Est. 1994 — University Research Collective

Advancing the Frontiers of Logic.

A specialized research laboratory dedicated to the intersection of formal verification, autonomous systems, and neural computation.

Research Areas

[03 Domains]
Abstract blue network lines representing formal logic and verification research
CORE_01

Formal Logic & Verification

Applying mathematical rigor to software design to ensure zero-defect mission-critical systems.

Explore Lab
Technical diagram of a robotic arm for autonomous robotics research
CORE_02

Autonomous Robotics

Exploring multi-agent systems and decentralized decision-making in unstructured environments.

Explore Lab
Macro silicon wafer patterns representing neural architecture research
CORE_03

Neural Architecture

Developing biologically-inspired hardware for energy-efficient edge computing and AI.

Explore Lab

Selected Publications

Our researchers regularly contribute to top-tier journals including Nature, IEEE, and ACM Transactions.

All202620252024
[2026]

Compositional Proof Carrying Code for Safety-Critical Autonomous Fleets

A. Miller, P. Nakamura, L. ChenACM Transactions on Programming Languages and Systems

[2026]

Auditable Agent Protocols: Verifying Tool-Using Language Models at Runtime

M. Sterling, S. K. GuptaIEEE Symposium on Security and Privacy

[2025]

Distributed Consensus Under Adversarial Latency in Planetary-Scale Networks

L. Chen, B. Sterling, H. KaurOSDI 2025

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2026–27 Programme

Computational Ethics & Logic 2027

Registration and the call for papers are open for our March 2027 symposium on logic in autonomous agents. Before then: the Winter Seminar on neuromorphic edge computing (27 August) and Open Lab Day (9 October).

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