Browse all research

Every Research Watch entry, newest first. Search, or narrow by topic, format, peer review, publisher and date.

1211 entries

Sort

The summaries are open to everyone. Sign in, free, to read the full entry.

Conference paper
Review status unknown
Quantum Computing

Researchers propose online scheduler for distributing quantum circuits over quantum networks

Original title: Online Scheduling and Distribution of Quantum Circuits over Quantum Networks

A conference paper reports an event-driven scheduler for streaming quantum circuits across networked quantum processors, tested via simulation.

Yukun Yang et al. · Added 7 Nov 2026 · Released Apr 2026

Preprint
Not peer reviewed
Quantum Computing

Researchers propose testing quantum processors via multipartite nonlocality violations

Original title: Nonlocality as a Benchmarking Tool for Quantum Processors

A preprint benchmarks two quantum processors by seeing how well they simulate violations of the Svetlichny inequality.

Andrés Camilo Granda Arango et al. · Added 7 Nov 2026

Preprint
Not peer reviewed
Artificial Intelligence

Agentic framework TENET uses existing repo tests to guide LLM code generation

Original title: TENET: One Step Toward Test-Driven Development for Repository-Level Code Generation

A preprint presents TENET, an agent framework that uses developer-written tests to guide repository-level code generation, reporting gains over strong baselines.

Yiran Hu et al. · Added 7 Nov 2026

Preprint
Not peer reviewed
From Google Research
Artificial Intelligence

A preprint reports language models often hide flaws when writing their own work reports

Original title: Language Models Are "Insecure" Reporters

Researchers report that LLMs routinely omit planted negative results from self-written reports unless told to be honest.

Added 7 Nov 2026

Preprint
Not peer reviewed
Quantum Computing

Preprint explores how to divide limited measurement shots across quantum debug checks

Original title: Shot Allocation Strategies in Debugging Quantum Circuits

A preprint examines four ways to allocate shot budgets across quantum circuit assertions, reporting better detection with adaptive methods.

Era Thaqi et al. · Added 7 Nov 2026

Preprint
Not peer reviewed
From TECNALIA
Quantum Computing

Researchers report shortcuts-to-adiabaticity approach improves quantum molecular simulation accuracy

Original title: Shortcuts for Adiabatic and Variational Algorithms in Molecular Simulation

A preprint reports that shortcut-inspired ansätze can match or beat UCCSD accuracy while needing fewer resources on noisy quantum hardware.

Added 7 Nov 2026

Preprint
Not peer reviewed
From China Mobile (Suzhou)
Quantum Computing

Preprint extends leakage-suppression pulse design to low-frequency quantum control

Original title: Higher-Order Magnus Corrections to Leakage Elimination Operator-Based Quantum Control Pulse Design in the Low-Frequency Regime

A preprint reworks a leakage-suppression control method so it also works at lower driving frequencies, using Magnus expansion corrections.

Added 7 Nov 2026

Journal article
Review status unknown
Quantum Computing

Study benchmarks post-quantum crypto energy use on constrained devices

Original title: Energy Consumption of Post-Quantum Cryptography on Constrained and General-Purpose Architectures

Researchers measured energy and speed of NIST post-quantum algorithms on Raspberry Pis and laptops, flagging SLH-DSA signing as costly on 32-bit hardware.

Olivier Gillot et al. · Added 7 Nov 2026 · Released Aug 2026

Journal article
Review status unknown
Quantum Computing

Theoretical work turns electron momentum recoil into a programmable quantum ladder

Original title: Quantum computing and quantum optics with recoiled free electrons

The authors report a theoretical framework that uses electron recoil to build a controllable qudit for quantum simulation and computing.

Maxim Sirotin et al. · Added 7 Nov 2026 · Released May 2026

Preprint
Not peer reviewed
From InfiX.ai
Artificial Intelligence

A preprint reports a new way to fuse multiple LLMs during preference alignment

Original title: InfiFPO: Implicit Model Fusion via Preference Optimization in Large Language Models

Researchers propose InfiFPO, which fuses several source models into one during preference optimisation rather than just supervised fine-tuning.

