Accelerating Chemistry

& Materials R&D

Accelerating Chemistry & Materials R&D

with Artificial Intelligence

Entalpic helps industries use cutting-edge AI research to discover new materials and chemistry, enabling smarter and more sustainable industrial processes.

We are building a generative AI platform to drive breakthrough discoveries and co-develop strong intellectual property for our customers.

As pioneers in AI for Science, our mission is to master fundamental chemistry towards a more efficient and sustainable future.

Value Proposition

 

An innovative approach built on 3 pillars

AI Expertise

We are a team of machine learning experts with a proven track record in developing state-of-the-art predictive and generative models for the discovery of new materials and chemistry.

Our AI models leverage multiple data sources, including quantum simulations, scientific literature, patents and experimental data generated by our customers.

We view experiments as essential data sources for AI-driven R&D. Our platform is designed to interface seamlessly with experimental labs, enhancing discovery potential through data feedback loops

We are a team of machine learning experts with a proven track record in developing state-of-the-art predictive and generative models for the discovery of new materials and chemistry.

 

AI
Expertise

Our AI models leverage multiple data sources, including quantum simulations, scientific literature, patents and experimental data generated by our customers.

Multimodal
datasets

We view experiments as essential data sources for AI-driven R&D. Our platform is designed to interface seamlessly with experimental labs, enhancing discovery potential through data feedback loops.

Experimental
integration

 

Technology

*Click on the blocks to discover our technology

AI Chemistry
Co-Pilot

Generative AI for
Materials or
Chemistry Design

Quantum 

Simulations

Patents &
Publications

Experimental
data

High-quality multi-modal datasets

We identify the most promising IP whitespaces to guide your R&D, turning innovation potential into exhaustive technological trees.

Our agentic LLM analyzes patents and academic publications using RAG to identify research opportunities with the right balance of patentability and breakthrough potential.

Whitepaper to come

Discover new materials or chemistry innovations for target applications with our Generative AI platform.

Our approach combines predictive models (GNN), generative models (GFlowNet) and Density Functional Theory (DFT) within an active learning framework.

Whitepaper to come

To power your R&D and train our models, we create and process high quality datasets:

  • Patents & academic publications: placing IP at the core of discovery.
  • Quantum simulations datasets: DFT-driven data generation using our active learning pipeline, leveraging open-source datasets through LeMaterial initiative.

  • Experimental data, generated through our automated high-throughput lab ecosystem.

 

AI is a versatile technology that enables

exploration across multiple scientific domains.

AI is a versatile technology that enables exploration across multiple scientific domains.

Our expertise focuses on catalysis, electrochemistry, and more broadly optimizing solid-fluid interfaces.

Energy Storage

Innovating battery technologies 
for electric vehicles and stationary storage.

Advancing CO₂ capture technologies to decarbonize energy-intensive industries.

Driving scalable solutions for production, transport and storage.

Optimizing production of essential materials like aluminium and graphite.

Your Application Field

We are open to exploring new scientific and business opportunities. Contact us to discuss how we can collaborate on your challenge.

Energy storage

Innovating battery technologies for electric vehicles and stationary storage.

Carbon Capture

Advancing CO₂ capture technologies to decarbonize energy-intensive industries.

Greener Hydrogen 

& Ammonia

Driving scalable solutions for production, transport and storage.

Critical Materials

Optimizing production of essential materials like aluminium and graphite.

Your Application Field

We are open to exploring new scientific and business opportunities. Contact us to discuss how we can collaborate on your challenge.

 

About us

About us

We are forward-thinking scientific explorers, deeply rooted in AI expertise and bound by integrity. Our core purpose is to help achieve Net Zero and drive the energy transition. We embrace working with energy-intensive industries to drive sustainable processes.

Machine Learning, Chemistry and Materials experts.

More than 50% PhDs

Alumni of Polytechnique,
Berkeley, Mines PSL, Stanford, CentraleSupelec, UCL, ENS…

Machine Learning, Chemistry
and Materials experts.

More than 50% PhDs

Alumni of Polytechnique,
Berkeley, Mines PSL, Stanford, CentraleSupelec, UCL, ENS…

We are forward-thinking scientific explorers, deeply rooted in AI expertise and bound by integrity. Our core purpose is to help achieve Net Zero and drive the energy transition. We embrace working with energy-intensive industries to drive sustainable processes.
2022 - 2024
Spring 2024
Summer 2024
Early 2025
Summer 2025
Fundamental research
on AI platform @Mila
Creation
8.5m Fundraising
Core team of 15 persons
working on tech
Scientific discovery
of new catalyst
2022-2024
Fundamental research
on AI platform @Mila
Spring 2024
Creation
Summer 2024
8.5m Fundraising
Early 2025
Core team of 15 persons
working on tech
Summer 2025
Scientific discovery
of new catalyst

Contact Form

    STATION F

    5 Parv. Alan Turing, 75013 Paris, France

    MILA

    6666 rue saint urbain, Montréal, Canada