In Memoriam: Thomas T.S. Kuo
We are deeply saddened to hear about the passing of Professor Thomas Kuo (Stony Brook University), an author, editor and advisor of World Scientific Publishing. He passed away on September 10, 2023, at the age of 91. Despite his retirement in 2013, he remained a dedicated contributor to the scientific world, serving as an editor for the Modern Physics Letters A, and as a managing editor for the International Journal of Modern Physics E. He also co-edited the book series International Review of Nuclear Physics and made contributions to several other books.
Our condolences to his family and friends during this difficult time.
We invite you to explore his notable publications below, honoring his contributions to the research of nuclear physics.
The Nucleon-Nucleon Interaction and the Nuclear Many-Body Problem: Selected Papers of Gerald E Brown and T T S Kuo
Quarks, Nuclei and Stars: Memorial Volume Dedicated to Gerald E Brown
Nucleon-anti-nucleon intruder state of Dirac equation for nucleon in deep scalar potential well
Pairing and Realistic Shell-Model Interactions
The Vlow-k Low-Momentum Interaction and its Application to Finite-Nuclei and Neutron Stars
Roles of All-Order Core Polarizations and Brown-Rho Scaling in Nuclear Effective Interactions
Shell-Model Calculations with Low-Momentum Nucleon-Nucleon Interactions Based Upon Chiral Perturbation Theory
Studies of Phase-Shift Equivalent Low-Momentum Nucleon-Nucleon Potentials
Low-Momentum Nucleon-Nucleon Potential and Hartree-Fock Calculations
Realistic Low-Momentum Nucleon-Nucleon Potential
Nucleon-Nucleon Interaction and Shell Model
p-Shell Nuclei and Two-Frequency Shell Model with a Realistic Effective Interaction
Two-Frequency Shell Model for Hypernuclei
Long-Range Correlations in Nuclear Matter
Isospin Lattice Gas Model and Nuclear-Matter Phase Diagram and Pressure-Volume Isotherms
An Introductory Guide to Green's Function Methods in Nuclear Many-Body Problems
A Dyson Equation for the Two-Particle Green Function
Speed of Sound In Nuclear Matter and Skyrme Effective Interactions
Critical Neutron-Proton Asymmetry of Hot Nuclear Matter