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The brains behind Britain s Quantum leap

The brains behind Britain’s quantum leap Sir Peter Knight is leading the race to develop computers so powerful that they could change the course of history 8 March 2021 • 6:00am “Moore’s Law,” says Sir Peter Knight, referring to the exponential growth in computing power that has defined our age, “is coming to an end.” He should know. As one of the country’s most lauded physicists, he understands at a molecular level the limitations silicon chips are bumping up against now that they can each house a staggering 1.2 trillion transistors. “The process simply can’t be made much smaller.” Fortunately, he says, a relay is waiting to pick up the baton and supercharge computing even as silicon stalls – a technology so powerful that its advocates say it could solve currently impossible problems, riding to man’s rescue on climate change and unlocking the unlimited energy of nuclear fusion.

Spending on Quantum Tech on the Upswing

Spending on Quantum Tech on the Upswing ALGORITHMIC WARFARE INFOTECH 2/26/2021 Illustration: Getty Investments in quantum technology which use the manipulation of neutrons, photons, electrons and protons to perform tasks are increasing worldwide and will reach $10 billion by 2024, according to an expert. “The security implications of quantum technologies, as well as the expected advantage in computing and sensing have caught the interest of the world’s governments,” said Gabe Lenetsky, business development engineer at Keysight Technologies. China has poured billions of dollars into its quantum programs, he said during a January webinar hosted by BrightTALK. Other countries accelerating their investments include Germany, the Netherlands, Canada, and several Asia-Pacific nations including Japan.

Researchers report advance in quantum processing

Researchers report advance in quantum processing By: Richard C. Lewis  |  2021.02.24  |  06:20 pm Diamonds have been admired for their beauty, but they may have an even more practical application. A team of theoretical physicists, led by the University of Iowa, report that diamonds may be used to speed up computer search algorithms, decode encrypted messages, or provide highly-secure communications by manipulating information at the quantum level the microscopic world inhabited by atoms and sub-atomic elementary particles. In a new study, the physicists predict coupling defects in the atomic arrangement of diamonds to small magnets will advance qubits, which exploit quantum mechanics to process information more efficiently than ordinary computer bits.  

SPIE Quantum West präsentiert hochkarätige Persönlichkeiten aus der Industrie

SPIE Quantum West präsentiert hochkarätige Persönlichkeiten aus der Industrie
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