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Circa 2016

It is known that faster-than-light (FTL) transmission of energy could be achieved if the transmission were considered in the framework of non-relativistic classical mechanics. Here we show that FTL transmission of energy could also be achieved if the transmission were considered in the framework of non-relativistic quantum mechanics. In our transmission protocol a two-spin Heisenberg model is considered and the energy is transmitted by two successive local unitary operations on the initially entangled spins. Our protocol does not mean that FTL transmission can be achieved in reality when the theory of relativity is considered, but it shows that quantum entanglement can be used in a recyclable way in energy transmission.

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Known for giving classic Porsche cars second lives as modern-day beauties, LA-based Singer Vehicle Design is sharpening its competitive edge. It has teamed up with some of the masterminds behind Porsche’s most successful rally cars in building up a modern 911 off-roader fit to compete in the likes of Dakar and the Baja 1000. And boy will this carbon-bodied 911 look good doing it.

The idea for what Singer calls the All-Terrain Competition Study (ACS) came from a client who inquired about the possibility of transforming his air-cooled 964-gen Porsche 911 into an off-roader built to race and explore. The request diverged quite dramatically from what Singer was used to discussing with clients, so the company reached for some reinforcements by way of rally Porsche expert Richard Tuthill of Oxfordshire, UK-based Tuthill Porsche, teaming up on a car inspired by Dakar-winning Rothmans 911 SC/RS and 959 rally cars of the mid-80s.

Tuthill’s experience with competitive all-terrain Porsches spans generations. Richard is the son of Francis Tuthill, the rally driver who had a hand in preparing (and repairing) the Rothmans 911 SC/RS rally cars. That experience grew into a company, and the apple landed quite close to the tree. Richard and crew specialize in preparing race-ready Porsche cars for both off-road and race track, and their cars have taken home recent victories in events like the East African Safari Classic and FIA WRC R-GT championship.

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Hey it’s Han from WrySci HX coming to you with exciting news out of Johns Hopkins University. A man was able to control two robotic arms simultaneously via a brain computer interface to the point of feeding himself. Amazing stuff! More below ↓↓↓

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RELATED: HUAWEI LAUNCHES WORLD’S MOST POWERFUL AI PROCESSOR

Optical micro-combs.

The invention could revolutionize neural networks and neuromorphic processing in general. “This breakthrough was achieved with ‘optical micro-combs’, as was our world-record internet data speed reported in May 2020,” said in a statement Swinburne’s Professor David Moss.

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A new deep-learning algorithm could provide advanced notice when systems — from satellites to data centers — are falling out of whack.

When you’re responsible for a multimillion-dollar satellite hurtling through space at thousands of miles per hour, you want to be sure it’s running smoothly. And time series can help.

A time series is simply a record of a measurement taken repeatedly over time. It can keep track of a system’s long-term trends and short-term blips. Examples include the infamous Covid-19 curve of new daily cases and the Keeling curve that has tracked atmospheric carbon dioxide concentrations since 1958. In the age of big data, “time series are collected all over the place, from satellites to turbines,” says Kalyan Veeramachaneni. “All that machinery has sensors that collect these time series about how they’re functioning.”

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Before the pandemic, the lab of Stanford University biochemist Peter S. Kim focused on developing vaccines for HIV, Ebola and pandemic influenza. But, within days of closing their campus lab space as part of COVID-19 precautions, they turned their attention to a vaccine for SARS-CoV-2, the virus that causes COVID-19. Although the coronavirus was outside the lab’s specific area of expertise, they and their collaborators have managed to construct and test a promising vaccine candidate.

“Our goal is to make a single-shot vaccine that does not require a cold-chain for storage or transport. If we’re successful at doing it well, it should be cheap too,” said Kim, who is the Virginia and D. K. Ludwig Professor of Biochemistry. “The target population for our vaccine is low-and middle-income countries.”

Their vaccine, detailed in a paper published in ACS Central Science (“A Single Immunization with Spike-Functionalized Ferritin Vaccines Elicits Neutralizing Antibody Responses against SARS-CoV-2 in Mice”), contains nanoparticles studded with the same proteins that comprise the virus’s distinctive surface spikes.

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The rover won’t land on the Red Planet until May.

China’s Tianwen-1 Mars orbiter and rover are speeding toward the Red Planet and preparing to arrive on Feb. 10, the China National Space Administration (CNSA) has said.

Tianwen-1 has been in space for nearly 24 weeks and was around 81 million miles (130 million kilometers) from Earth and 5.15 million miles (8.3 million km) from Mars on Jan. 3 Beijing time, according to CNSA.

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