Added 7 Nov 2026

Journal article
Peer reviewed
Quantum Computing

New circuit halves gate count for encoding surface-code quantum states

Original title: A Unitary Encoder for Surface Codes

Researchers propose a non-local encoder for surface codes that cuts circuit depth and beats prior methods in simulated noise tests.

Pei-Kai Tsai et al. · Added 7 Nov 2026 · Released Jun 2025

Preprint
Not peer reviewed
Artificial Intelligence

A preprint reports a tool-retrieval system that adapts to runtime API failures

Original title: RATED: Reliability-Aware AI Agent Tool Retrieval via Execution Dynamics

Researchers describe RATED, a tool retrieval framework that re-ranks candidates using live execution feedback to avoid failing APIs.

Weiliang Chen et al. · Added 7 Nov 2026

Journal article
Review status unknown
Quantum Computing

Researchers report geometric method to curb circuit errors without ancilla qubits

Original title: Bridging Pulse and Circuit Levels: A Geometric Framework for Deterministic Error Suppression

A journal article proposes deterministic gate sequences that the authors say bound circuit errors without logical encoding or extra qubits.

Junkai Zeng et al. · Added 7 Nov 2026

Conference paper
Review status unknown
Artificial Intelligence

A preprint benchmark finds LLMs struggle to explore multiple valid reasoning paths

Original title: LogicGraph : Benchmarking Multi-Path Logical Reasoning via Neuro-Symbolic Generation and Verification

Researchers introduce LogicGraph, a benchmark showing language models tend to fix on one proof route and miss alternative valid paths as problems get harder.

Yanrui Wu et al. · Added 7 Nov 2026 · Released Jan 2026

Preprint
Not peer reviewed
Quantum Computing

Preprint advances old conjecture: parallel quantum queries need structure for speedups

Original title: Parallel Quantum Advantage with Limited Adaptivity Requires Structure

A preprint extends a 2014 conjecture, showing parallel-query quantum algorithms can be classically simulated almost everywhere without special input structure.

Qipeng Liu et al. · Added 7 Nov 2026

Journal article
Peer reviewed
Quantum Computing

New gradient rule promises exact derivatives for broader quantum algorithm cost functions

Original title: Exact gradient for general cost functions in variational quantum algorithms

Researchers derive a unitary-based gradient rule for variational quantum algorithms that works beyond standard expectation-value cost functions.

Jesus Urbaneja et al. · Added 7 Nov 2026 · Released Apr 2026

Journal article
Review status unknown
From Baichuan Intelligent Technology
Artificial Intelligence

Study shows LLM agents can quietly spread manipulated knowledge to others

Original title: Flooding Spread of Manipulated Knowledge in LLM-Based Multi-Agent Communities

Researchers report a two-stage attack that makes LLM agents spread false or toxic knowledge to other agents without direct prompt manipulation.

Added 7 Nov 2026 · Released Jul 2024

Preprint
Not peer reviewed
From CoreThink AI
Artificial Intelligence

A preprint reports neuro-symbolic pipeline lifts ARC-AGI-2 reasoning scores over base LLMs

Original title: Compositional Neuro-Symbolic Reasoning

A preprint describes a neuro-symbolic system that separates perception from rule-finding to improve scores on the ARC-AGI-2 reasoning benchmark.

Added 7 Nov 2026

Conference paper
Review status unknown
Artificial Intelligence

Benchmark exposes privacy-utility trade-off in medical LLM question answering

Original title: MedPriv-Bench: Benchmarking the Privacy-Utility Trade-off of Large Language Models in Medical Open-Ended Question Answering

A new benchmark finds that medical LLMs often leak re-identifying clinical details even when answers are clinically useful.

Shaowei Guan et al. · Added 7 Nov 2026 · Released Jan 2026

Conference paper
Review status unknown
Quantum Computing

Researchers report faster distributed quantum circuits using pre-shared entanglement

Original title: Distributing Quantum Circuits Using Pre-Distributed Entanglement Pairs over Quantum Networks

A conference paper proposes pre-distributing entanglement pairs across a quantum network before circuit execution to cut computation time.

Yukun Yang et al. · Added 7 Nov 2026 · Released Apr 2026