Boulder, Colorado— A breakthrough in cryotechnology brings scientists to the next leap in quantum computing. Scientists in Colorado have modified an ordinary refrigerator to significantly reduce the time and energy …
Scientists have produced an enhanced form of ultrapure silicon that can be used to build high-performance qubit devices. This fundamental component is critical to paving the way for scalable quantum …
Zap Energy has made a breakthrough in fusion technology with its Z-pinch device, FuZE, which reaches electron temperatures of 11 to 37 million degrees Celsius, exceeding the sun’s core temperature, …
A team of scientists has achieved the world’s first X-ray signature of an atom, a remarkable feat. This stunning achievement could revolutionize the way scientists examine materials. The research team …
Opal Sandy, from Oxfordshire, is the first patient to be treated in a global gene therapy trial that has shown “exciting” results. She is the first British patient in the …
Quantum teleportation researchers have developed a method to improve the quality of teleportation under noisy conditions by using mixed entanglement of photons to achieve near-perfect state transfer. Image source: SciTechDaily.com …
A team from the University of Massachusetts Amherst, along with collaborators from the University of Chicago, has successfully modified a microwave circulator to precisely manage non-reciprocity between qubits and microwave …
Scientists have made a major breakthrough that brings us one step closer to developing a nuclear clock – a device that tells time based on its inner workings atom. For …
This diagram shows how electrons (which can spin up or down) form a stripe pattern in Hubbard’s model. Recent breakthrough calculations on this model are helping scientists better understand a …
Researchers have developed a method to use superconducting structures and surface defects to create and stabilize complex spin textures such as radial vortices. This advance could significantly impact spintronics by …