Physicists from ISTA have, for the first time, implemented an autonomous method for distributing quantum entanglement using a "quantum bath." This breakthrough could lay the foundation for scalable quantum computers and networks. The new approach enables a continuous connection between distant qubits without the need for active control, opening up new possibilities for the advancement of quantum technologies.
Chinese scientists have developed a new alloy capable of reaching ultra-low temperatures without the use of the rare helium-3 isotope. This breakthrough could simplify the creation of compact quantum and cryogenic systems, reducing infrastructure requirements and expanding opportunities for the advancement of cutting-edge technologies.
Engineers have, for the first time, successfully transmitted quantum signals over commercial fiber-optic lines using standard internet protocols. The new Q-chip paves the way for the creation of a quantum internet based on existing infrastructure.
Physicists have, for the first time, directly observed time crystals in the optical range using liquid crystals. This discovery could lead to new methods of marking and advances in quantum technologies.
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