#ATOMIC CLOCKS ASTOUNDING FREE#

#ATOMIC CLOCKS ASTOUNDING FREE#

He first invented the Fourier transform with nuclear magnetic resonance free induction signal to solve the problem of the high-resolution spectrum. Scripov was a young and innovative scientist. Scripov’s group of radio-frequency spectroscopy. In 1958, he transferred to Leningrad University and became a graduate student in the Prof. In 1957, Wang Yiqiu entered the Physics Department of Moscow State University to study radio and microwave spectroscopy. Wang’s scientific career and contributions, in honor of his academic legacy, as well as in celebration to his upcoming 90th birthday. Wang provided valuable insights and inspiration for the research of optical atomic clocks.

During his research on atomic clocks, his experience with laser frequency stabilization allowed him to pioneer China’s earliest studies on the laser cooling of atoms, Bose–Einstein condensates and optical tweezers.

After his return from the Soviet Union, he turned his expertise toward China’s development of microwave atomic clock, establishing China’s first cesium beam atomic clock, as well as systematically explaining the Majorana shift in cesium beam atomic clocks. Early on in his career, he studied nuclear magnetic resonance as a graduate student at Leningrad University and independently made several important discoveries. Wang Yiqiu, born on September 1932, has been a prominent figure in China’s research on quantum precision measurement and cold atom physics.

Atomic clocks astounding