Mater-AI

The problem with thermoelectrics today

They're toxic, inefficient, costly and rely on rare earth metals.

A new generation
of materials with AI

A new generation of materials
with AI

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electrical
and thermal conductance.

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electrical and thermal conductance.

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electrical
and thermal conductance.

R&D accelerated from decades to weeks

R&D accelerated from
decades to weeks

Thermoelectric materials with superior efficiency and no toxic elements have the potential to transform power generation and solid-state cooling across automotive, industrial systems, and IoT applications.

World-class lab partners

Mater-AI synthesise and test our AI-designed materials with University of Cambridge, Henry Royce Institute,
Imperial College London.

World-class lab partners

We synthesise and test our AI-designed materials with University of Cambridge, Henry Royce Institute, Imperial College London.

World-class lab partners

We synthesise and test our AI-designed materials with University of Cambridge, Henry Royce Institute, Imperial College London.

We bring AI-discovered thermoelectrics materials into the real world for power generation and solid-state cooling. By significantly improving efficiency, we’re not only replacing legacy systems but also enabling entirely new applications.

Let's build a better material future.

Whether you're a collaborator, investor, or visionary partner,

lets shape the future together.

Whether you're a collaborator, investor, or visionary partner,
lets shape the future together.

Whether you're a collaborator, investor, or visionary partner, lets shape the

future together.

Meet the founding team

Meet the
founding team

Dr. Nickel Blankevoort

Co-Founder, CEO

PhD Quantum Nanotechnology &

Thermoelectrics, Metrology Engineer

Uni. of Warwick, Entrepreneur First, ASML

Dr. Chelsea Williams

Co-Founder, CTO

Quantum Computing, AI,

Physics, Quant. Analyst

Uni. of Exeter, Uni. of Cambridge, NWM

Gatleen Bhambra

Co-Founder, COO

Product, Commercial, Operations,
MSc Int. Business Management

Jacquard, Revolut, Gate One Consulting

Dr. Jack Broad

Founding AI Scientist

PhD in App. Mathematics,
Post-doc ML for Materials Discovery

Uni. of Nottingham,
Berkeley National Lab

Dr. Joshua Humphreys

Experimental Materials Scientist

PhD in Chemistry

Post-Doc Semi-Conductor Materials

Uni. of Nottingham,
Imperial College London

PhD in Chemistry,
Post-doc in Materials Science x3

Uni of Nottingham, Imperial College London

We're backed by world-class investors

We're backed by
world-class investors

Follow the future of materials

Join our mailing list for early insight into our discoveries, results, and what they unlock.

Website by Ruffled

The problem with thermoelectrics today

The problem with thermoelectrics today

The problem with thermoelectrics today

They're toxic, inefficient, costly and rely on rare earth metals.

They're toxic, inefficient, costly and rely on rare earth metals.

A new generationof materials with AI

A new generationof materials with AI

A new generation of materialswith AI

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electricaland thermal conductance.

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electrical and thermal conductance.

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electricaland thermal conductance.

R&D accelerated from decades to weeks

R&D accelerated from decades to weeks

Thermoelectric materials with superior efficiency and no toxic elements have the potential to transform power generation and solid-state cooling across automotive, industrial systems, and IoT applications.

Thermoelectric materials with superior efficiency and no toxic elements have the potential to transform power generation and solid-state cooling across automotive, industrial systems, and IoT applications.

World-class lab partners

World-class lab partners

We synthesise and test our AI-designed materials with University of Cambridge, Henry Royce Institute, Imperial College London.

World-class lab partners

We bring AI-discovered thermoelectrics materials into the real world for power generation and solid-state cooling. By significantly improving efficiency, we’re not only replacing legacy systems but also enabling entirely new applications.

Let's build a better material future.

Let's build a better material future.

Whether you're a collaborator, investor, or visionary partner,lets shape the future together.

Meet the founding team

Meet thefounding team

Dr. Nickel Blankevoort

Co-Founder, CEO

Dr. Chelsea Williams

Co-Founder, CTO

Gatleen Bhambra

Co-Founder, COO

Dr. Jack Broad

Founding AI Scientist

Dr. Joshua Humphreys

Experimental Materials Scientist

We're backed by world-class investors

We're backed byworld-class investors

Follow the future of materials

Join our mailing list for early insight into our discoveries, results, and what they unlock.

A new generation
of materials with AI

A new generation
of materials with AI

A new generation of materials
with AI

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electrical
and thermal conductance.

Mater-AI is producing materials more efficient than the industry gold standard, optimised for electrical
and thermal conductance.

R&D accelerated from
decades to weeks

Whether you're a collaborator, investor, or visionary partner,
lets shape the future together.

Meet the
founding team

We're backed by
world-class investors