pine.ly accelerates the development of sustainable materials
pine.ly uses classical computational methods and quantum computing to accelerate catalyst and material development.
Who We Are
Nayer Hatefi
Computational Chemist
Background:
MSc University of Guelph
MSc Iran University of Science and Technology
Shabnam Safaei
Co-founder and Director
Background:
Researcher, Centre for Quantum Technologies (NUS)
PhD Physics, Scuola Normale Superiore
Rachelle Choueiri
Co-founder and Director
Background:
Researcher, University of Waterloo
PhD Materials Chemistry, University of Toronto
What We Do
Quantum computing & classical simulations
Our core technology leverages quantum computing and classical simulations to optimize chemical systems. Quantum computing is poised to revolutionize the chemical industry due to improved accuracy and scaling.
Sustainable materials and processes
We focus on improving sustainable materials and catalysts. By using computational methods, we significantly reduce the time spent on trial and error in the lab.
Our first target is improving reactions that transform excess carbon dioxide emissions into value-added products.
Join us!
pine.ly is looking for computational chemists!
Join us!
Investors
Are you an investor interested in learning more about how we combine cleantech, advanced materials, and quantum computing? Send us a message to learn more!
Customers
We help advanced materials companies model their systems and improve performance. Contact us today to learn about how we can help you.
Scientists
We're always looking for computational chemists, quantum computing enthusiasts, and students in physics and chemistry to collaborate with. Check out our LinkedIn page to see our latest opportunities or reach out via email.
