Qubit Enabled Imaging, Sensing, and Metrology
A Multidisciplinary University Research Initiative on Qubit Enabled Imaging, Sensing & Metrology
Metrology and quantum information science have emerged as complementary areas of research. Ideas from quantum information theory, such as entangled states, have been proposed to improve the sensitivity of measurement devices, while new sensing strategies and tools have been devised to meet the needs of quantum information processing. With support from the Multidisciplinary University Research Initiative (MURI) program, we will apply the principles of quantum information science to the development of novel sensors with sensitivities beyond the standard quantum limit. The goal of our multidisciplinary team is to advance the theory of multi-qubit enhanced metrology and implement these theoretical ideas into a broad range of physical implementations and practical applications.
Updates
Qubit Enabled Imaging, Sensing, and Metrology
Multidisciplinary University Research Initiative QuISM Review Meeting
February 7, 2013
MIT, Building 26, Room 214
February 8, 2013
Harvard, Maxwell Dworkin 119
Highlights
Team member David Wineland has won the 2012 Nobel Prize in Physics. Read more >>
