A cryostat that can reach temperatures of 4 K and warm back up again within just two hours offers an efficient solution for testing the electronic components needed to build quantum computers
Read article: Faster cryogenics speeds up quantum testing
Florence Concepcion of Aquark Technologies is our podcast guest
Read article: Quantum sensors benefit from miniaturized ultrahigh vacuum
Passive system could give quantum sensors a boost
Read article: Pockets and pillars capture ricocheting molecules in vacuum pump
Having more antimatter could help solve profound mysteries of physics
Read article: Sympathetic cooling gives antihydrogen experiment a boost
Built on UHV Design’s Production Linear Shift Mechanism range (PLSM), new linear actuator allows heavy objects to be moved very smoothly, says UHV Design engineering director Jonty Eyres
Read article: A low vibration wire scanner fork for free electron lasers
Cryogenic architecture supports tighter integration
Read article: Spin-qubit control circuit stays cool
Pulse-tube cryocooler and innovative design deliver shorter cooling times and larger experimental payloads
Read article: New optical cryostat combines high cooling capacity, low vibrations and large sample area
Researchers and engineers who require vacuum environments for their projects can simplify their design process and achieve better results by collaborating with the technology experts at Agilent
Read article: Vacuum expertise enables physics research
Atlas Technologies is helping VolkVac develop the next generation of its UHV suitcases
Read article: VolkVac Instruments uses Atlas Technologies’ bi-metal expertise to create lightweight UHV suitcases
Lake Shore Cryotronics showcases the new M81-SSM
Read article: New modular synchronous source measure system from Lake Shore Cryotronics
