AI × Mathematics

Advanced AI-Powered Mathematical Proof

Revolutionizing mathematical research through cutting-edge AI and Lean language integration. We're building the future of automated theorem proving and mathematical verification.

Our Technology

Combining the precision of Lean theorem proving with the power of Large Language Models

Lean Integration

Deep integration with Lean 4 theorem prover, enabling formal verification and mathematical proof construction with unparalleled precision.

AI Reasoning

Advanced Large Language Models trained specifically for mathematical reasoning, proof generation, and theorem discovery.

Automated Verification

Seamless verification pipeline that ensures mathematical correctness while maintaining human-readable proof structures.

How It Works

1

Problem Input

Mathematical problems and conjectures are input in natural language or formal notation

2

AI Analysis

Our LLMs analyze the problem structure and generate potential proof strategies

3

Lean Verification

Proof candidates are verified using Lean's formal verification system

4

Validated Proof

Final mathematically sound proof with full verification guarantee

Applications & Use Cases

Transforming mathematical research across academic and industrial domains

Academic Research

  • Automated theorem discovery
  • Proof verification and validation
  • Research collaboration tools
  • Mathematical knowledge synthesis

Industry Solutions

  • Cryptographic protocol verification
  • Algorithm correctness proofs
  • Safety-critical system validation
  • Blockchain smart contract verification

Educational Tools

  • Interactive proof tutorials
  • Step-by-step proof generation
  • Mathematical reasoning training
  • Automated problem generation

Research & Methodology

Advancing the frontier of AI-assisted mathematical reasoning

Novel AI Architecture

Our proprietary neural architecture combines transformer-based language models with symbolic reasoning engines, creating unprecedented capabilities in mathematical proof generation and verification.

Lean 4 Integration

Deep integration with Microsoft Research's Lean 4 theorem prover ensures absolute mathematical rigor while maintaining accessibility for researchers and practitioners.

Training Methodology

Our models are trained on extensive mathematical corpora including formalized proofs, academic papers, and theorem databases, creating comprehensive mathematical understanding.

Key Research Areas

Automated Theorem Proving
Neural Symbolic Reasoning
Formal Verification
Mathematical Language Processing
Proof Synthesis
Interactive Theorem Proving

Our Team

World-class researchers and engineers at the intersection of AI and mathematics

Our interdisciplinary team brings together leading experts in artificial intelligence, formal methods, and mathematical research. With deep expertise in both theoretical foundations and practical implementation, we're uniquely positioned to revolutionize mathematical proof automation.

AI Research

PhD-level researchers with extensive experience in Large Language Models, neural reasoning, and AI safety from top-tier institutions.

Mathematical Foundations

Professional mathematicians and logicians with deep knowledge of formal proof systems, theorem proving, and mathematical verification.

Software Engineering

Senior engineers with expertise in distributed systems, high-performance computing, and production AI system deployment.

Our Values

🔬
Scientific Rigor
🤝
Open Collaboration
💡
Innovation Excellence
🌍
Global Impact

Get In Touch

Partner with us to shape the future of AI-powered mathematical research

Research Collaboration

Join our research initiatives and contribute to advancing AI-powered mathematical proof systems.

Collaborate

Partnership Opportunities

Explore strategic partnerships and integration opportunities for enterprise and academic applications.

Partner with Us

Early Access

Be among the first to access our platform when products and services become available.

Join Waitlist