MIT physicists have taken a groundbreaking step forward, predicting a new form of matter that could transform the foundation of quantum computing. This exotic material holds the potential to serve as a qubit—the fundamental building block of quantum computers—unlocking levels ...

It seems that quantum computing can get to our homes pretty soon. New advances are reportedly able to offer people secure quantum computing right at home. Check out the latest interesting reports about this below. Quantum computing at home Millions ...

After pulsing light on the qubits of a quantum computer in a pattern that was inspired by the Fibonacci sequence, researchers were able to see a new phase of matter that was previously unknown. If you believe that is amazing, ...

A number of challenges must be addressed before quantum computers and quantum networks can realize their enormous promise. A recent research, however, suggests an approach to addressing one of these challenges. In recent studies, scientists have discovered that silicon, the ...

Atoms in perpetual motion have long been considered impossible to create time crystals. It was discovered that temporal crystals may be made and that they possess the capacity to be valuable technologies. In an attempt that appears to defy the ...

To speed up the process of comparing gravitational-wave data to a massive database of patterns, researchers have devised a new quantum algorithm. Detectors such as the Laser Interferometer Gravitational Observatory in the United States as well as the Virgo gravitational wave ...

A physicist at the University of Michigan is utilizing quantum computing plus machine learning to help comprehend the concept of holographic duality. Holographic duality is a mathematical concept that links particle theories and interactions with gravity theory. This conjecture implies ...