IonQ and Rigetti Computing are at the forefront of the transformative quantum computing industry. However, IonQ emerges as ...

Scientists at Johns Hopkins APL have demonstrated a working capability that can radically accelerate the testing of critical ...

With the stock market in rally mode, there are more pockets of strength than there have been in a while. Among the winners ...

Key Points Analysts at BTIG initiated coverage of TEM with a buy rating with a price target of $60. Quantum Computing spiked earlier after the company announced the sales of one of its EmuCore ...

A Bitcoin bounty worth nearly $85,000 has been offered to test if quantum computers can break the blockchain’s core ...

With no rules in place, a breakthrough that shreds our system underpinning security will bring chaos and deepen the global tech divide.

Slated to have a $2 trillion impact by 2035, quantum computing finds applications in a vast array of industries, ranging from cryptography to drug discovery. And with major players like Google ...

Quantum computing is truly a potential revolutionary technology that really has only caught on in the past few years. Rooted ...

Maryland Governor Wes Moore began his first international trade and investment endeavors by visiting Ogatayama, Japan, for a test ride on the world's fastest train.

One that's definitely in the latter category? Quantum computing. In some ways, quantum hardware is a better match for some of the math that underlies AI than more traditional hardware. While the ...

Quantum computers promise to outperform today's traditional computers in many areas of science, including chemistry, physics, and cryptography, but proving they will be superior has been challenging.

Physically random processes are hard to verify remotely, and by design, traditional computers can’t generate true randomness. But a new quantum breakthrough may have solved the problem.