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Heat-free optical switch would enable optical quantum computing chips


Credit: Lucas Schweickert
In a potential boost for quantum computing and communication, a European research collaboration reported a new method of controlling and manipulating single photons without generating heat. The solution makes it possible to integrate optical switches and single-photon detectors in a single chip.
Publishing in
Nature Communications, the team reported to have developed an optical switch that is reconfigured with microscopic mechanical movement rather than heat, making the switch compatible with heat-sensitive single-photon detectors.
Optical switches in use today work by locally heating light guides inside a semiconductor chip. This approach does not work for quantum optics, says co-author Samuel Gyger, a PhD student at KTH Royal Institute of Technology in Stockholm. ....

Nordrhein Westfalen , Upper Austria , Samuel Gyger , Errando Herranz , Carlos Errando Herranz , European Union Horizon , Linz Institute Of Technology , Alice Wallenberg Foundation , Massachusetts Institute Of Technology , Austrian Science Fund , Johannes Kepler University , Swedish Research Council , Publishing In Nature Communications , Royal Institute Of Technology , Paderborn University , Nature Communications , European Quantum Flagship , European Union , Austrian Science , Professor Val Zwiller , Professor Klaus , Massachusetts Institute , Linz Institute , Technology Engineering Computer Science , Computer Science , System Security Hackers ,

Researchers introduce a new generation of tiny, agile drones


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IMAGE: Insects remarkable acrobatic traits help them navigate the aerial world, with all of its wind gusts, obstacles, and general uncertainty.
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Credit: Courtesy of Kevin Yufeng Chen
If you ve ever swatted a mosquito away from your face, only to have it return again (and again and again), you know that insects can be remarkably acrobatic and resilient in flight. Those traits help them navigate the aerial world, with all of its wind gusts, obstacles, and general uncertainty. Such traits are also hard to build into flying robots, but MIT Assistant Professor Kevin Yufeng Chen has built a system that approaches insects agility. ....

Zhijian Ren , Pakpong Chirarattananon , Kevin Yufeng Chen , Siyi Xu , Daniel Ackerman , City University Of Hong Kong , Research Laboratory Of Electronics , Harvard University Ph , Department Of Electrical Engineering , News Office , Professor Kevin Yufeng Chen , Electrical Engineering , Computer Science , Research Laboratory , Harvard University Phd , City University , Hong Kong , Technology Engineering Computer Science , Multimedia Networking Interface Design , Software Engineering , Theory Design , Robotry Artificial Intelligence , டேனியல் அக்கர்மன் , நகரம் பல்கலைக்கழகம் ஆஃப் ஹாங் காங் , ஆராய்ச்சி ஆய்வகம் ஆஃப் மின்னணுவியல் , ஹார்வர்ட் பல்கலைக்கழகம் பீயெச் ,

Helping soft robots turn rigid on demand


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IMAGE: A simulated soft robot controlled to reach the same target (red dot) while acting either soft (left) or stiff (right).
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Credit: Courtesy of James Bern and Daniela Rus
Imagine a robot.
Perhaps you ve just conjured a machine with a rigid, metallic exterior. While robots armored with hard exoskeletons are common, they re not always ideal. Soft-bodied robots, inspired by fish or other squishy creatures, might better adapt to changing environments and work more safely with people.
Roboticists generally have to decide whether to design a hard- or soft-bodied robot for a particular task. But that tradeoff may no longer be necessary. ....

Daniela Rus , Daniel Ackerman , Artificial Intelligence Laboratory , News Office , International Conference On Soft Robotics , James Bern , Soft Robotics , Erna Viterbi Professor , Electrical Engineering , Computer Science , Mathematics Statistics , Algorithms Models , Technology Engineering Computer Science , Multimedia Networking Interface Design , Software Engineering , Theory Design , Research Development , Robotry Artificial Intelligence , டேனீலா ரஸ் , டேனியல் அக்கர்மன் , செயற்கை உளவுத்துறை ஆய்வகம் , செய்தி அலுவலகம் , சர்வதேச மாநாடு ஆன் மென்மையான ரோபாட்டிக்ஸ் , ஜேம்ஸ் பெர்ன் , மென்மையான ரோபாட்டிக்ஸ் , ஏர்ன விட்டர்பி ப்ரொஃபெஸர் ,

A Thousand Brains introduces a novel theory of intelligence


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IMAGE: What is intelligence? Every human ability, from science, engineering, and agriculture, to art and literature, is created by the cells in our heads. How simple cells create our intelligence is.
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Credit: JACKE T IMAGES © ALEXSL / E+ VIA GETTY IMAGES;
© DMITRI GOMON / SHUTTERSTOCK.COM
JACKET © 2021 HACHETTE BOOK GROUP, INC.
REDWOOD CITY, CA - March 3, 2021
A Thousand Brains is divided into three parts. In Part 1, Hawkins describes the new theory and the neuroscience behind it. In Part 2, he explains how this theory will lead to truly intelligent machines. Finally, in Part 3, Hawkins describes how a deep understanding of intelligence and AI will affect the future of humanity. ....

Michael Hasselmo , Anthony Zador , Jeff Hawkins , Henry Markram , Jeff Hawkin , Richard Dawkins , Basic Books , National Academy Of Engineering , Boston University Center , Cold Spring Harbor Laboratory , Redwood Neuroscience Institute , Athousand Brains , New Theory , Cold Spring Harbor , Human Brain , National Academy , Cell Biology , Algorithms Models , Theoretical Sciences , Technology Engineering Computer Science , Computer Science , Research Development , Robotry Artificial Intelligence , ஜெஃப் ஹாக்கின்ஸ் , ஜெஃப் ஹாக்கின் , ரிச்சர்ட் டாக்கின்ஸ் ,