atoms move in with one another in waveform, as opposed to individual particles.

While these mysterious waveforms are only observable for fractions of a second on Earth because the pull of gravity causes atoms to continually settle toward the ground, creating Bose-Einstein condensates in space means ultra-cold atoms can hold their wavelike forms longer.

Project scientist Robert Thompson predicts the Bose-Einstein condensates could be observable for up to five to 10 seconds with the help of the CAL, with the possibility down the road to make them last hundreds of seconds.

Studying these hyper-cold atoms could reshape our understanding of matter and the fundamental nature of gravity, he said in a statement.

The experiments well do with the Cold Atom Lab will give us insight into gravity and dark energy some of the most pervasive forces in the universe.

Studying these hyper-cold atoms could reshape our understanding of matter and the fundamental nature of gravity.

Cold Atom Lab project manager Anita Sengupta added that if scientists can understand the physics, they can possibly learn to use those for more efficient transfer of energy.

The results of these experiments could also result in a number of improved technologies, including sensors, quantum computers and atomic clocks used in spacecraft navigation.

Deputy project manager Kamal Oudrhiri said the most exciting applications were those related to dark energy detection.

He added that current models of cosmology divide the universe into 27 percent dark matter, 68 percent dark energy and 5 percent ordinary matter.

This means that even with all of our current technologies, we are still blind to 95 percent of the universe, he said.

Like a new lens in Galileos first telescope, the ultra-sensitive cold atoms in the Cold Atom Lab have the potential to unlock many mysteries beyond the frontiers of known physics.

This article originally appeared on News.com.au.

See the original post here:

NASA wants to mess with dark matter by creating coolest spot in universe - New York Post

NASA is working on making Mars safe to live on – Metro

If you lived here, youd be home by now (Picture: Reuters/NASA)

If youre getting sick of the way things are going on Earth, we have some good news NASA is working on making Mars habitable for humans.

NASA has developed a massive new strategy for warming Mars up, so people could feasibly survive there.

According to James Green, Director of NASAs Planetary Science Division, scientists are looking at using a giant magnet to transform the planets atmosphere into one that would be safe for humans.

It would create an artificial magnetosphere, that would then protect the planet from the suns harmful radiation.

Mars was stripped of its atmosphere by solar radiation around three billion years ago, turning it into a desert landscape.

NASA, however, are planning to place inflatable structures into a stable orbit around the planet, creating a magnetic dipole at the side of Mars facing the sun.

Over time this would gradually restore the atmosphere, creating a protective layer to induce the greenhouse effect which would then warm the planet up.

The solar system is ours, lets take it, Green told the Planetary Science Vision 2050 conference.

That, of course, includes Mars and for humans to be able to explore Mars, we need a better environment.

This is not terraforming as you may think of it, where we actually artificially change the climate, but we let nature do it, and we do that based on the physics that we know today.

View post:

NASA is working on making Mars safe to live on - Metro

NASA aircraft fly over Centre County for PSU-led project – Centre Daily Times


Centre Daily Times
NASA aircraft fly over Centre County for PSU-led project
Centre Daily Times
The aircraft traveled over Centre County on the sunshiny day as part of the Atmospheric Carbon and Transport-America project, a study funded by NASA and led by Penn State. Selected as part of NASA's Earth Venture program, it's a five-year, $30 million ...

See the article here:

NASA aircraft fly over Centre County for PSU-led project - Centre Daily Times

NASA astronauts may soon be able to 3D-print pizzas in space – ZDNet

(Image: BeeHex)

NASA astronauts may soon be able to 3D-print pizzas in space, thanks to technology built by Columbus and Silicon Valley-based startup BeeHex.

BeeHex's flagship Chef 3D robot -- which can print 12-inch pizzas in less than five minutes -- could mean that space travellers will have a more terrestrial alternative to freeze-dried, prepackaged meals that are designed for nutrition and ease of consumption in microgravity.

In addition to producing a range of toppings from fresh ingredients, Chef 3D can fabricate gluten-free and custom-shaped pizzas, according to BeeHex. Like other 3D printers, Chef 3D connects to a computer that tells it which dough, sauce, and cheese to use.

The cartridges are filled with all the necessary ingredients, and the robot's nozzle starts layering liquefied dough, followed by sauce, toppings, and melted cheese.

The reason pizza was chosen as one of the first foods to be 3D-printed is because it involves layering ingredients, which suits the capabilities of the technology, BeeHex said. Unlike traditional additive manufacturing technologies, Chef 3D relies on pneumatic systems to move ingredients around.

While BeeHex was born out of a NASA project -- NASA provided a $125,000 grant to Systems and Materials Research Consultancy to research how 3D printing could be used to make food -- the startup is focusing on broader commercial applications in places like theme parks, festivals, shopping malls, and sports arenas.

It recently closed a $1 million seed funding round led by food automation specialist and Donatos Pizza founder Jim Grote to support commercial development and deployment.

BeeHex's pre-production prototypes have been exhibited at various conferences, with a soft launch slated for later in the year. The startup will be working with pilot customers in the food business to test the efficacy of the technology.

The startup's co-founders, Anjan Contractor, Chintan Kanuga, Jordan French, and Ben Feltner, as well as investors, are looking to provide printing solutions to high-volume pizza restaurants like Domino's and Pizza Hut.

BeeHex hopes that in the near future, 3D-printed meals will be ordered via an app, with customers also having the ability to customise meals according to their preferences.

While consumers are yet to fully digest the idea of 3D-printed food, there is interest among food companies to adopt the technology. In July last year, for example, London saw the arrival of a restaurant celebrating 3D printed food, furniture, and cutlery.

For three days and three special meals, pop-up restaurant Food Ink took up temporary residence in a Shoreditch side street to showcase the versatility of 3D printing.

The global market for 3D printed food is anticipated to be driven by a need for mass customisation, as 3D printing saves time, labour, and waste.

Go here to read the rest:

NASA astronauts may soon be able to 3D-print pizzas in space - ZDNet

Jamestown Native, NASA Member Talks Mission To Mars – Jamestown Post Journal

Laurie Abadie, Jamestown native who works in NASAs Human Research Program, visited the Martz Observatory to discuss with a full crowd the research and preparations in place to send humans to Mars. P-J photo by Jimmy McCarthy

FREWSBURG A round-trip to Mars would take three years. That means youre away from your family and friends.

Youd be in a confined and isolated environment and you would survive on nutrition made of freeze-dried food.

Youd be required to exercise every day for two hours just to maintain your bone and muscle strength.

Ready for the journey?

Laurie Abadie, Jamestown native and NASA human space flight specialist, visited the Martz Observatory on Wednesday evening to discuss to a full crowd how NASA is preparing the human body for a mission to Mars.

Abadie has spent over four years in NASAs Human Research Program. She currently works in a NASA office in Cleveland, and prior to that, she spent 10 years at the Johnson Space Center in mission control where she helped cargo ships that traveled to the space station.

What the Human Research Program is tasked with is figuring out all the risks associated with sending humans to space, she said. We basically fund the research both on the ground and in flight to help make sure we keep astronauts not only safe, but healthy to have a successful mission to Mars.

Abadie said the program is examining and researching risks, and one of the biggest ones theyre delving into is space radiation. Abadie said space radiation not only causes nausea and fatigue, but it can also impact memory and the ability to think clearly. The central nervous system can be damaged and theres higher risk for cardiac disease and cancer.

