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Computing and robotics

The University of Michigan Faculty of Engineering team recently developed a chip that will make end devices smart. The head of the laboratory, Prof. David Blau, gave a lecture last week at the ChipEx2022 conference about the chip and the way it was developed. interview.
The program will focus on building infrastructure and developing capabilities in areas such as bioengineering devices, bioprinting, tissue engineering, environmental microbiome, synthetic biology and more...
As part of its roadmap for the quantum era, the computing giant will introduce a quantum processor with 433 qubits this year, a processor with over a thousand qubits next year, and a processor with more than 2025 qubits and parallel work capacity in 4,000 - to take quantum computing out of the laboratory and into the practical world
What happened to the maker who upgraded a microwave and injected it with an artificial intelligence component. Did the device understand what it was doing?
Dror Bin, CEO of the Innovation Authority: "The Innovation Authority sees great importance in promoting the field of robotics in the State of Israel. Developing and strengthening capabilities in the field of robotics may give the relevant companies a significant competitive advantage in the sale of advanced robotic systems in the world market, both as complete systems and as an important component in autonomous systems produced by third parties."
A study by researchers from Ariel University published in the Astrophysical Journal used deep learning to analyze the radiation data from communication satellites that NASA has been collecting since the 96s and succeeded with the help of machine learning in predicting solar storms up to XNUMX hours before they began to affect Earth * The research was done with the support of an agency Israeli space
The British investment bank is interested in recruiting quantum computing scientists and training internal teams to develop applications for pricing and optimization of stock portfolios, risk analysis and fraud prevention
 The collaboration will allow organizations to explore the possibilities inherent in quantum software even before dedicated hardware has appeared. Today's quantum computers are still limited to a few qubits, and as the number of qubits increases, so does the noise, so simulation on "normal" computers is required
This is what Zvi Or-Bach, CEO of MonolithIC 3D fears, following an article by Alibaba engineers that shows that they succeeded in speeding up AI applications a thousand times using chips with old technologies * In an interview we conducted with him, he explains that the miracle was done by laying the memory chip on the processor, that is, a XNUMXD chip that uses a XNUMXD architecture different
Ukraine was prepared not only for the physical war being waged there, but also for cyber war. This explains, among other things, the request of the Ukrainian government from Elon Musk for modems for the Starlink space internet systems
Shah said these things during a panel on robotics that will empower humans instead of replacing them at the AAAS annual conference that took place recently online. necessarily replace them
Does the picture change? Artificial neural networks will have a hard time deciphering it
Will terrifying robots be able to curb the spread of the gambosia fish, one of the most problematic invasive species in the world, and the environmental damage it causes?
Scientists from Ben-Gurion University have developed an algorithm that locates sequences in DNA, with the help of which the hereditary material can be replicated in the cell. This multidisciplinary method will enable the design of personalized innovative drugs in the future
Scientists at the Technion and the University of Bonn present the factors that dictate the maximum speed of quantum computations. This is through an experiment that uses quantum "matter waves".
The new consortium includes leading robotics companies and academic researchers in the fields of artificial intelligence, computer science and behavioral science, with the aim of developing an innovative HRI infrastructure, to address the need for close interaction between robotic systems and natural communication of human users
The biometric lock is considered the smartest lock known to mankind, controlled by a dedicated fingerprint. Now its degree of safety and effectiveness are in doubt
The development of nanocomputers that will be used in precision health applications has been the dream of many scientists. Now, for the first time ever, Penn University researchers have succeeded in developing a type of nanocomputer capable of controlling the activity of a specific protein involved in cell movement and cancer development.
The international company has been using Classic's platform for several months in order to build unique quantum algorithms for assessing credit risks
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