Physicists have demonstrated that photons can be made to interact with each other, creating what is, in effect, a new form of light. This development could help with the creation of quantum computers.
Google has announced a new quantum processor design. Known as Bristlecone, the chip is being designed as a "testbed" for quantum research. The company said it's "cautiously optimistic" that Bristlecone will allow it to achieve quantum supremacy.
Microsoft's announced the first set of updates for its Quantum Development Kit, an early version of a software suite that lets developers write apps for quantum computers. The new release improves performance by up to 5x, accelerating development.
Technologists have developed a quantum speed-up algorithm for machine learning. The effect will be to enable artificial intelligence system to think faster.
Researchers have announced a "complete" design for a quantum silicon computer chip. The component allows quantum calculations to be run on existing semiconductor components. The blueprint shows how a quantum computer could be made from standard tech.
Microsoft's launched a preview of its quantum development kit. The set tools include a quantum programming language designed to help developers get started with quantum models. It includes everything needed to run quantum programs on a regular computer.
Accenture has announced an undisclosed minority investment and strategic alliance with quantum computing company 1QBit through its Ventures arm. It expects the partnership to help it "expand its capabilities" in quantum computing analytics.
Microsoft has announced it's ready to put its full support behind quantum computing and wants to encourage developers to follow its lead. The company has created a new programming language so coders can write their first quantum programs.
Washington -
Chinese scientists have pulled off a major feat with one of the sub-atomic world's weirdest phenomena: photons that behave like twins and experience the same things simultaneously, even over great distances.
IBM has announced a new quantum processor that runs at 17-qubits, a notable performance improvement for the company. It brings IBM a step closer to creating quantum computers with more power than the very fastest traditional PCs.
Bejing -
China launched the world's first quantum satellite on Tuesday, state media reported, in an effort to harness the power of particle physics to build an "unhackable" system of encrypted communications.
Google has developed a working quantum supercomputer that has 100 million times greater performance than a typical desktop machine. D-Wave can compute in a second what a standard desktop would take 10,000 years to do.
Intel has announced that it is making a long-term investment into the development of quantum computing systems. It will contribute $50 million over the next 10 years to help shape the future of computing for when semi-conductors are obsolete.
Researchers have developed a new kind of neural circuit that uses memristor technology to replicate the complex human brain. The "intelligent" circuit was able to perform some human tasks that computers usually struggle at, such as image classification.
Technologists have shown that information stored as quantum bits can be "exponentially compressed" without losing information. This technological feat will be useful for a new generation of communications and computer storage.
Princeton University -- A researcher has discovered a method in altering a single electron without disturbing the trillions of electrons surrounding it. This discovery is a quantum leap forward in the future of computing.
Researchers at the University of Michigan have succeeded in getting two atoms to communicate, even at a distance from each other. This provides great insight into creating what has been called the "Quantum Internet".
In a quantum mechanical sleight of hand, Harvard physicists have shown that they can not only bring a pulse of light to a complete halt, but also resuscitate the light at a different location and let it continue on its way.
In string theory, physicists tell us that the subatomic particles that make up our universe are created within ten spatial dimensions (plus an additional dimension of time).....but how to imagine them?