To address the risk, Abadie said NASA uses a unique facility in Long Island, the Brookhaven Lab, to test space radiation.

We test different materials.We test biological samples and cells, she said. We basically send different types of radiation at it to see what would be the best material for a space craft or habitat on Mars to protect the astronauts.

Abadie said the Human Research Program is also addressing issues related to isolation, alternate gravity fields and ensuring theres enough food and medical supplies for a three-year journey.

Abadie said isolation can lead to behavioral health problems with months of confinement in a capsule. As for changes in gravity fields, she said it could cause sickness and an inability to control muscles.

Challenges are still in the way to get humans to Mars, and Abadie said theyre working to mitigate them. Abadie said NASAs looking to make the journey when Earth and Mars are at their closest point. That translates to a six-month trip leaving Earth to reach Mars.

Everything is working to a presence on Mars, she said. To get humans on Mars, we wanted to look for water. We found it and now we want to figure out wheres the best place on Mars to live, is there any life on Mars and basically how well get there.

Abadie was born and raised in Jamestown. She attended the University of Buffalo for undergraduate school where she majored in aerospace engineering.

During her junior year, she applied and was accepted to a cooperative education position at NASA Jobs and Space Center in Houston. She alternated semesters between UB and in Houston working for NASA.

Abadie continued her education and applied for the NASA Fellowship Program, which paid for her graduate school expenses while guaranteeing a job after. She attended the University of Arkansas and got a masters in space and planetary sciences. She went on to receive a second masters at the University of Colorado in space operations.

A manhunt continues for 34-year-old Jacob M. Raynor, the Sinclairville man who escaped custody Tuesday following an ...

MAYVILLE Barbara J. Redeyes defense team continued to paint Dale A. Redeye as a man of questionable ...

A traffic stop at 9:35 p.m. Tuesday at East Seventh and North Main streets, Jamestown, resulted in two guns being ...

See the article here:

Jamestown Native, NASA Member Talks Mission To Mars - Jamestown Post Journal

Nanotechnology among us but regulators aren’t doing enough to protect humans, experts warn – Express.co.uk

GETTY

Nanotechnology is a hot topic in the world of science at the moment, with keen interest in the application from the food industry, waste industry, and medical industry.

By definition, nanotechnology is technology that deals with dimensions of less than 100 nanometres 10,000,000.00 nanometres is the equivalent to one centimetre.

The technology is essentially the manipulation of atoms to help a specific cause, such as fighting cancer.

It can also be used by the food industry to modify the composition of the products and to help create stronger packagings.

GETTY

However, there are dangers associated with nanotechnology, which has prompted calls for more regulation.

Andrew Maynard, science advisor for the Woodrow Wilson International Center which has been calling for increased studies into the potential toxicity of nanoparticles, outlined the potential dangers.

GETTY

In an interview with Technology Review, Mr Maynard said: Individual experiments have indicated that if you develop materials with a nanostructure, they do behave differently in the body and in the environment.

We know from animal studies that very, very fine particles, particles with high surface area, lead to a greater inflammatory response than the same amount of larger particles.

GETTY

We also know that they can enter the lining of the lungs and get through to the blood and enter other organs.

There is some evidence that nanoparticles can move into the brain along the olfactory nerve, so this is completely circumventing the blood-brain barrier.

When asked if there was a need for more research, Mr Maynard responded: Clearly there is joint responsibility between government and industry.

Theres a fairly strong argument for governments around the world to invest in research on the basics: what makes these harmful, what makes them safe?

Read more:

Nanotechnology among us but regulators aren't doing enough to protect humans, experts warn - Express.co.uk

Internet of Nanoscale Things: Global Nano IoT Market Outlook and Forecasts Report 2017-2022 – Identify Emerging … – Yahoo Finance

Dublin, March 09, 2017 (GLOBE NEWSWIRE) -- Research and Markets has announced the addition of the "Internet of Nanoscale Things: Nano IoT Market Outlook and Forecasts 2017 - 2022" report to their offering.

This research examines nanotechnology trends and assesses the future IoNT including integration of IoT systems with nano-sensors, nano-actuators, nano-devices, nano-machines, and other nano-components as part of a nano-system architecture for commercial solutions, services, and applications.

The report evaluates current and anticipated nanotechnology use cases within the IoT ecosystem and assesses the market potential globally, regionally, and segmented by communication network, nano-device, nano-component, and industry vertical for the period 2017 to 2022.

Nanoscience is a field of study concerned with manipulation of matter on an atomic, molecular, and supra-molecular scale. Nanotechnology refers to the application of nanoscience to build nano-components based on the manipulation of matter with at least one dimension sized from 1 to 100 nanometers. Nanotechnology has been slowly progressing for decades and is anticipated to make a big impact in certain key industry verticals including aerospace, clothing, construction, energy management, healthcare, electronics, manufacturing, packaging, and more.

Leveraging computing and telecommunications technologies represents a substantial opportunity for nano-devices and nano-sensors to communicate as part of a nano-network. Autonomous nano-communications, supported by Internet of Things (IoT) technologies, will create the opportunity for signaling, monitoring, and control of nano-systems for the benefit of many industry verticals. Internet of Nanoscale Things (IoNT) networks represents nanotechnology embedded with physical things, leveraging IoT to form an interconnected system.

Target Audience:

- IoT companies - Semiconductor companies - Network service providers - Nanotechnology providers - Industry verticals of all types - Government agencies and NGOs Report Benefits:

- Nano IoT forecasts 2017 to 2022 - Understand nano-networks nano-communications - Identify emerging use cases and opportunities within IoNT - Understand the challenges of operating IoT at the nano scale - Learn about how Nano IoT will be used in different industries - Identify leading companies and solutions in nanotechnology and IoT

Key Topics Covered:

1 Introduction 1.1 Internet of Nanoscale Things (IoNT) 1.2 Generation of Nanotechnology and Nano-Networks 1.3 Nano Machine Development Architecture 1.4 Role of Sensors and Actuators 1.5 SWOT Analysis

2 Nano Technology in IoT Value Chain and Market Impact Analysis 2.1 IoNT Value Chain 2.2 Nanomachine Communication Structure 2.3 IoNT Network Architecture 2.4 Nanoscale Device Challenge 2.5 Enabling Technologies for IoNT 2.6 Market Advancement in Nanoscale Technology 2.7 Potential Application of Nanoscale Technology 2.8 Blockchain Technology and IoNT Network 2.9 IoNT Market Competitive Landscape

3 Nano IoT Market Outlook and Forecasts 2017 - 2022 3.1 Global Market Forecast 2017 - 2022 3.2 Regional Market Forecast 2017 - 2022

4 Select Companies and Solutions 4.1 Alcatel Lucent SA 4.2 CISCO Systems, Inc. 4.3 Gemalto N.V. 4.4 Huawei Technologies Co. Ltd. 4.5 International Business Machines (IBM) Corporation 4.6 Intel Corporation 4.7 Juniper Networks, Inc. 4.8 SAP SE 4.9 Siemens AG 4.10 Qualcomm Incorporated 4.11 Schneider Electric SE

5 Conclusions and Recommendations

Appendix

Companies Mentioned

- Accenture - Alcatel Lucent - Amazon - Apple - Bosch Software Innovations - Broadcom - Cello Track Nano System - Cisco - Dell - Freescale Semiconductor - GE - Google - Hitachi - HP - Huawei Technologies - IBM - Infineon Technologies - Infosys - Intel Corporation - Juniper Networks - Microsoft - National Instruments - Oracle - Qualcomm - Rockwell Automation - Samsung Electronics - SAP SE - Schneider Electric - Siemens - Symantec - Telefonica - Telit - Texas Instruments - Verizon Communications - Zebra Technologies

For more information about this report visit http://www.researchandmarkets.com/research/zkcb2b/internet_of

See the article here:

Internet of Nanoscale Things: Global Nano IoT Market Outlook and Forecasts Report 2017-2022 - Identify Emerging ... - Yahoo Finance

Nanomedicine scientist to join USC faculty – Daily Trojan Online

Mark Davis, a chemical engineering professor and nanomedicine researcher at the California Institute of Technology, will be joining the USC faculty in the fall, according to USC News.

