Joshua Feinberg
Joshua Feinberg
University of Haifa and Technion
Verified email at physics.technion.ac.il
Title
Cited by
Cited by
Year
Non-hermitian random matrix theory: Method of hermitian reduction
J Feinberg, A Zee
Nuclear Physics B 504 (3), 579-608, 1997
2111997
Non-hermitian random matrix theory: Method of hermitian reduction
J Feinberg, A Zee
Nuclear Physics B 504 (3), 579-608, 1997
2111997
Self-isospectral periodic potentials and supersymmetric quantum mechanics
G Dunne, J Feinberg
Physical Review D 57 (2), 1271, 1998
1501998
Non-Gaussian non-Hermitian random matrix theory: phase transition and addition formalism
J Feinberg, A Zee
Nuclear Physics B 501 (3), 643-669, 1997
1341997
Non-Hermitian localization and delocalization
J Feinberg, A Zee
Physical Review E 59 (6), 6433, 1999
1211999
Casimir effect: The classical limit
J Feinberg, A Mann, M Revzen
Annals of Physics 288 (1), 103-136, 2001
942001
All about the static fermion bags in the Gross–Neveu model
J Feinberg
Annals of Physics 309 (1), 166-231, 2004
782004
Spectral curves of non-hermitian hamiltonians
J Feinberg, A Zee
Nuclear Physics B 552 (3), 599-623, 1999
621999
Renormalizing rectangles and other topics in random matrix theory
J Feinberg, A Zee
Journal of statistical physics 87 (3), 473-504, 1997
521997
“Single ring theorem” and the disk-annulus phase transition
J Feinberg, R Scalettar, A Zee
Journal of Mathematical Physics 42 (12), 5718-5740, 2001
462001
Kinks and bound states in the Gross-Neveu model
J Feinberg
Physical Review D 51 (8), 4503, 1995
441995
Chaotic systems in complex phase space
CM Bender, J Feinberg, DW Hook, DJ Weir
Pramana 73 (3), 453-470, 2009
362009
Non-Hermitian random matrix theory: summation of planar diagrams, the ‘single-ring’theorem and the disc–annulus phase transition
J Feinberg
Journal of Physics A: Mathematical and General 39 (32), 10029, 2006
342006
Self-adjoint Wheeler-DeWitt operators, the problem of time, and the wave function of the Universe
J Feinberg, Y Peleg
Physical Review D 52 (4), 1988, 1995
341995
Dynamical generation of extended objects in a (1+ 1)-dimensional chiral field theory: Nonperturbative Dirac operator resolvent analysis
J Feinberg, A Zee
Physical Review D 56 (8), 5050, 1997
331997
Probabilistic interpretation of resonant states
N Hatano, T Kawamoto, J Feinberg
Pramana 73 (3), 553-564, 2009
322009
Fermion bags in the massive Gross-Neveu model
J Feinberg, A Zee
Physics Letters B 411 (1-2), 134-140, 1997
301997
Casimir energy of a dilute dielectric ball with uniform velocity of light at finite temperature
I Klich, J Feinberg, A Mann, M Revzen
Physical Review D 62 (4), 045017, 2000
292000
Does the complex deformation of the Riemann equation exhibit shocks?
CM Bender, J Feinberg
Journal of Physics A: Mathematical and Theoretical 41 (24), 244004, 2008
272008
Probabilistic analysis of a differential equation for linear programming
A Ben-Hur, J Feinberg, S Fishman, HT Siegelmann
Journal of Complexity 19 (4), 474-510, 2003
212003
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