activity
19952026
most citedArea laws for the entanglement entropy - a review

2.9k citations · 53.4k across the 467 of their papers we have counts for

collaborators

470 papers

quant-ph2026

Discriminating Lindbladian Dynamics

Robert Salzmann, Ludovico Lami, Martin B. Plenio +1

The fundamental task of quantum hypothesis testing, which consists in discriminating quantum objects, has been extensively studied for quantum states and channels. Here, we investi…

quant-ph2026

The Structure of Higher-Order Quantum Resources with an Application to Coherence

Felix Ahnefeld, Thomas Theurer, Martin B. Plenio

We develop a general framework for higher-order quantum resources that treats the resourcefulness of quantum states, channels, and supermaps (also called processes) in a unified ma…

quant-ph2026

State-adapted generalized mean-field projections for Pauli propagation of Heisenberg dynamics

Federico Tomás B. Pérez, Gabriela Wójtowicz, Martin B. Plenio

The Heisenberg picture can make quantum many-body simulation efficient when evolved observables admit compact operator representation within low-dimensional structures. Conventiona…

cond-mat.mes-hall2026

Bridging steady-state and time-domain descriptions of molecular electron transport

Thibaut Lacroix, Namgee Cho, Clemens Vittmann +3

Electron transmission from an input electrode, through a molecular system, to an output electrode has been widely studied using the steady-state non-equilibrium Green's function (N…

quant-ph2026

Phase-noise induced many-body interference suppression in Gaussian Boson Sampling

Dario Cilluffo, Matthias Kost, Martin B. Plenio

We develop a Heisenberg-picture tensor-network formulation of collision-free Gaussian Boson Sampling, providing a direct Fock-space expression for output probabilities in terms of…

quant-ph2026

Approaching Resource-Theoretic Optimal Performance with Structured Environments

Lea Lautenbacher, Giovanni Spaventa, Susana F. Huelga +1

Resource-theoretic approaches to thermodynamics provide powerful, model-independent bounds on the efficiency of physical processes, because they do not rely on microscopic details…