Davis will serve as provost professor in the Mork Family Department of Chemical Engineering in the Viterbi School of Engineering, and will also have joint appointments in the Department of Preventive Medicine and the Department of Chemistry.

Davis will also be a strategic advisor to the deans of both Viterbi and Dornsife College of Letters, Arts and Sciences, and will continue his research on nanomedicine, specifically on nanoparticles that would be able to deliver medicine to the brain.

Mark Davis is a stellar addition to our faculty, Provost Michael Quick said to USC News. His multidisciplinary scholarship and research is an asset to the USC Michelson Center for Convergent Bioscience, where we are building bridges across our campus to transform medicine and science.

Davis previously conducted his research at CalTech and at Virginia Polytechnic Institute & State University. He has been recognized by the National Academy of Engineering, the National Academy of Sciences and the National Academy of Medicine. He is also the author of more than 425 scientific publications, and two textbooks and holds 75 U.S. patents.

Davis specializes in materials synthesis, such as zeolites that can be used for molecular recognition, and polymers that can be used for therapeutic delivery.

At USC, he will continue his nanomedicine research on treatment for cancer.

Go here to read the rest:

Nanomedicine scientist to join USC faculty - Daily Trojan Online

Ratan Tata’s dream project Nano contributed to Renault’s success, says CEO – Business Standard

Kwid has put Renault on strong foot in India, said Ghosn

Carlos Ghosn, chairman and CEO of French auto maker Renault has said that Renault has started making money in India after selling 1,00,000 Kwids. Kwid is a compact hatch-back built on the sketch of cars such as Tata Nano and Maruti Suzuki Alto. The Renault Kwid is a second car, after Duster, from the stable of Renault to achieve this milestone. Duster's total sales in India has crossed over 1.50 lakh units. Since its launch, Kwid sales crossed 1.30 lakh units. Last month the company had sold around 9,600 units. In small cities Kwid continues to be the number one selling car from Renault. Ghosn said Kwid has put Renault on strong foot in India. The company initially struggled because it was the new plant and a new car, so when you have so much innovation accommodated, you struggle with profitability, he added. Kwid now caters to the needs of three different customer types, with a scope of options to suit specific lifestyles. The 0.8 litre for the customer who seeks a superior package with the best fuel efficiency. The 1.0 litre MT for the customer who seeks a superior package along with more performance. The 1.0 Litre AMT for the customer who seeks a superior package with more Performance and greater convenience. Design element also helped the car as customers were looking for a car which is slightly taller with a tinge of sporty element built into it, which Kwid addressed. Ghosn, who is impressed with India's frugal engineering, said that Ratan Tata's dream project Nano has contributed to Renault's success in India. It may be noted Nissan's much expected low cost brand Datsun has not met with the success it was expecting. On Datsun, Ghosn said: "We are not as successful with Datsun as we would have liked it to be but when you are in a long term strategy we don't expect success to come immediately." Ghosn said that with the A-platform -- the second of the so-called common module family, or CMF, jointly developed by Renault and Nissan, a sort of modular manufacturing system for cars-- particularly with the Kwid and all the products that are going to follow that. This platform will be open to Mitsubishi also.

Read the original here:

Ratan Tata's dream project Nano contributed to Renault's success, says CEO - Business Standard

Phonon nanoengineering: Vibrations of nanoislands dissipate heat more effectively – Phys.Org

March 8, 2017 The nanoislands are completely isolated (left) or adjoining each other (right). Credit: IFJ PAN

Europium silicide has for some time attracted the attention of scientists. Recognized as being promising for electronics and spintronics, this material has recently been submitted by a team of physicists from Poland, Germany and France to comprehensive studies of the vibrations of its crystal lattice. The results yielded a surprise: deposited on a substrate of silicon, some structures of europium silicide appear to vibrate in a way that clearly broadens the possibilities of designing nanomaterials with tailored thermal properties.

The vibrations of atoms in the crystal lattices of materials, known as phonons, are not chaotic. Instead, they are governed by the lattice symmetry, atomic mass and other factors. For instance, the atoms deep in the solid oscillate differently than on its surface, and still differently when the material forms, for example, nanoislands i.e. small atomic clusters on a substrate. An international team of physicists, composed of scientists from the Institute of Nuclear Physics of the Polish Academy of Sciences (IFJ PAN) in Cracow, the Karlsruhe Institute of Technology (KIT) and the European Synchrotron (ESRF) in Grenoble, have for the first time comprehensively examined how the vibrations of the crystal lattice of europium silicide (EuSi2) change depending upon the nanostructures arrangement on a substrate of silicon. The study yielded remarkable results: a new type of vibration was observed in the sample in which the EuSi2 nanoislands were in contact with each other.

"Usually nanoengineering means modifying material on a scale of nanometres, or billionths of a metre. The research on europium silicide in which we participated allows us to offer something more: phonon nanoengineering, i.e. engineering in which not so much the structure of the material is carefully designed as the vibrations of atoms in its crystal lattice," says Dr. Przemyslaw Piekarz (IFJ PAN).

Europium silicide forms a crystal, in which each europium atom is surrounded by 12 silicon atoms. The system exhibits what is known as tetragonal symmetry: the distance between atoms in one direction is different than in the two remaining directions. This metallic compound readily binds to silicon, and also has a record-breakingly low so-called Schottky barrier (i.e. the barrier of potential energy electrons encounter on their transition from the metal to silicon). Such materials are of interest today in view of their potential application in nanoelectronic systems, for example, in MOSFET technology used in the production of modern processors. However, at low temperatures EuSi2 also exhibits interesting magnetic properties, which makes it attractive for the successor of electronics - spintronics.

Although compounds of rare earth metals and silicon play a fundamental role in heat transport, among others, their lattice vibrations have not to date been comprehensively studied. Meanwhile, in nanoelectronic systems where heat is generated in large amounts, thermal properties of a material became as important as the magnetic or electric properties.

A group led by Dr. Svetoslav Stankov (KIT, Germany) has developed a procedure for the preparation of epitaxial EuSi2 nanostructures by depositing, in ultrahigh vacuum conditions, small amounts of europium atoms on a heated substrate of single crystalline silicon. Moreover, by careful adjustment of the temperature of the substrate and the amount of europium atoms they were able to tailor the morphology of the prepared EuSi2 nanostructures on the silicon surface.

