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A World-First Multinode Network Just Took Us Closer to The Elusive Quantum Internet

BEN TURNER, LIVE SCIENCE
4 MAY 2021
Scientists have gotten one step closer to a quantum internet by creating the world s first multinode quantum network.
Researchers at the QuTech research center in the Netherlands created the system, which is made up of three quantum nodes entangled by the spooky laws of quantum mechanics that govern subatomic particles. It is the first time that more than two quantum bits, or qubits that do the calculations in quantum computing have been linked together as nodes or network endpoints.

Researchers expect the first quantum networks to unlock a wealth of computing applications that can t be performed by existing classical devices - such as faster computation and improved cryptography. ....

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quantum computer | NextBigFuture.com

Microsoft’s Quantum Lab located at the University of Sydney made breakthroughs in qubit control technology that allow us to scale beyond the physical limitations of current conventional systems. They now have the ability to control up to 50,000 qubits through … ....

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Quantum computer solves a problem 3 million times faster than classical computer

Quantum computer solves a problem 3 million times faster than classical computer
Updated:
Updated:
February 25, 2021 17:01 IST
The problem solved is a real-world calculation resolved by 2016 Physics Nobel Prize winners who studied exotic magnetism, a behaviour that occurs in quantum magnetic systems.
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Quantum computer solves a problem 3 million times faster than classical computer.
| Photo Credit: Special Arrangement
The problem solved is a real-world calculation resolved by 2016 Physics Nobel Prize winners who studied exotic magnetism, a behaviour that occurs in quantum magnetic systems.
(Subscribe to our Today s Cache newsletter for a quick snapshot of top 5 tech stories. Click here to subscribe for free.) ....

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Physicists Propose a 'Force Field' to Protect Sensitive Quantum Computers From Noise

Physicists Propose a Force Field to Protect Sensitive Quantum Computers From Noise
19 FEBRUARY 2021
Creating a quantum computer requires an ability to stroke the edges of reality with the quietest of touches. Too much noise and the delicate state of the system collapses, leaving you with a very expensive paperweight.

One way to reduce the risk of this occurring is to build in checks and balances that help to shield the blurred state of reality at the core of quantum computers - and now scientists have proposed a new way to do just that.
Theoretical physicists from RWTH Aachen University in Germany have proposed what s known as a synthetic magnetic field , which they think could help protect the fragile qubits needed in a quantum computer. ....

John Preskill , Anja Metelmann , Daniel Gottesman , Alexeir Kitaev , Aachen University , Physical Review , டேனியல் கோத்டேஸ்மான் , ஆச்சென் பல்கலைக்கழகம் , உடல் விமர்சனம் ,

Scientists Achieve 'Transformational' Breakthrough in Scaling Quantum Computers

Scientists Achieve Transformational Breakthrough in Scaling Quantum Computers
2 FEBRUARY 2021
Scientists have developed a new kind of cryogenic computer chip capable of functioning at temperatures so cold, it approaches the theoretical limit of absolute zero.
This cryogenic system, called Gooseberry, lays the groundwork for what could be a revolution in quantum computing – enabling a new generation of machines to perform calculations with thousands of qubits or more, whereas today s most advanced devices comprise only dozens.

The world s biggest quantum computers currently operate with just 50 or so qubits, explains quantum physicist David Reilly from the University of Sydney and Microsoft s Quantum Laboratory. ....

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