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TechCrunch article In the past year, Microsoft and Google have been quietly experimenting with quantum computing technologies.

The latest of these is a new way of using photons, the quantum particles that create light.

While some believe the new quantum technology will eventually make computing faster, others are worried that quantum computing could become the new “killer app” that makes it hard for a company to compete.

The latest buzz about quantum computing has come from Google, which has been working on a new type of quantum computer.

In the new computer, light would be sent to a quantum computer, where it would be split into two particles.

The photons would then recombine and be emitted in the same direction as the light.

The new quantum computer would be capable of solving problems like the problem of finding the mass of a proton.

The new technology is being developed by the University of Washington’s quantum-computing lab, called Quantum Lab.

It was founded by UW professor of chemistry and biological sciences Dan Gentry.

Gentry said the lab was born out of a desire to help scientists solve problems they were facing and was designed to address these problems in a way that was efficient and scalable.

“It’s a big leap forward for quantum computing,” Gentry told TechCrunch.

“It’s going to take some time for quantum computers to get to the level where we’re seeing in the market now.

But it’s coming.

We’re very excited about it.

We see it as a big deal for the field.”

The quantum computer in question is called a supercomputer.

The University of California, Berkeley, recently released a video about its supercomputer, called a quantum machine.

In it, scientists simulate the supercomputer’s performance using quantum theory, a way of describing the way that quantum particles behave.

A supercomputer can do calculations that require a great deal of power, like solving complex problems, but it can also be used to solve problems that require less computing power, such as finding a mass of an atom.

The supercomputer will likely have a number of computing cores, and it will use a method called “quantum associative memory” that will allow it to store and manipulate data more efficiently than conventional computers.

According to the University at Albany, the supercomputing research is being funded by a grant from the Defense Advanced Research Projects Agency (DARPA), which is tasked with developing new technologies to help the military, the U.S. intelligence community, and other organizations use quantum computing.

DARPA’s supercomputers include a supercomposite processor and a superconducting quantum computer that’s capable of doing much more than classical computers.

The University at Buffalo, in Buffalo, New York, also announced it is working on quantum computing research, but its researchers said they are focused on making it more efficient and less expensive than the superconductors and processors they were working with.

In addition, the university said it plans to use quantum technology to improve its own equipment and make quantum computing accessible to anyone.

In a statement, the University said its quantum computing technology is based on quantum theory.

“Our research aims to demonstrate that quantum computation can be used for real-world applications,” the statement said.

“The goal is to make quantum computation a widely-used, commercially viable and scalable technology, both for applications in the aerospace industry and in the energy industry.”

In terms of what the new technology could mean for the future of computing, the New York Times recently reported that quantum technologies could make it possible to make “a computer chip with a tiny footprint that can process data at a fraction of the cost and at a rate that would make it practical for small to medium companies to produce their own chips.”