"In this experiment we focused our attention on four europium silicide samples forming: a uniform film, which could be regarded as a solid crystal, a tightly pleated film, and two different assemblies of nanoislands," explains Dr. Stankov and adds: "A nanoisland is a discrete cluster of self-organized atoms on a surface reaching sizes of several tens of nanometres with a height of a dozen or so nanometres. It turned out that especially interesting are the samples in which the EuSi2 nanoislands are completely isolated from each other and those where the nanoislands are in close contact with each other."

The samples were prepared in the ultra-high vacuum system at the nuclear resonance beamline of the ESRF synchrotron in Grenoble by the KIT group and investigated in situ by nuclear inelastic scattering (NIS).

"NIS is a state-of-the-art method for direct measurement of the energy spectrum of atomic vibrations of nanomaterials with very high resolution. In this experimental technique the sample is illuminated with high energy photons, selected so that their absorption by atomic nuclei excites or annihilates lattice vibrations of a certain kind, yielding the element-specific phonon density of states," adds Dr. Stankov.

Theoretical studies at the IFJ PAN were carried out ab initio, based on the fundamental laws of quantum mechanics and statistical physics, using PHONON software written by Prof. Krzysztof Parlinski (IFJ PAN). The Cracow group dealt not only with modelling the vibrations of the crystal lattice of structures of europium silicide, but also determining the conditions for conducting experiments in the ESRF synchrotron.

"In Grenoble only the vibration energies of europium atoms were recorded. The curves obtained from the measurements agreed very well with our calculations for the solid crystal and the surface. We could supplement these data with our predictions for the movements of silicon atoms, which helped to better interpret the results," says Prof. Parlinski.

Particularly interesting results were obtained for the samples with nanoislands. In the case of a substrate coated with discrete nanoislands a significant increase of the amplitude of vibration of europium atoms was observed, up to 70% relative to the vibrations in the crystal. Such a large increase translates into significantly greater possibilities in the field of heat transfer. The most interesting effect appeared, however, in the sample with nanoislands adjoining each other. Namely, additional vibrations with a characteristic energy were found at the interfaces between the nanoislands. Although theoretically predicted earlier on, their existence was confirmed experimentally for the first time. They constitute another 'gateway' through which material can discharge heat into the environment. By means of the adjoining nanoislands a significant increase in the efficiency of heat transfer in nanostructures becomes a reality.

"In the analysis of materials scientists usually look at the properties of a sample of fixed morphology. We have described a whole spectrum of possible surface morphologies of EuSi2. An advanced theoretical model and precise measurements have allowed us for the first time to exactly trace how the vibrations of the crystal lattice of a nanomaterial change depending on its arrangement on the substrate," stressed Dr. Piekarz.

The research on europium silicide nanostructures, funded by the Helmholtz Association, the Karlsruhe Institute of Technology (project VH-NG-625) and on the Polish side by the HARMONIA grant from the Polish National Science Centre, is of a basic nature. However, the knowledge gained, especially with regard to the crystal lattice vibrations occurring at the interface between adjacent nanoislands and the related drastic changes in the heat transport, is universal. After suitable adaptation, this phenomenon will allow researchers to design nanomaterials other than europium silicide with tailored thermal properties.

Explore further: Dimensionality transition in a newly created material

More information: A. Seiler et al, Anomalous Lattice Dynamics ofNanoislands: Role of Interfaces Unveiled, Physical Review Letters (2016). DOI: 10.1103/PhysRevLett.117.276101

Journal reference: Physical Review Letters

Provided by: The Henryk Niewodniczanski Institute of Nuclear Physics Polish Academy of Sciences

Iron oxides occur in nature in many forms, often significantly different from each other in terms of structure and physical properties. However, a new variety of iron oxide, recently created and tested by scientists in Cracow, ...

Periodic motions of atoms over a length of a billionth of a millionth of a meter (10-15 m) are mapped by ultrashort x-ray pulses. In a novel type of experiment, regularly arranged atoms in a crystal are set into vibration ...

A new ultrafast technique, using high-energy electrons coupled to a laser pump, revealed insights into atomic vibrational dynamics in a laser-heated gold thin film. This technique directly measured the phonon spectrum (quantized ...

Heat travels through atom-thin sheets of tin in a very unusual way, A*STAR researchers have found. The discovery could help develop applications for the material, including thermoelectric refrigeration or power generation.

Controlling functional properties by light is one of the grand goals in modern condensed matter physics and materials science. A new study now demonstrates how the ultrafast light-induced modulation of the atomic positions ...

Scientists at Lehigh University, in collaboration with Lawrence Berkeley National Laboratory, have demonstrated the fabrication of what they call a new class of crystalline solid by using a laser heating technique that induces ...

Metamaterials don't exist in nature, but their ability to make ultra-thin lenses and ultra-efficient cell phone antennas, bend light to keep satellites cooler and let photovoltaics absorb more energy mean they offer a world ...

An international team of researchers working at IBMs' San Jose research facility announced recently that they had created the world's smallest magnetit was made from a single atom. In their paper published in the journal ...

Time crystals may sound like something from science fiction, having more to do with time travel or Dr. Who. These strange materialsin which atoms and molecules are arranged across space and timeare in fact quite real, ...

Physicists at the University of Iowa have proposed a new technique to detect and measure materials that give off weak magnetic signals or have no magnetic field at all. Their solution would use a noninvasive probe to induce ...

University of Miami Rosenstiel School of Marine and Atmospheric Science scientist Mark Donelan and his Norwegian Meteorological Institute colleague captured new information about extreme waves, as one of the steepest ever ...

Europium silicide has for some time attracted the attention of scientists. Recognized as being promising for electronics and spintronics, this material has recently been submitted by a team of physicists from Poland, Germany ...

Please sign in to add a comment. Registration is free, and takes less than a minute. Read more

Link:

Phonon nanoengineering: Vibrations of nanoislands dissipate heat more effectively - Phys.Org

We Need A Moore’s Law For Government – Investor’s Business Daily

You would need almost three of these 1985 Cray 2 supercomputers to equal the processing power of an iPhone. So if technology can keep getting smaller and more efficient, why can't government?

Big Government: This week, IBM showed that it could cram data into a single atom, part of the private sector's never-ending quest to make things smaller and more efficient. If only government would follow this model.

IBM Research announced on Wednesday that it was able to put a holmium atom a rare earth element on top of a magnesium oxide surface, and with "a pulse of electric current from the magnetized tip of scanning tunneling microscope ... flip the orientation of the atom's field between a 0 or 1," according to the journal Nature, which published the findings.

Right now, the device can store just two bits of data, and it has to be kept at a temperature close to absolute zero. But when this technology is inevitably scaled up and made commercially viable, it will drastically shrink storage sizes, since today it takes 100,000 atoms to store a single bit of data on a hard drive.

IBM (IBM) figures that with this technology, a device the size of a credit card could hold all 32 million songs contained in the iTunes library.

There's no telling when such devices would be commercialized, but what IBM's breakthrough tells us about the free market and about government is instructive.

Scientific breakthroughs like this occur because the private sector relentlessly pushes for greater efficiency. In the case of computing technology, it's resulted in "Moore's Law," named after Gordon Moore, who in 1965 noticed that the number of circuits that could be crammed onto an integrated circuit had been doubling every two years.

The result is nothing short of remarkable. The pocket-size iPhone, for example, has more than 2.7 times the processing power of the 1985 Cray Supercomputer, which took up, according to the brochure published at the time, "a mere 16 square feet of floor space."

