‘D-Wave’ computer will ‘be used to build the next generation of supercomputers’

The ‘D’ of ‘d-Wave’, the quantum computing technology used to create a new generation of quantum computers, is now a real part of our lives.

D-Wave is now used by the US Department of Defense, NASA, the National Security Agency, and others, according to the US military’s chief technology officer.

D+Wave will be used by governments and corporations, according the DARPA chief technology engineer. 

“D-wave is the first quantum computer ever to be built and will be utilized in some form by governments, corporations, and intelligence agencies around the world,” said Doug Aaronson, DARPA’s chief technological officer. 

D-waves are a new quantum computer technology developed by D-Tech that combines the power of quantum mechanics with a number of key features, including its ability to operate in two dimensions, quantum entanglement, and a “superposition” of states. 

The ‘D’-Wave computer is a device that uses quantum mechanics to make a measurement and generate a result in a second quantum measurement, which can be stored in a memory chip. 

This will be the first time that this type of device has ever been built. 

It was originally developed in the United Kingdom and has a number to be expected, including “two qubits”, the quantum equivalent of a computer’s number of bits, and “eight qubits”. 

But it also has two “two-qubit” machines that work on the basis of two qubits. 

Both machines are expected to be the same size and operate on the same core architecture, meaning they will be built on the principle of two independent computers. 

These machines will be connected via fiber optics and connected to a data network via fiber-optic cables. 

What this means is that, like the “d-wave” machines previously described, these devices will operate in a “one-to-one” correspondence with one another. 

However, unlike the “D-s” of quantum physics, the “C” of “d” means “class” and “class C” is “supercomputer”. 

“The two-qubits can be combined to form the first of what will be D-waves, but it is still early days,” said Aarzon. 

“[The D-wave] has been designed to run on the first-generation quantum computer architecture, and the first D-s have been built, but the rest of this is a very early stage.” 

The D+W machines are being developed by a group called the Defense Advanced Research Projects Agency (DARPA), which is working to develop an “all-out” quantum computer, which will be able to perform “a wide range of quantum computations” for “a variety of applications, including advanced information processing, quantum networking, and security”. 

D+Wave is described as a quantum computer that combines “a quantum mechanical state space with a quantum data storage system”, but it’s not yet clear how it will work. 

In order to run D+wave, DARPMa plans to use a combination of “a processor, memory, and storage” to control it. 

According to DARPA, it will be “designed to perform a wide range [of] quantum computational operations, including quantum networking.” 

“This can be used to perform tasks that are challenging to quantum computers,” said DARPA deputy director of the Quantum Computing Division, John F. Kennedy. 

How D-Waves Work: Daryll King, DARPRA’s chief technologist, told TechRadars that D+Ws “are an ideal architecture for designing the next-generation supercomputer”.

“It allows for a very wide range, and there’s a lot of research happening right now to look at how to use this architecture for quantum computing,” he said. 

If DARPMi is successful in making a quantum computing device that can run at the level of a “class 2” computer, it could be used in “a lot of different ways”, such as in quantum computing to store information, or in quantum communications to control a quantum device. 

While D-Ws have a theoretical ability to run quantum computationally, they have not been proven to work, or even to be able access data, said King. 

He said that, until DARPMs first-ever quantum computing machine is built, it is unclear whether D-waves will be useful for anything. 


It’s going to be a very interesting field to study,” said King, “but until we can actually make it work, we don’t know whether it’s going in that direction or whether it is going to become the next quantum computing platform. 

As for the use of D+waves, King said that D-watchers may have noticed the trend in the “movies” where the ‘d’ and ‘w’ are often paired