Read article: Compact and mobile dry vacuum pumps drive pumping density to the next level
Edwards reckons its nXRi dry vacuum pumps represent a win-win for scientists, enhancing their research productivity while lowering laboratory operating costs
Read article: Agilent vacuum technology: trusted answers
Products and practical advice for reaching ultrahigh vacuum (UHV) pressures
Read article: Cryogenic innovation: ramping up research productivity at ultralow temperatures
ICEoxford’s emphasis on versatile product design, rapid cool-down and a high degree of automation eases the path to ultralow temperatures
Read article: Why insulated metals cool down faster than their bare counterparts
Cryogenic experiments and a new thermodynamic model shed fresh light on the Leidenfrost effect
Read article: UHV analytical stages: positioning for success in surface science studies
UHV Design continues to push the boundaries when it comes to sample manipulation, positioning and preparation in ultrahigh-vacuum environments
Read article: Reinvention lights up optical experiments at low temperatures
Cryogenics specialist Quantum Design has designed a magneto-optical cryostat that for the first time brings its high magnetic field and cryogenics technology into a dedicated optical environment
Read article: Cool technology enables quantum computing
Innovations by cryogenics specialist Bluefors are designed to make it easier for researchers to perform precision experiments with large-scale quantum systems
Read article: What’s new in ultra-high vacuum technology?
View on demand: a webinar sponsored by Agilent Technologies
Read article: Cryogenics for Quantum Applications
View on demand: a webinar in partnership with the British Cryogenics Council
Read article: Trapped interferometer makes a compact gravity probe
Holding atoms rather than dropping them reduces noise by up to four orders of magnitude