This drive for efficiency occurs everywhere in a free-market economy from warehouses manned by robots, to the way McDonald's prepares its food, to the state-of-the-art navigation systems UPS trucks use to minimize delivery times.

But while the free market ceaselessly pushes things to get smaller and more efficient, the federal government continues to get bigger and less efficient.

Between 1985 and today, for example, the size of the federal government doubled, even after accounting for inflation, at a time when the U.S. population has increased by 34%.

That's just the spending side. Regulations have continued to pile up as well, without any concern about how they interact or overlap or reduce efficiency.

The result of this endless government growth has been a slower-growing private economy. From 1960 to 1988, real GDP increased at an average rate of 3.6%. In the years since, it has increased at an average rate of 2.5%. Since the last recession, the average real growth in GDP was less than 2.1%.

Can anyone honestly say that a bigger, more intrusive federal government has helped the economy, improved prosperity, or made things faster, better and more efficient?

President Trump came into office promising to "drain the swamp" of Washington, D.C. A better goal would be for him to follow IBM's lead and try to shrink the swamp until it becomes atomic sized.

RELATED:

70% Of U.S. Spending Is Writing Checks To Individuals

Why Government Spending Is An Obstacle To Growth

The Democrats Want To 'Invest' Big In Big Government

Trump News & Tweets

More:

We Need A Moore's Law For Government - Investor's Business Daily

Intel Corporation Stops Following Moore’s Law – Motley Fool

No matter how microprocessor giant Intel (NASDAQ:INTC) tries to spin it, Moore's Law is dead.

For those unfamiliar with Moore's Law, it essentially says that every two years or so, the company would develop new chip manufacturing technologies that allowed its product development teams to cram in far more transistors (and therefore features) into new products while keeping overall product costs flat compared to prior generations (implying a reduction in the cost per transistor).

Image source: Intel.

Based on this definition of Moore's Law, Intel is no longer following it, even as it tries to assure investors otherwise.

Indeed, not only have transitions to newer manufacturing technologies lengthened for Intel (already violating the "law"), but even when Intel does transition to those newer technologies, manufacturing yields are so poor that product costs go up generation over generation at the beginning of a new manufacturing technology ramp-up.

The "death" of Moore's Law doesn't spell gloom and doom for the personal computer industry, however. There are certainly ways to build more feature-rich and powerful computer chips without relying on transistors getting smaller and cheaper, but it requires a fundamentally different corporate mind-set than the one that Intel seems to have had in the past.

According to recent commentary from Intel executive Murthy Renduchintala, it looks like the company is finally learning to accept the death of Moore's Law.

"We're going to be focused more on the generation by the amount of performance increment it will give us," Renduchintala told PC World. "I don't think generations will be tagged to [manufacturing] node transitions."

Indeed, there are many ways for a chip company to deliver improved performance and features without needing to rely on transistors getting smaller.

For example, Intel's current seventh-generation Core processors are built on a performance-enhanced version of the company's original 14-nanometer technology, called 14-nanometer+. This technology doesn't provide an area reduction compared to the original 14-nanometer technology, but what that enhancement allowed Intel to do is deliver better performance and power efficiency than the sixth-generation Core processors built on the original 14-nanometer technology.

Going forward, it seems that Intel will continue to focus on trying to improve the underlying performance and power-efficiency characteristics of its pre-existing manufacturing technologies. Such improvements should allow the company to build increasingly better products without having to worry about the challenges associated with making transistors smaller (though it does need to worry about making those transistors better).

Furthermore, it's not all about manufacturing technology, either. Even without transitions to newer manufacturing technologies, Intel's chip design teams could make improvements to the underlying chip designs and architectures themselves.

Intel hasn't fully exploited that potential with its seventh-generation Core processors (the changes were mainly in the manufacturing technology an in reworking the circuit designs to use that technology), and it doesn't look like it will be doing much of that with its upcoming eighth-generation Core processors either (reliable leaks suggest that Intel will rely mainly on boosting processor core counts rather than making changes to the cores themselves).

However, in future generations -- now that the company is now explicitly planning around needing to use the same basic chip manufacturing technology (though with performance enhancements) -- Intel might have enough time to plan for more substantive chip design and architectural changes each year.

If Intel can manage to improve both its architectures and the performance characteristics of its manufacturing technologies at an annual clip, then the company should be in a good position to deliver significantly better products to its customers at a regular pace -- always a good thing.

Ashraf Eassa owns shares of Intel. The Motley Fool recommends Intel. The Motley Fool has a disclosure policy.

View original post here:

Intel Corporation Stops Following Moore's Law - Motley Fool

Rockefeller researcher nabs Feinstein’s molecular prize – Innovate Long Island

Advanced molecular-genetics studies have earned a Rockefeller University researcher accolades from the Feinstein Institute for Medical Research, and a fat check.

While Feinstein Institute scientists are often the ones collecting the research prizes, this time the institute is dishing it out, naming Jeffrey Ravetch head of the Leonard Wagner Laboratory of Molecular Genetics and Immunology at The Rockefeller University in New York City the recipient of the fifth-annual Ross Prize in Molecular Medicine.

Awarded by the Feinstein Institute Press peer-reviewed journal Molecular Medicine, the Ross Prize is awarded to scientists who have made a demonstrable impact in the understanding of human diseases pathogenesis and/or treatment and promise to make even greater contributions to the molecular-medicine field, according to the institute.

The prize specifically, its $50,000 award is made possible by Feinstein Institute board members Robin and Jack Ross.

Ravetchs research focuses on identifying the genetic components that cause immune-system cells to respond to specific antibodies. His mission: to better understand how a functioning immune system protects against invaders and how a dysfunctional immune system attacks its own host, specifically by studying a family of protein receptors called Fc receptors.

Over three decades of study, Ravetch and his team have defined these receptors and demonstrated their essential role in immune response, according to the Feinstein Institute.

I am honored to receive the Ross Prize and join the distinguished group of researchers who have received this recognition, Ravetch said in a statement. I hope my work continues to have impact on the development of innovative treatments for human diseases.

Feinstein Institute President and CEO Kevin Tracey dubbed Ravetch a sort of molecular detective, crediting the researcher with solving the medical mystery of how antibodies can both activate and inhibit the immune response.

His discoveries have provided the fundamental knowledge that enables scientists to engineer antibodies to treat a variety of autoimmune conditions, Tracey noted.

The Ross Prize is scheduled to be formally presented to Ravetch June 5 at the New York Academy of Sciences in Manhattan, followed by lectures from the prize-winner and other eminent researchers. Ravetchs presentation is expected to delve into his discoveries regarding the biology of Fc receptors.

Past recipients of the Ross Award include Harvard School of Dental Medicine anesthesiology professor Charles Serhan, director of the Center for Experimental Therapeutics and Reperfusion Injury at Brigham and Womens Hospitalin Massachusetts, and John OShea, scientific director at the National Institute of Arthritis and Musculoskeletal and Skin Diseases.

Visit link:

Rockefeller researcher nabs Feinstein's molecular prize - Innovate Long Island

Northwell Health and United Therapeutics Announce Strategic Partnership to Advance Bioelectronic Medicine and Cell … – PR Newswire (press release)

MANHASSET, N.Y. and SILVER SPRING, Md., March 9, 2017 /PRNewswire/ -- Northwell Health'sFeinstein Institute for Medical Research and United Therapeutics Corporation (NASDAQ: UTHR) announced today a strategic partnership focused on the application of bioelectronic medicine and cell therapy to cardiology, hypertension and post-transplant tolerance induction.

