![Quantum spin valve efficiency, quantified by η and mutual information [latex]I[/latex], correlates directly with the density of states at the Fermi energy [latex]\rho(E_{F})[/latex], a relationship dictated by the Rice-Mele hopping parameter which, in turn, defines the bandwidth [latex]E_{band}[/latex].](https://arxiv.org/html/2602.21322v1/x6.png)
Researchers have demonstrated a promising new method for reading the states of molecular spin qubits by leveraging the unique properties of near-flat-band electrons and superconducting nanowires.
Researchers have developed a novel method to assess the effectiveness of logic locking techniques against malicious modification by analyzing the statistical distribution of logic cone structures.
Researchers have developed a novel distributed key generation scheme that ensures key shares remain non-exportable and secure across multiple devices.
Researchers have identified a unique algebraic structure that unifies concepts from quantum logic and many-valued reasoning, opening new avenues for formalizing non-classical systems.
![The study of a deformed PXP model-specifically examining thermalization dynamics at [latex]L=24[/latex]-reveals a transition from exact scarring under periodic boundary conditions, where the decay rate scales linearly with perturbation strength λ, to approximate scarring under open boundary conditions, evidenced by a quadratic scaling of the decay rate with [latex]\lambda^{2}[/latex] and confirmed by dynamics observed at [latex]\lambda=0[/latex].](https://arxiv.org/html/2602.21962v1/x3.png)
Researchers have refined our understanding of how easily quantum many-body scars-rare, non-thermal states-break down under external disturbances.
![The reconstruction of model functions [latex]V_{\phi}(\phi)[/latex] and [latex]h_{\phi}(\phi)[/latex] is effectively constrained by the range of φ values-approximately 1.1 to 7.0-covered by the input thermodynamic data at [latex]\mu = 0[/latex], indicating the practical limits of the model’s predictive power within that domain.](https://arxiv.org/html/2602.21618v1/x11.png)
Researchers are refining holographic models of quantum chromodynamics with high-precision data from lattice QCD simulations to better understand the equation of state of matter under extreme conditions.
A new implementation of the Minimal IKE protocol integrates post-quantum cryptography, offering a path to secure communication in a world threatened by quantum computers.
A new analysis reveals critical vulnerabilities in nuclear power plant security stemming from the rapidly approaching era of quantum computing.
New research explores how noncommutative geometry and qq-derivatives can create a family of compact quantum spaces on the circle, challenging classical notions of distance.
![A tensor completion algorithm, leveraging alternating least squares optimization and weighted least-squares solutions derived from matricized tensor representations, effectively decomposes incomplete data to estimate direction-of-arrival (DOA) angles via factorization of the data into component matrices-specifically, extracting angular information directly from the elements of the estimated factor matrix [latex]\hat{\mathbf{H}}[/latex] to recover automatically paired 2D DOA estimates.](https://arxiv.org/html/2602.21146v1/59.4.png)
Researchers have developed a novel method for accurately pinpointing sound sources even when sensors in the array are damaged or malfunctioning.