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Preprint Sep 2026

Demailly's Conjecture in Quantum Language and Its Solution

We give an exact translation between fat-point interpolation in complex projective space and a dark-state problem for fixed-particle-number bosons. Under the unitary Fischer--Bargmann realization, homogeneous degree becomes particle number, the Veronese lift becomes a bosonic symmetric product state, and order-$m$ vani...

T. Dinh · 0 citations
Preprint Sep 2026

A complete classification of the existence of finite-dimensional quantum solutions to inconsistent linear constraint systems

Linear constraint systems (LCS) provide a compact algebraic language for nonlocal games and state-independent contextuality. In the binary case the Mermin--Peres square shows that inconsistent LCS can be solved by promoting variables to local Pauli operators, whereas a series of no-go results excludes analogous Pauli-,...

Markus Frembs · 1 citation
Preprint Oct 2026

Fermions and the Tsirelson Problem in Real Quantum Theory

In a previous work, we showed that real quantum theory (RQT) cannot be experimentally distinguished from ordinary quantum theory (QT). In this paper, we investigate whether this indistinguishability survives two natural extensions of the setting: allowing separated measurements to be represented by commuting rather tha...

Timothée Hoffreumon, M. P. Woods · 0 citations
Preprint Sep 2026

The Quantum Composition Paradox

Quantum theory does not generally permit the probability laws obtained from individual unitary steps by the Born rule to be sewn into a consistent genealogy; we classify the exceptions and show that faithful composition can hold from an initial boundary yet fail after an internal restart. For finite-dimensional, compos...

Jacob D. Biamonte · 0 citations
Preprint Aug 2026

Inequalities and Positivity in Modular Flowed Entanglement Entropy

The modular Hamiltonian plays an important role in quantum information theory, quantum field theory, and the AdS/CFT correspondence. In this paper, we study a specific dynamical setup: starting from the tensor product of the reduced density matrices of a reference state, we evolve this product state under the modular f...

Liang-Yu Chen · 0 citations

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