Our plans for a materially better future
Our team at the Acceleration Consortium
Open roles and opportunities
Our comprehensive equity, diversity and inclusion program
Get in touch
How self-driving labs work and their potential to change the world
Our core facilities and related labs
Indigenous Science and Ethical Substance Lab
Lab for the Management of Science & Technology
Our researchers around the world
Our affiliate researchers around the world
Our community of government, industry, startups, and not-for-profits
Programs and grants to support the next generation of scientists
Our upcoming workshops, seminars, and more
Our annual conference
Hands-on courses to learn about the principles and tools of accelerated discovery
The latest at the AC and in the field of accelerated discovery
AC-related research and discoveries
How the AC is making a mark
Answers to commonly asked questions
The Magic Lab
Meet Anatole von Lilienfeld, the inaugural Clark Chair in advanced materials discovery
Using an automated chemistry lab to find the origin of life
University of Toronto breaks ground on new home for the Acceleration Consortium
Turning trains into gigatonne-scale carbon capture systems
University of Toronto researchers use quantum computer to discover potential cancer drug treatment
U of T receives $200-million grant to support Acceleration Consortium's ‘self-driving labs’ research
U of T researchers develop new approach using quantum computers to accelerate drug discovery
Toxic Tour
