Research

Research

We study AI systems that can learn from experience, reason through language, and act responsibly under real constraints.

BREATHE AI Lab works at the intersection of natural language processing, machine learning, and agentic systems. Our central question is how language models can move beyond static prediction toward systems that improve through interaction, use tools and feedback, remain efficient enough to deploy, and can be evaluated with evidence rather than impression.

The public agenda is intentionally high level. It describes the scientific shape of the lab while leaving room for concrete projects, datasets, and methods to evolve with the team.

Self-evolving AI

Models and agents that adapt from feedback, trajectories, tool use, and experience.

Language agents

Systems that plan, use tools, collaborate, and complete long-horizon tasks.

Small language models

Compact models that remain capable, controllable, and useful under deployment constraints.

Responsible evaluation

Measurements that expose capability, robustness, failure modes, and usefulness.

Abstract thumbnail for an agent learning loop
Preview Agentic AI

Learning to Improve: Self-Evolving Language Agents from Interaction Traces

Author One, Author Two, BREATHE AI Lab · Preprint

Work on agents that turn feedback, tool-use trajectories, and task outcomes into future improvements.

agents eval
Abstract thumbnail for compact language models
Preview Efficient models

Compact Language Models as Controllable Components for AI Systems

Author One, Author Two, BREATHE AI Lab · Preprint

Papers on efficient training, specialization, distillation, and deployment-aware language intelligence.

models
Abstract thumbnail for evaluation and analysis
Preview Evaluation

Beyond Static Benchmarks: Evaluating Adaptive AI Systems

Author One, Author Two, BREATHE AI Lab · Preprint

Evaluation work that measures adaptation, robustness, failure modes, and usefulness under changing conditions.

eval