TOWARD QUANTUM TRANSMUTATION

Huy Truong Dinh

This paper challenges the fundamental reductionist paradigm of contemporary quantum mechanics by introducing a novel Holistic and Continuous Transmutation Apparatus. Instead of partitioning the cosmos into independent, finite sub-states or localized particles, the universe is formulated as a Single, Unified, and Globally Closed System governed by an invariant, absolute total energy-information bound. We redefine the physical "state" not as a static mathematical point, but as a continuous dynamic process of impermanent transmutation. This framework successfully resolves the quantum measurement problem and entanglement without invoking wavefunction collapse or metaphysical inflations like parallel universes.

Alon E. Faraggi, Marco Matone

D. M. Gaitonde, Sumathi Rao

We show that the low energy limit of relativistic fermions interacting with a statistical gauge field also includes a scalar interaction. When the Chern-Simons (CS) parameter µ=e2/2π and the scalar interaction is precisely that which is obtained through relativistic reduction, the many-body Hamiltonian can be solved exactly, directly in the fermion gauge, for the ground state energy which is zero and the ground state wavefunction which is gauge equivalent to one, characteristic of free bosons. Conversely, for N bosons interacting with a CS gauge field with µ=e2/2π, the mean-field ground state energy is πN2/m, which is characteristic of N free fermions.

Jean Salmon

Ho-Joon Kim, Soojoon Lee

Quantum measurement is a class of quantum channels that sends quantum states to classical states. We set up resource theories of quantum coherence and quantum entanglement for quantum measurements and find relations between them. For this, we conceive a relative entropy-type quantity to account for the quantum resources of quantum measurements. The quantum coherence of a quantum measurement can be converted into the entanglement in a bipartite quantum measurement through coherence nongenerating transformations. Conversely, a quantum entanglement monotone of quantum measurements induces a quantum coherence monotone of quantum measurements. Our results confirm that the understanding on the link between quantum coherence and quantum entanglement is valid even for quantum measurements which do not generate any quantum resource.

R. Jackiw