Towards the lattice study of M-theory (II)
P.Bialas, J.Wosiek
TL;DR
This paper reports on lattice simulations of supersymmetric Yang-Mills quantum mechanics for larger gauge groups, providing evidence for phase structures related to black holes and D0 branes in M-theory.
Contribution
It extends previous studies to larger gauge groups and higher dimensions, confirming phase behavior consistent with M-theory conjectures.
Findings
Identification of two distinct phases at finite temperature
Confirmation of phase structure for larger gauge groups
Preliminary results for higher-dimensional models
Abstract
We present new results of the quenched simulations of the reduced D=4 supersymmetric Yang - Mills quantum mechanics for larger gauge groups SU(N), 2<N<9. The model, studied at finite temperature, reveals existence of the two distinct regions which may be precursors of a black hole and the elementary D0 branes phases of M-theory conjectured in the literature. Present results for higher groups confirm the picture found already for N=2. Similar behaviour is observed in the preliminary simulations for the D=6 and D=10 models.
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