Welcome! The Atoms-to-Systems Lab is home to innovation in biological, chemical, and optical sensors. Led by Dr. Derek Ho, we combine the high sensitivity enabled by materials science with the high computation power and integration density of modern integ
µQuanS proposes a new generation of ultra-high performance measurement instruments based on a unique and patented technology, which relies on the utilization of laser cooling, trapping and manipulation of neutral atoms.
A site for those interested in how the world works at the atomic level. Visit here for experiments and activities that demonstrate the amazing feats that atoms perform.
Physics knows four forces. However, the 20 th century was convinced that one of the them the electric force plays no macroscopic role in the Universe. For example, positively charged atoms exist, but positively charged stars should not exist.
Physics knows four forces. However, the 20 th century was convinced that one of the them the electric force plays no macroscopic role in the Universe. For example, positively charged atoms exist, but positively charged stars should not exist.
Welcome! The Atoms-to-Systems Lab is home to innovation in biological, chemical, and optical sensors. Led by Dr. Derek Ho, we combine the high sensitivity enabled by materials science with the high computation power and integration density of modern integ
µQuanS proposes a new generation of ultra-high performance measurement instruments based on a unique and patented technology, which relies on the utilization of laser cooling, trapping and manipulation of neutral atoms.
A site for those interested in how the world works at the atomic level. Visit here for experiments and activities that demonstrate the amazing feats that atoms perform.