Ever wanted to be a paid hacker? Well, here is your chance.
In an effort to enhance cybersecurity, FCA is working with Bugcrowd to pay out bounties for hackers who find systems exploits. They will pay up to $1,500.
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Ready for the strange? Here you go.
If you aren’t already purchasing organic or GMO-free rice, you should be. Rice that has been engineered with actual human genes is on its way to a supermarket near you. In Junction City, Kansas, this human gene-tainted rice is being grown on 3,200 acres by the biotechnology company Ventria Bioscience.
Ventria began cultivating this rather horrifying product in 2006 with human liver genes. What exactly was the purpose of this, you ask? Their intention was to harvest the artificial enzymes produced by the rice and use them in pharmaceuticals. Ventria has taken one of the most widely grown and consumed crops and turned it into the base for new prescription drugs — all with USDA approval, of course.
Their decision to allow plants intended for pharmaceuticals to be grown outdoors has not gone without protest. Ventria initially wanted to plant their “crops” — if you can call them that anymore — in Missouri. However, they were met with staunch opposition from Anheuser-Busch and others, who promptly threatened to boycott all rice from the state if the biotechnology planted their GMO rice within the state’s borders. Eventually though, Ventria found a place to settle in Kansas. In 2007, Jane Rissler from the Union of Concerned Scientists (UCS) told the Washington Post, “It is unwise to produce drugs in plants outdoors.”
The constant battle between pathogens and their hosts has long been recognized as a key driver of evolution, but until now scientists have not had the tools to look at these patterns globally across species and genomes. In a new study, researchers apply big-data analysis to reveal the full extent of viruses’ impact on the evolution of humans and other mammals.
Their findings suggest an astonishing 30 percent of all protein adaptations since humans’ divergence with chimpanzees have been driven by viruses.
“When you have a pandemic or an epidemic at some point in evolution, the population that is targeted by the virus either adapts, or goes extinct. We knew that, but what really surprised us is the strength and clarity of the pattern we found,” said David Enard, Ph.D., a postdoctoral fellow at Stanford University and the study’s first author. “This is the first time that viruses have been shown to have such a strong impact on adaptation.”
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Yikes.
Britain’s railway network is notoriously overpriced, overcrowded, and experiences frequent delays. Now cyberattacks are threatening to turn the morning commute into a deathtrap as well.
The world’s oldest railway system has been the victim of four major cyberattacks in the past year alone, security experts claim.
Hackers, thought to be computer specialists working for foreign governments, are believed to be behind the online aggression, which could allow them to take control the railway’s physical infrastructure.
I can assure you for each person leaving Boston; there are at least 1 to 3 people leaving SV for places like NYC, Austin, Memphis, NC, and Boston due to the appeal of SV has worn off.
The “ Scoring Tech Talent” report shows that Boston has the largest brain drain out of 40 cities in the country, with more than 17,200 people with tech-focused degrees having left the city between 2011 and 2015.
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The researchers say that the monochrome painting — a dime’s width across — is a proof-of-concept that the extremely precise technique can be used to build nanoscale chip-based devices like computer circuits, conductive carbon nanotubes, and for extremely efficient targeted drug delivery.
In order to reproduce the painting, the researchers used a technique first described by Rothemund and colleagues at IBM in 2009. The first step of the process involves folding DNA strands to create the desired shape, with short “staple strands” being used to literally staple the molecules. Then this pattern, which, at this stage, is floating in a saline solution, is poured into patches on a chip whose shapes match the DNA origami’s.
The folded DNA now acts as scaffolding onto which researchers then install fluorescent molecules inside microscopic light sources called photonic crystal cavities (PCC) — much like putting light bulbs into lamps.
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Quantum is Coming
Posted in computing, encryption, quantum physics
Tech making fashion industry cleaner and greener.
Suzanne Mancini, Rhode Island School of Design
Chemical waste, mass production and consumerism are all byproducts of an industrialized global economy.
The fashion industry is no different. Technology has helped the industry meet growing demand by making production more efficient. At the same time, vast overproduction – propelled by fast fashion’s demands for new styles – has led to a host of additional problems: increased chemical waste during production, along with thousands of tons of waste from worn, discarded or donated clothes.
Over the past several years, Northwestern Engineering’s Michael Jewett did the seemingly impossible. He overcame the critical barrier to making mutant ribosomes, the core catalyst in cells that are responsible for life.
Now, with funding from the Department of Defense’s Multidisciplinary University Research Initiatives (MURI) program, Jewett is ready to take this research to the next level. Along with a multi-school team, he plans to use engineer and repurpose the ribosome to make new kinds of polymers for flow batteries.
“We are in a new era of biomaterial design,” Jewett said. “So far, the ribosome has been this untouchable biomolecular machine — one that we couldn’t engineer or modify. Now, armed with recent advances in our ability to construct new versions, new applications may only be limited by our imagination.”
The MURI grant joins researchers from Northwestern, University of Illinois at Urbana-Champaign, University of Texas at Austin, and Georgia Institute of Technology who will work together to develop new types of electrical materials for battery storage. By using biological catalysts, the team aims to produce materials for sustainable, rechargeable batteries that are currently impossible to make chemically.
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