Maury Tigner

Hans A. Bethe Professor of Physics Emeritus

134 Newman Lab
Cornell University
Ithaca NY 14853

(607) 255-4952

mt52@cornell.edu

B.S., 1958, Rensselaer Polytechnic Institute. Ph.D, 1964, Cornell University. Research Associate, Cornell University, 1964 -68; Senior Research Associate, Cornell University,1968-77; Professor, Physics, Cornell University, 1977-94. Professor Emeritus, Physics, Cornell University, 1994-present. Visiting appointments at: Institute of High Energy Physics, Beijing; Chinese Academy of Sciences; DESY, Germany. Director, Laboratory of Elementary-Particle Physics, Cornell University, 2000-present . Fellow, American Academy of Arts and Sciences. Member, National Academy of Science.

Research Areas
Accelerator physics; superconductivity

Current Research

R & D for the International Linear Collider (ILC).
R & D for the Energy Recovery Linac (ERL).

  • Spotlight

    Sam Posen is a graduate student working with Professor Matthias Liepe in Cornell's Superconducting Radiofrequency group. Sam is investigating an alloy of niobium and tin, Nb3Sn, as an alternative material for superconducting RF cavities, which are used in particle accelerators to provide energy to the beam. "All SRF cavities in accelerators now use niobium as the superconducting material," says Sam, "because it has great properties and, since it is an element we're working with, it is very easy to achieve uniform stoichiometry over the entire surface of a cavity. Compared to niobium, almost no development has gone into alternative materials. This means that there is a rich region of science waiting to be explored experimentally. How do small imperfections in the material affect RF currents when they are comparable in size to the superconducting wavefunction? Which theoretical predictions that have been made for the RF critical magnetic field in highly type-II superconductors are correct? These are some of the questions I plan to investigate." More ...