Ground states of Heisenberg evolution operator in discrete three-dimensional space-time and quantum discrete BKP equations

Details Ground states of Heisenberg evolution operator in discrete three-dimensional space-time and quantum discrete BKP equations Ground states of Heisenberg evolution operator in discrete three-dimensional space-time and quantum discrete BKP equations

2009-02-25

arxiv.org/abs/0902.4268v1

Nonlinear Sciences

Exactly Solvable and Integrable Systems

13 pages

Scientific paper

In this paper we consider three-dimensional quantum q-oscillator field theory without spectral parameters. We construct an essentially big set of eigenstates of evolution with unity eigenvalue of discrete time evolution operator. All these eigenstates belong to a subspace of total Hilbert space where an action of evolution operator can be identified with quantized discrete BKP equations (synonym Miwa equations). The key ingredients of our construction are specific eigenstates of a single three-dimensional R-matrix. These eigenstates are boundary states for hidden three-dimensional structures of U_q(B_n^1) and U_q(D_n^1)$.

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