![The bi-scalar fishnet theory, when examined across coupling strengths for operators with [latex]J=3[/latex], [latex]M=0[/latex], and [latex]S=0[/latex], reveals colliding energy states and the emergence of complex energy levels-a consequence of pushing the system beyond predictable behavior.](https://arxiv.org/html/2512.22996v1/x1.png)
Researchers have developed a powerful new method for calculating the spectra of operators in two-dimensional fishnet conformal field theory, offering insights into its underlying integrability.
![A precisely timed sequence of dynamic controls enables the realization of a [latex]\sqrt{\mathrm{SWAP}}[/latex] gate, manipulating the two-particle probability distribution-visualized across a 3µm spatial range-over a gate duration of 21.2µs.](https://arxiv.org/html/2512.22569v1/x8.png)
Researchers have demonstrated a fast and high-fidelity quantum gate based on dynamically controlled optical superlattices for processing fermionic quantum information.
![MultiConf establishes a framework for managing inevitable configuration drift by treating systems not as static deployments, but as evolving ecosystems where discrepancies-predicted by [latex] \Delta = |C_i - C_e| [/latex]-are not errors to be eliminated, but signals of adaptation requiring continuous reconciliation, acknowledging that any initial configuration is merely a prophecy of future divergence.](https://arxiv.org/html/2512.22538v1/figs/overview-MultiConf.png)
A new technique dramatically improves the accuracy and efficiency of locating errors within the complex code of modern compilers.
Recent research leverages a powerful transformation to uncover novel relationships within the realm of special functions and number theory.
![The study demonstrates how contributions to the coefficient [latex]F_{W,3}^{(2,1),\text{fin}}[/latex] vary with center-of-mass energy, specifically between 50 and 150 GeV, revealing a nuanced relationship between these parameters.](https://arxiv.org/html/2512.22992v1/x12.png)
New research delivers a more precise understanding of quark behavior within the Drell-Yan process, enhancing the accuracy of theoretical models used at particle colliders.
A new study delves into instances where sums in number theory cancel out more effectively than previously understood, potentially unlocking new proofs about prime numbers and arithmetic progressions.
Researchers have developed a novel method that leverages an AI’s own abilities in math and coding to circumvent its built-in safety protocols and generate potentially harmful content.
A new framework proposes leveraging off-chain computation and attestation to enable more sophisticated, continuous, and intelligent governance mechanisms for decentralized autonomous organizations.
A new analysis pits reinforcement learning algorithms against a barrage of threats targeting blockchain-based Internet of Things networks.
This review explores the emerging field of hybrid semiconductor-superconductor qubits and their potential to overcome the limitations of traditional quantum bits.