Yadav Pandit Explained

Yadav Pandit
Birth Place:Pyuthan, Nepal
Fields:Nuclear Physics, Heavy Ion Physics

Dr. Yadav Pandit is a research scholar, working in the field of Experimental Nuclear Physics.

Early life and education

Yadav Pandit was born in Tikuri, Pyuthan District, located in the western hills of Nepal. He is the youngest child of Bhuwaneshwar Pandit and Radhika Pandit. He was educated first at Shishu Kalyan Primary School in Tikuri and then at Janata High School Bagdula, from where he graduated S.L.C.[1] [2] He studied science at Tribhuvan University, from where he obtained a M.Sc., and later went to the United States for further education, earning a Ph.D. degree in Experimental Nuclear Physics from Kent State University.

Research

Pandit's research involves the experimental high-energy nuclear physics, also often called high-energy "heavy-ion" physics. He is a member of STAR collaboration, a large international group of scientists working at the Relativistic Heavy Ion Collider (RHIC) facility, Brookhaven National Laboratory.[3] [4]

Pandit is an expert in measurements of anisotropy, studying fluid-like behavior and phase transitions in the dense and highly excited matter created in these collisions. In 2014, his work related to the observation of first-order phase transition in subatomic nuclear matter gained worldwide attention and was widely reported.[5] [6] He is one of the very few Nepali scholars who had successes making significant contribution in fundamental science research. Pandit's scientific area of interest is in phase transition phenomena[7] in the dense and highly excited nuclear matter created in heavy ion collisions.[8]

Professional Work/membership

Publications

Pandit has published more than 90 research articles as an author or coauthor.[9]

External links

Notes and References

  1. Web site: School Leaving Certificate: An Introduction. WikiNepal. 21 April 2015.
  2. Web site: What does SLC stand for?. Acronym finder. 20 November 2011.
  3. Web site: UIC Science - Yadav Pandit at Brookhaven working on STAR data..... UIC Science.
  4. Web site: Tracking the transition of early-universe quark soup to matter as we know it.
  5. Web site: From Quark Soup to Atoms and Stars. www.newswise.com.
  6. Web site: Collider reveals sharp change from 'quark soup' to atoms.
  7. Web site: Karen McNulty Walsh . Tracking the Transition of Early-Universe Quark Soup to Matter-as-we-know-it . Tracking the Transition of Early-Universe Quark Soup to Matter-as-we-know-it . www.bnl.gov/om . Brookhaven National Laboratory . April 4, 2014.
  8. Web site: researchgate . Research Gate Profile . Profile . www.researchgate.net . researchgate.
  9. https://scholar.google.com/citations?user=RCVXpz0AAAAJ&hl=en|title=Dr.Yadav Pandit, University of Illinois at Chicago|publisher=Google scholar