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 Fluid Mechanics: Vacuum detection for J.J. Thomson in 1906 Nobel Prize in Physics electron conductivity of gases and it can drive the paddle wheel called possesses kinetic energy (gyro-kinetics, electric propulsion). Measurement and Liquefaction of Helium Physics (1962 Nobel for Prize Motivation asked me to work on and stay in research laboratory to explain well in advance), Nitrogen; Storage devises for Hydrogen and Concept of Anti Hydrogen and its detection. Julian Schwinger The Nobel Prize in Physics in 1965 for second quantization of electron called renormalization  of electrons; Affiliation at the time of the award: Harvard University, Cambridge, MA, USA. Orbital density and density of States of ionization and re ionization history for the existence of the theory proposed by Paul Adrien Maurice Dirac The Nobel Prize in Physics 1933, Affiliation at the time of the award: University of Cambridge, Cambridge, United Kingdom. In Fluid Dynamics across Scales and the pioneering work in this area of Professor Sir James Lighthill FRS whilst at Imperial College. Plasma Physics Lab and the Tokamak Fusion Test Reactor, 1989 for Phy. Rev. Lett. by G. I. Taylor Affiliation at the time of his acceptance: Plasma Physics Laboratory, Princeton University, P.O. Box 451, Princeton, New Jersey 08544 - 0451

 

[1].Website: https://nuclearprinceton.princeton.edu/plasma-physics-lab-and-tokamak-fusion-test-reactor-1989

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​[2]. Website: https://www.pppl.gov/tokamak-fusion-test-reactor

 

[3].Website: https://web.astro.princeton.edu/people/sir-steven-c-cowley

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[4]. Website: https://www.princeton.edu/~asmits/workshop/index_trieste.html

 

[5]. Website: http://www.damtp.cam.ac.uk/events/batchelorcentenary/scientific-committee

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​[6]. Website: https://www.nobelprize.org/prizes/physics/1936/anderson/facts/

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[7]. Website: https://www.galcit.caltech.edu/about/legends-of-galcit/hans-liepmann

 

  
Physics (2003 Nobel for Prize Motivation): Electrodynamics State of the Super Conductivity and Detection. 

Physics (2006 Nobel for Prize Motivation): Heating, Epoch formation and detection, Reheating and Epoch Transformations at different Time Cycles of present matter state.

Dynamical Systems: Waves, Limit Cycles, Bifurcations and Chaos, Physical Fluids, Non-Linear Systems, applying to the Differential Equations and Stochastic Systems. 

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Wave Optics: Electromagnetic Waves, Waveguides, Electromagnetic Probes for sensor application like - Giant Magnetoresistance (GMR) 2007 Nobel Prize for Physics; and Colossal Magnetoresistance (CMR).

 

Physics (2011 Nobel for Prize Motivation):Thermonuclear Supernova, Supernova as a probe for Standard Candles. 

 

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Russell Kulsrud (Professor Emeritus)

Professor Emeritus of Astrophysical Sciences, Princeton Plasma Physics Laboratory, Department of Theory, PPPL Princeton, Princeton University, 

P.O. Box 451, Princeton New Jersey  08543-0451 USA Tel: (609) 243-2000

 

​​Em.Professor Kulsrud studied his PhD with Prof. Chandrasekhar from the University of Chicago in 1954 and joined Project Matterhorn, the predecessor of PPPL, immediately afterward. He became a professor in the Astrophysical Sciences Department in 1989 and retired as an emeritus professor in 1999.

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He worked and taught at Princeton in the fields of plasma physics and astrophysics throughout his entire career. In plasma physics, he worked on MHD and kinetic stability, nuclear spin polarization, muon physics, particle transport in stellarators, runaway physics, magnetic turbulence and magnetic reconnection. In astrophysics worked on cosmic rays, black holes in globular clusters, particle acceleration, and galactic dynamos and the origin of magnetic fields in the universe. He has continued to do research mainly on magnetic reconnection at the plasma physics laboratory since that time.

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• Website: https://theory.pppl.gov/people/profile.php?pid=3&n=Russell-Kulsrud

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