Mark Steven Fischler, MIT (SB math and SB physics); SUNY Stonybrook MA and PhD Physics)
Affiliations: | 1983-2012 | Computing DIvision | Fermi National Accelerator Laboratory, Batavia, IL, United States |
Area:
Supergravity, Lattice Gauge Supercompter designWebsite:
https://www.linkedin.com/in/mark-fischler-a3a2795aGoogle:
"Mark Fischler"Bio:
First grad student of Peter van Niewenhuzen. Early work in Supergravity,Finiterness of extended supergravity at the 1-loop level, Young-tableau methods for all the Lie groups, towloop calculation of renormalization behavior of penguin diagrams, designed worlds most poerful supercomputer for lattice gauge calculations. Was Apllied Scientist II at Fermilab (29 years).
Mean distance: 15.92 | S | N | B | C | P |
Parents
Sign in to add mentor| Daniel J. Kleitman | research assistant | 1970-1974 | MIT (MathTree) | |
| (B.S., Mathematics) | ||||
| Philip Morrison | research assistant | 1970-1974 | MIT | |
| (B.S., Physics) | ||||
| Peter van Nieuwenhuizen | grad student | 1976-1979 | SUNY Stony Brook | |
| (Thesis on Supergravity) | ||||
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Publications
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| Fischler M, Oliensis J. (1983) Detailed calculation of the complete two-loop Higgs-Yukawa beta function in an arbitrary gauge Physical Review D. 28: 2027-2036 |
| Fischler MS, Hill CT. (1981) Effects of large mass fermions on MX and sin2θW Nuclear Physics, Section B. 193: 53-60 |
| Fischler M. (1979) Globally supersymmetric multiplets without local extensions Physical Review D. 20: 1842-1845 |
| Das A, Fischler M, Roček M. (1977) Super-Higgs effect in a new class of scalar models and a model of super QED Physical Review D. 16: 3427-3436 |
| Das A, Fischler M, Roček M. (1977) Massive, self-interacting scalar multiplet coupled to supergravity Physics Letters B. 69: 186-188 |