Your favorite films just got a lot shorter.
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DARPA funds the Atoms-to-Products program that aims to maintain quantum nanoscale properties at the millimeter scale of microchips.
The main goal of the atoms-to-products program is to create technology and processes needed to create nanometer-scale pieces, with dimensions almost the size of atoms, into components and materials only millimeter scale in size. And to spur developments in the program DARPA has now posed the challenge to 10 laboratories across the nation.
To get the full benefits of nanoscale engineering at the millimeter scale, the organization has partnered with Intelligent Materials Solutions. “Our initial project will be to control infrared light by assembling nanoscale particles into finished components that are one million times larger,” explains Adam Gross, the team leader working closely with Christopher Roper to bring the Atoms-to Products project to fruition.
LG Display has a prototype 18-inch screen it’s showing off at the Consumer Electronics Show this week that rolls up like a piece of paper. The technology builds on LG’s forward-looking OLED work focusing on bendable, rollable, and curving displays. The company showed similar technology last year as a proof of concept, but kept images behind closed doors. Now LG looks ready to show the world.
We’ve seen this type of concept display from the likes of Sony, Samsung, Sharp, and others in the past. However, it does indicate that LG sees these types of futuristic displays as differentiation points for smartphones, tablets, and TVs. LG envisions these types of screens rolling up into our pockets or being made to wrap around interior spaces, and the company will show off a 25-inch curved screen installed on the inside of a car at its Auto Zone section on the show floor.
We’ll get a closer look at the newspaper-like screen in a couple of days, as well as a new 55-inch “paper thin” TV that has all its electronics installed independently, according to LG. So check back in with The Verge for LG coverage and everything else CES-related throughout the week.
Mark Zuckerberg wants to live a bit more like Tony Stark. In a post on Facebook this afternoon, Zuckerberg wrote that he intends to build an AI that can run his home and present him with virtual reality visualizations of his work. “You can think of it kind of like Jarvis in Iron Man,” Zuckerberg writes.
Zuckerberg’s vision starts basic but gets a lot more ambitious. “I’m going to start by exploring what technology is already out there,” he writes. That should be able to handle his initial goals, like controlling “music, lights, temperature, and so on.” He also wants this system to recognize when friends are at the front door and let them in, alert him if his newborn daughter needs attention, and to do all of this only when it recognizes the person speaking. For the most part, that’s all doable even for the non-billionaire home builder. Zuckerberg has already found one product that he likes: “For just music, the Amazon Echo is pretty great. It’s been very useful for controlling music with my voice while both hands are occupied taking care of Max.”
The more challenging aspects of the project include making it work without direct input by him or Priscilla Chan, his wife. “I’m very interested in using voice and face recognition to set lights and temperature as well depending on who is in what rooms, etc,” he writes. “For example, I like rooms colder than Cilla, and but it’s possible to just see who is in what room and adjust the temperatures automatically.”
Patients needing surgery to reconstruct body parts such as noses and ears could soon have treatment using cartilage which has been grown in a lab.
The process involves growing someone’s cells in an incubator and then mixing them with a liquid which is 3D printed into the jelly-like shape needed.
It is then put back in an incubator to grow again until it is ready.
Three research groups, working independently of one another, reported in the journal Science on Thursday that they had used the Crispr-Cas9 technique to treat mice with a defective dystrophin gene. Each group loaded the DNA-cutting system onto a virus that infected the mice’s muscle cells, and excised from the gene a defective stretch of DNA known as an exon.
Without the defective exon, the muscle cells made a shortened dystrophin protein that was nonetheless functional, giving all of the mice more strength.
The teams were led by Charles A. Gersbach of Duke University, Eric N. Olson of the University of Texas Southwestern Medical Center and Amy J. Wagers of Harvard University.
Mosquito-borne disease affecting millions has had no approved vaccine until now
When female Aedes Aegypti mosquito sups on the blood of its human victims it too often deposits the virus that causes dengue, causing as many as 400 million infections per year worldwide. Severe forms of the painful, flu-like disease can be fatal, especially among children. And until recently there has been no truly effective prevention except avoiding getting bit. But the outlook against the disease is looking better.
During the past month Dengvaxia, developed by the French pharmaceutical company Sanofi, has been approved for use in three countries: Mexico and the Philippines approved the vaccine earlier this month. This week, the company also announced the drug has received the green light in Brazil, which has seen more than 1.4 million cases of the disease in 2015. Exactly when the inoculations will be deployed—and at what price—remains unclear as terms of the vaccine are being negotiated between the company and the countries.
https://youtube.com/watch?v=iXcfm10bvZo
If nanotechnology continues to advance as experts expect, within 30 years it could give us ‘superhuman’ abilities. For example, we could survive for hours without needing to breathe.
In late May, mathematician Eric Weinstein gave a talk at Oxford University about his ideas about “Geometric Unity,” a mathematical theory that purports to explain why the universe works the way it does. Weinstein He earned a 1992 Ph.D [in Mathematical Physics from Harvard University and has since held a Lady Davis Fellowship in the Racah Institute ofPhysics at Hebrew University, an NSF fellowship in the mathematics Department of MIT.