"We are truly honored to work with the pioneers of these next generation medical technologies," said Martine Rothblatt, Ph.D., United Therapeutics' Chairman and Chief Executive Officer. "We expect a great fit with our clinical development pipeline in heart failure, pulmonary disease and transplantation."

"Collaboration is the indispensable factor in successful medical research," said Kevin J. Tracey, M.D., President and CEO of the Feinstein Institute. "With great partners, you can accomplish great things for science and for patients. United Therapeutics is such a partner, we share their aims and their values, and we could not be more pleased than to join with them in this effort."

Under the strategic partnership, United Therapeutics will fund Northwell's efforts in four research and development tracks, while United Therapeutics will bring the results into clinical development. The two organizations are working toward the goal of initial regulatory approvals within five years.

Two of the research projects will be conducted by the Feinstein Institute's Center for Bioelectronic Medicine (CBEM). The Feinstein Institute is the worldwide leader for the advancement of scientific knowledge and intellectual property for the rapidly emerging field of bioelectronic medicine. Bioelectronic medicine represents the convergence of three well-established scientific fields: neuroscience, molecular and cell biology, and bioengineering. The Feinstein Institute team, led by Dr. Tracey, a neurosurgeon who pioneered the field, has been working in this area since 1998, and Northwell Health has already invested $75 million in support of the underlying research. As bioelectronic solutions are successfully identified, tested and refined, CBEM will foster the creation of new companies to bring life-changing solutions to market.

About Northwell Health

Northwell Health is New York State's largest health care provider and private employer, with 21 hospitals and over 550 outpatient facilities. We care for more than two million people annually in the metro New York area and beyond, thanks to philanthropic support from our communities. Our 61,000 employees 15,000+ nurses and nearly 3,400 physicians, including nearly 2,700 members of Northwell Health Physician Partners are working to change health care for the better.We're making breakthroughs in medicine at the Feinstein Institute. We're training the next generation of medical professionalsat the visionary Hofstra Northwell School of Medicine and theSchool of Graduate Nursing and Physician Assistant Studies.And we offer healthinsurance through CareConnect. For information on our more than 100 medical specialties, visitNorthwell.edu.

About The Feinstein Institute

The Feinstein Institute for Medical Research is the research arm of Northwell Health, the largest healthcare provider in New York. Home to 50 research laboratories and to clinical research throughout dozens of hospitals and outpatient facilities, the 3,500 researchers and staff of the Feinstein are making breakthroughs in molecular medicine, genetics, oncology, brain research, mental health, autoimmunity, and bioelectronic medicine a new field of science that has the potential to revolutionize medicine. For more information about how we empower imagination and pioneer discovery, visitFeinsteinInstitute.org.

About United Therapeutics

United Therapeutics Corporation is a biotechnology company focused on the development and commercialization of innovative products to address the unmet medical needs of patients with chronic and life-threatening conditions. [uthr-g]

Forward-Looking Statements

Statements included in this press release that are not historical in nature are "forward-looking statements" within the meaning of the safe harbor contained in the Private Securities Litigation Reform Act of 1995. Forward-looking statements include, among others, United Therapeutics' and Northwell Health's expectations regarding the strategic partnership between United Therapeutics and Northwell Health and the ability of this collaboration to result in approved therapies within five years. These forward-looking statements are subject to certain risks and uncertainties, such as those described in United Therapeutics' periodic reports filed with the Securities and Exchange Commission, that could cause actual results to differ materially from anticipated results. Consequently, such forward-looking statements are qualified by the cautionary statements, cautionary language and risk factors set forth in United Therapeutics' periodic reports and documents filed with the Securities and Exchange Commission, including our most recent Annual Report on Form 10-K, Quarterly Reports on Form 10-Q and Current Reports on Form 8-K. United Therapeutics claims the protection of the safe harbor contained in the Private Securities Litigation Reform Act of 1995 for forward-looking statements. This information is provided as of March 9, 2017, and neither United Therapeutics nor Northwell Health assumes any obligation to update or revise the information contained in this press release whether as a result of new information, future events or any other reason.

To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/northwell-health-and-united-therapeutics-announce-strategic-partnership-to-advance-bioelectronic-medicine-and-cell-therapy-300420580.html

SOURCE United Therapeutics Corporation

http://www.unither.com

View post:

Northwell Health and United Therapeutics Announce Strategic Partnership to Advance Bioelectronic Medicine and Cell ... - PR Newswire (press release)

A three-dimensional map of the genome – Medical Xpress – Medical Xpress

March 8, 2017 Colonies of mouse embryonic stem cells, where cell nuclei are stained in blue. The DNA from the nuclei is sequenced to infer the relative positions of genes and their switches. Credit: C. Ferrai, MDC

Cells face a daunting task. They have to neatly pack a several meter-long thread of genetic material into a nucleus that measures only five micrometers across. This origami creates spatial interactions between genes and their switches, which can affect human health and disease. Now, an international team of scientists has devised a powerful new technique that 'maps' this three-dimensional geography of the entire genome. Their paper is published in Nature.

Genes are activated to produce RNA and proteins, then switched off again when the molecules are no longer needed. Both the gene and its switches are DNA sequences, and they may lie far apart on the linear genome. This presents a challenge for the cell, because these regions usually have to be brought into contact to activate the gene.

It also creates a problem for scientists trying to understand one of the central questions in biology: how do cells decide which genes should be activated, and when? The answer will partly depend on matching every gene to its control sequences. But DNA strands are too thin to be tracked under the microscope, and even if that were possible, you'd have the vast amount of DNA in the nucleus to contend with. Imagine examining a tangle of yarn the size of the Earth in hopes of observing an encounter between individual strands.

A new technique called Genome Architecture Mapping, or GAM, now helps to identify these contacts. It involves flash-freezing tissue or cells, then cutting thin slices of individual nuclei. The tiny amount of DNA within each slice of the nucleus is then sequenced, and the team deploys a mathematical model, named SLICE, to identify 'hotspots' of increased interaction between strands. The model looks at the frequency with which different genomic regions appear in the slice to infer information about the relative positions of genes and regions called enhancers that activate them.

"An analogy might be this; if you want to understand how school children interact you might take occasional photographs of where they sit in the canteen or appear together in the playground", explains joint-lead author Ana Pombo, who began the project whilst working at the MRC London Institute of Medical Sciences (LMS) and is now based at the Berlin Institute for Medical Systems Biology, Max Delbrck Center for Molecular Medicine in the Helmholtz Association (MDC) and the Berlin Institute of Health (BIH). "If you do that many times over a month, you will begin to see a pattern in those who often sit next to each other, or who run around together while playing. These random snapshots might tell you about their social interactions."

"This is made possible by filtering out random encounters from real interactions using mathematical methods," says the joint-lead author Mario Nicodemi at the Universit di Napoli Federico II, who conceived such mathematical models and, aided by his PhD student Antonio Scialdone, developed them.

Paul Edwards, of the Hutchison/MRC Research Centre and Department of Pathology at the University of Cambridge, and Ana Pombo had the initial idea before the techniques necessary to do the experiment were available. "My research team optimised the approach, and as new technical steps came along we added them to our method," she says.

