15 problems
Let ) and be the canonical position and momentum operators, and let be the ground-state energy of the self-adjoint operator , namely … The optimal constant…
Completeness conjecture. Every reflection-positive process admits a representation as a deep NN-QM whose inputs are symmetric Markov processes.
Let be the parameter appearing in the expanded quantum infinite well, let , and assume that there is no fragmentation. A plateau is a plateau of the proba…
Let be a Hamiltonian defining a quantum system, let be its partition function, and let be its quasi-partition function as defined from the special…
Hohenberg–Kohn conjecture. For every , either
Let be the -electron atomic Hamiltonian with nuclear charge . Strong ionization conjecture. There is a universal constant such that, whenever …
Let be the -electron atomic Hamiltonian with nuclear charge , and let . Denote by the largest number of electrons for whi…
Hamiltonian construction conjecture. Groups of this form may admit a construction of the Hamiltonian analogous to the construction of , such that passing from the larger g…
Let be the generators of an irreducible, unitary, -dimensional representation of , and set … Write for a quantity tending to zero as . Th…
Cayley–Menger factorization conjecture. The determinant is homogeneous of degree in the variables and factors as
Algebraicity conjecture. All symmetry operators are algebraic differential operators in the variables , with coefficients linear in the .
Let be a D-progressive four-dimensional stochastic process as defined by the forward and backward stochastic differential equations, with diffusion paramet…
Let denote the discrete fractional Fourier transform defined in Candan, Kutay, and Ozaktas (2000), and let be the identity matrix. The columns of a…
Let be a quantum state such that the Fermi equation defines a hypersurface in phase space bounding a compact set . A quantum blob…
A quantum blob is a phase-space set denoted by . Let be the classical Hamilton flow associated with a Hamiltonian , and let be the observation tim…