Light and Truth: Photon Control for Quantum Computing
Yale physicists have harvested and controlled light photons to serve as storage bits for quantum information.
Grace Pan
April 13, 2014
Yale physicists have harvested and controlled light photons to serve as storage bits for quantum information.
Dr. Murat Gunel and colleagues at the Yale New Haven Children’s Hospital used advanced genetic technology to map out an 18-month-old girl’s genetic sequence, diagnose her with a rare liver cancer, and provide a cure that opens the door to treating cancer through the use of personalized medicine.
Saving water in the Serengeti: In ENAS 118: Introduction to Innovation, Engineering and Design, students designed water quality monitoring technology that could benefit millions in the Mara River Basin.
A Yale-led study has found that SIV, which causes AIDS in various non-human primates, leads to disruption of gut microbiome that may give rise to many of the deadly infections that compromise host health.
To help reduce CO2 and emissions from fossil fuels, recent research suggests that more wood should be used in construction and burned for fuel.
Research on the Virgo Cluster dwarf galaxy IC4318 led by Yale astrophysicist Dr. Jeffery Kenney reveals several important processes in galaxy evolution.
“A small molecule found in bacteria and plants is capable of causing major changes in gene expression in response to environmental conditions. Researchers in the Steitz Lab at Yale have solved a long-standing puzzle by figuring out how it works.”
After decades of research, scientists describe biological clocks molecularly independent of the classical circadian clock.
The origins of insects, spiders, scorpions, crustaceans, and their relatives date to more than 500 million years ago, a period termed the Cambrian Explosion, when most of the modern groups of arthropods first occurred. A new study shows that rates of arthropod evolution during this period were 4 to 5 times faster than they are today.
Novel technique uses computers, rather than scalpels, to identify specific genes related to kidney disease.
A team consisting of researchers from the Massachusetts Institute of Technology (MIT) and the National Aeronautics and Space Administration (NASA) is working to develop a
Adam Marcus, Daniel Spielman, and Nikhil Srivastava have proven the 54-year-old mathematical problem known as the Kadison-Singer Conjecture, which holds important consequences for the field of interlacing families as well as the mathematical foundations of quantum physics.