The study, which appears today in Nature, applies the method to mouse embryonic stem cells and the authors hope it will help shed light on many genes whose activity is disturbed in some very serious diseases. In some diseases, the problem lies within the sequence of a gene, but defects in regulatory regions found elsewhere in the genome can be equally dangerous and much harder to understand. The new data provides a long list of new suspects that can now be scrutinized by researchers.

Whilst previous studies have identified two-way contacts, this information does not reveal how often such contacts take place and by implication how important they might be, Pombo says: "They can spot that you and I are friends, but not how strong this friendship is relative to everyone else."

"People have been measuring two-way contacts for a long time," says Robert Beagrie, joint first author on the paper, who was a PhD student with Ana Pombo at the LMS when he collected the data for the study and is now based at the University of Oxford. "Those studies have often shown that you can have a set of different DNA elements that interact with each other in pairs. With this new approach we are able to generate a genome-wide catalogue of all the regions that we are confident interact in groups." Now, the researchers are able to reliably detect and quantify so-called 'three-way contacts' in regions of the genome that are vigorously expressed.

But perhaps the most notable advance of through GAM is that experiments are based on single cells - whether common or scarce in a tissue - and track their positions relative to each other within the tissue. Existing methods require lots of cells of the same type, which has made it difficult to study the biology and diseases of rare types. "There is huge potential for applying this in human tissue samples to catalogue contacts between regulatory regions and their target genes, and to use that to understand genetic variation and how it might alter aspects of nuclear biology," Pombo says.

Some researchers are starting to show interest in using the technique to explore what happens when retroviruses insert their DNA into the genome of a host. Cancer scientists are also keen to create DNA maps of particular areas of a tumor. "By exploiting the unique nature of GAM data, mathematical models can reliably derive such information, opening the way to identify multiple, group interactions that could play a key role in the regulation of genes," explains Nicodemi. "We can now ask whether a gene is contacted at the same time by all of its enhancers, or by each enhancer one at a time?", Beagrie says. "We know that many genes that are important for early development have multiple enhancers. But how and why they are acting to regulate genes remain unanswered questions."

Explore further: Study finds recurrent changes in DNA activate genes, promote tumor growth

More information: Robert A. Beagrie et al, Complex multi-enhancer contacts captured by genome architecture mapping, Nature (2017). DOI: 10.1038/nature21411

Genetic mutations can increase a person's cancer risk, but other gene "enhancer" elements may also be responsible for disease progression, according to new research out of Case Western Reserve University School of Medicine. ...

In cells, DNA is transcribed into RNAs that provide the molecular recipe for cells to make proteins. Most of the genome is transcribed into RNA, but only a small proportion of RNAs are actually from the protein-coding regions ...

Most of us would be lost without Google maps or similar route-guidance technologies. And when those mapping tools include additional data about traffic or weather, we can navigate even more effectively. For scientists who ...

A team of Cambridge researchers led by scientists at the Babraham Institute have discovered the hidden connections in our genomes that contribute to common diseases. Using a pioneering technique developed at the Babraham ...

Cells face a daunting task. They have to neatly pack a several meter-long thread of genetic material into a nucleus that measures only five micrometers across. This origami creates spatial interactions between genes and their ...

By the time they turn 50, half of European men have some degree of hair loss. For many, it will begin far earlier than that, and yet male pattern baldness is poorly understood.

A component of vertebrate neurons known as the axon initial segment (AIS) that is responsible for regulating the nerve cell's output has long been thought by scientists to have evolved relatively recently, and specifically ...

Researchers have uncovered new genetic clues to understanding IgA nephropathy (IgAN), or Berger's disease, an autoimmune kidney disease and a common cause of kidney failure. The findings are relevant to IgAN as well as other ...

A condition forcing people to involuntarily mirror movements in opposing limbs has been linked to a common developmental brain disorder.

Common knowledge says that genetic mutations are bad. This is true for most mutations of lipoprotein lipase (LPL), the enzyme in the blood responsible for the breakdown of lipoproteins, which allows tissue to utilize energy ...

Please sign in to add a comment. Registration is free, and takes less than a minute. Read more

See the article here:

A three-dimensional map of the genome - Medical Xpress - Medical Xpress

Mind’s Eye selfie challenge at Bill’s Restaurant, Horsham, today – West Sussex County Times

10:43 Thursday 09 March 2017

Come to Bills Restaurant in Horsham for your chance to support mental health charity Mind.

Danni Tresadern, 31, from Southwater is running a social media challenge for her father, Tony Cooper, who was diagnosed with Parkinsons and dementia with Lewy Bodies in 2013.

She is asking people to post a photo of their eyes on social media and make a donation to Mind, which has given invaluable support to her family.

From 10am to 2pm today, Danni and her supporters have turned an upstairs room at Bills into an eye makeup studio, with a photographer on hand.

They say your eyes are the window to your soul, she said, so I wanted to find a way people can express their inner beauty and support a worthy cause. To take part in the Minds Eye Challenge, all you have to do is take a close up picture of your eyes.

Id love to see people decorating their eyes.

It might be your most glamorous makeup routine, artistic design, words or slogans, stick-on gems or even prosthetics! Whatever means something personal to you. If youre not feeling creative then you could post the classic make-up free selfie too. Afterwards, upload the photo and share it on your social media account, along with the hashtag, #mindseyechallenge.

To donate 2 to Mind through the challenge, visit: http://www.mindseyechallenge.com/ or http://uk.virginmoneygiving.com/fundraiser-web/fundraiser/showFundraiserProfilePage.action?userUrl=DanniTresadern

Dont miss out on all the latest breaking news where you live.

Here are four ways you can be sure youll be among the first to know whats going on.

1 Make our website your homepage at http://www.wscountytimes.co.uk

2 Like our Facebook page at http://www.facebook.com/wscountytimes

3 Follow us on Twitter @wscountytimes

4 Register with us by clicking on sign in (top right corner). You can then receive our daily newsletter AND add your point of view to stories that you read here.

And do share with your family and friends so they dont miss out!

The County Times always the first with your local news.

Be part of it.

Follow this link:

Mind's Eye selfie challenge at Bill's Restaurant, Horsham, today - West Sussex County Times

Duck Hunt Meets Five Nights At Freddy’s In Stress Level Zero’s Next VR Game – UploadVR

Duck Season is easily my favorite premise for a VR game. For anyone in the age range of about 30-45, the upcoming release from Stress Level Zero will be a giant nostalgia trip with a freakytwist.

The 1980s are in full swing and my virtual living room looks like it fits perfectly into that time period. My mom brings home a copy of the popular game Duck Season as a one day game rental, and Im going to spend all day playing it on a giant box television. Thetoy gun for the game is sitting on the floor among a heap of game cartridges and VHS tapes. Most of these are playable, so I can grab a tape or one of the cartridges and check it out.

There is a copy of the game Sinatra, for example. I stick that in the game system and I quickly recognize the startup screen for Contra with Sinatra spelled out instead. The little mini-game is reminiscent of a cross between Michael Jacksons Moonwalker and Streets of Rage. A crying Sinatra pops up whenever I die.

When I get to the Duck Season cartridge I actually go inside the television. If I turn around I can see the little boy that is me staring back through the television screen. It is a bit trippy.I pick up my shotgun and start loading shells to take out the ducks flying back and forth. Between rounds a creepy dog pops up from the brush and starts dancing. So I shoot him, just like I did that laughing mutt from the original Duck Hunt.

This might have been a mistake.

Later, when it is near midnight and I leave the game world, the lighting in that living room has darkened. Now it looks like something straight out of a childhood nightmare. If I stare at objects around the room, like the clock, the sound I hear slowly changes into a more haunting version of itself. Imagine listening to the slight ticking of a clock until it is the only thing drumming inside your skull.

The various endings are determined by the players actions, wrote Stress Level Zeros Brandon Laatsch in an email. Some elements of the sound design are driven subjectively. Focusing on them causes you to hear them how your mind might imagine them rather than how they actually sound.

My skin starts to crawl and shivers run down my spine. I pick up the toy gun off the ground will that help me here in the real world? I peek out the window nervously, turn around for fear theres something hiding behind the couch and finally focus my attention on the door open a crack just to my left.

The dog is coming for me and Im so scared.

The designers behind this world are Stress Level Zero, creators of the multiplayer shooting game Hover Junkers [Review: 7/10], and I found myself experiencing a range of emotions from laughter to straight-up fear inside a short tour of the experience at the Game Developers Conference last week. The game will feature different endings depending on what you do, including one for those that dont shoot the dog. Laatsch says everyone shoots the dog though.

Stress Level Zero is planning to release Duck Season in the coming weeks. It is coming to SteamVR-compatible headsets with tracked controllers.

Tagged with: duck hunt, Duck Season, Stress Level Zero

Read more:

Duck Hunt Meets Five Nights At Freddy's In Stress Level Zero's Next VR Game - UploadVR

Hackers exploit Apache Struts vulnerability to compromise corporate web servers – Network World

Thank you

Your message has been sent.

There was an error emailing this page.

Attackers are widely exploiting a recently patched vulnerability in Apache Struts that allows them to remotely execute malicious code on web servers.

Apache Struts is an open-source web development framework for Java web applications. It's widely used to build corporate websites in sectors including education, government, financial services, retail and media.

On Monday, the Apache Struts developers fixed a high-impact vulnerability in the framework's Jakarta Multipart parser. Hours later, an exploit for the flaw appeared on Chinese-language websites and this was almost immediately followed by real-world attacks, according to researchers from Cisco Systems.

The vulnerability is very easy to exploit and allows attackers to execute system commands with the privileges of the user running the web server process. If the web server is configured to run as root, the system is completely compromised, but executing code as a lower-privileged user is also a serious security threat.

What's even worse is that the Java web application doesn't even need to implement file upload functionality via the Jakarta Multipart parser in order to be vulnerable. According to researchers from Qualys, the simple presence on the web server of this component, which is part of the Apache Struts framework by default, is enough to allow exploitation.

"Needless to say we think this is a high priority issue and the consequence of a successful attack is dire," said Amol Sarwate, director of Vulnerability Labs at Qualys, in a blog post.

Companies who use Apache Struts on their servers should upgrade the framework to versions 2.3.32 or 2.5.10.1 as soon as possible.

Researchers from Cisco Talos have observed "a high number of exploitation events." Some of them only execute the Linux command whoami to determine the privileges of the web server user and are probably used for initial probing. Others go further and stop the Linux firewall and then download an ELF executable that's executed on the server.

"The payloads have varied but include an IRC bouncer, a DoS bot, and a sample related to the bill gates botnet," the Talos researchers said in a blog post.

According to researchers from Spanish outfit Hack Players, Google searches indicate 35 million web applications that accept "filetype:action" uploads and a high percentage of them are likely vulnerable.

It's somewhat unusual that attacks have started so quickly after the flaw was announced and it's not yet clear whether an exploit for the vulnerability already existed in closed circles before Monday.

Users who can't immediately upgrade to the patched Struts versions can apply a workaround that consists of creating a Servlet filter for Content-Type that would discard any requests not matching multipart/form-data. Web application firewall rules to block such requests are also available from various vendors.

Lucian Constantin is an IDG News Service correspondent. He writes about information security, privacy, and data protection.

Sponsored Links

Original post:

Hackers exploit Apache Struts vulnerability to compromise corporate web servers - Network World

Dying: Reborn PSVR Review Should Have Stayed Dead – UploadVR

I have to admit I didnt expect much going into Dying: Reborn PSVR. Publisher Oasis Games previous efforts on PlayStation VR (PSVR) have ranged from the mediocre (Ace Banana)to the downright terrible (Weeping Doll and Pixel Gear), so you could forgive me for being skeptical that this would be a different story. Much to my surprise, though, I found myself starting to have a bit of fun with this cheesy B-movie style escape room game.

But, just as soon as it started, it was over.

You see, Dying: Reborn PSVR isnt the full game. Instead, its three excerpts from the first three levels of the full campaign, which does not support VR. It only takes about an hour to see through the VR content, if that. This would be fine if it was available as a free experience for PSVR owners that picked up the full game but, instead, Oasis Games has decided to charge for it, effectively making it a premium demo. If there was enough here to warrant a price then that might be less of a problem, but Dying: Reborn is sadly the same story were seeing with many early PSVR titles: too short and no depth.

Piecing together the games story is tricky when parts of it have been carved out, though the voice acting is one of its more enjoyable flaws. I know VR is in the early days akin to the original PlayStation, but that doesnt mean voice overs have to act like it. I laughed out loud listening to the dialogue, which makes Jill sandwiches sound like Shakespeare. Without the context of the entire game or even a proper ending, much of the narrative doesnt fit. You wont even see the amusing fish-headed villain thats on the front cover in the flesh, just as a silhouette through a TV screen (drinking a glass of wine, much to my delight).

Thats indicative of the entire game, too. Even sequentially; Id end one level by walking through one door and then start the next one off as if Id walked through another. I could tell sections had been cut out, for whatever reason, and I was getting an abridged version.

What is here isnt terrible, though. As far as escape room games go, I found Dying: Reborn struck a pretty nice balance between brain-teasers and progression. I was able to solve each of the games puzzles on my own (which speaks to their simplicity), though there were a few times Id find myself wandering up and down a corridor, unsure of what to do next.

While many of the challenges simply involve entering the correct number on a keypad, they still delivered in interesting ways. One was a grid that I had to select specific tiles on, for example, and it was used multiple times for different puzzles. The games never mind-bendingly clever, but there is a methodical satisfaction to progressing through the trials step-by-step, even if it never goes further than that.

Thats in spite of VR though. Though the simplistic graphics (a notable downgrade from the full game) help Dying: Reborns 3D effect, theres no real reason for the game to actually be played with a headset. The environments are largely static, with assets reused time and again, giving the whole thing a very Unity asset store feel. Though I appreciated being able to move in VR with a DualShock 4, this was far from a great example of the powerful emotions this technology can drum up.

Dying: Reborn PSVR has some fun puzzles to solve, but its far too short on substance to recommend to anyone. By carving out sections of the non-VR game, Oasis Games has created something a little like the games disturbing fish-headed protagonist; a hollow Frankensteins monster, brought to life with left overs. PSVR players deserve better.

Dying: Reborn PSVR is now available for $9.99.Read our Game Review Guidelinesfor more information on how we arrived at this score.

Tagged with: Dying: Reborn PSVR, Oasis Games, PlayStation VR

See the original post here:

Dying: Reborn PSVR Review Should Have Stayed Dead - UploadVR