...

Artificial Organic Chemistry Lab

Molecular catalysts and chemical reactions designed by artificial intelligence with the help of simulations, realized and tested utilizing automated lab protocols.

Our Team

The Pollice Research Group is committed to create an inclusive research environment where members feel safe and respected. We believe that diversity is an intrinsic and important part of the academic community and, therefore, we appreciate differences in backgrounds, experiences and perspectives, and facilitate them to help everyone in our team to reach their full potential in both scientific and non-scientific matters.

...

Our Research

Our research interests rest on four main pillars. Our primary target is the design of molecular catalysts for organic reactions with the help of computers. To realize that, we combine the simulation of chemical reactions with lab automation for high-throughput experiments and artificial molecular design algorithms. This allows us to incorporate data-driven algorithms directly into our workflow enabling us to accelerate the discovery process.

Latest News

...

December 14, 2023

Members
Group Afternoon Winter 2023

On December 14, the group had a group afternoon in Groningen. We competed in laser tag, enjoyed authentic Chinese dinner prepared by Yanchao, and, to top it off, made a new group picture in Reitdiephaven.

See pictures

...

December 14, 2023

Members
Pieter joins

On December 14, Pieter joined the group as a Master student. Pieter will work on language models for chemistry.

See bio

...

November 1, 2023

Members
Yanchao joins

On November 1, Yanchao joined the group as its third PhD student. Yanchao will work on data-driven design of organocatalysts.

See bio

Social Media

Recent Papers

...

January 31, 2024

Reaction Simulation
Rational Design of Organic Molecules with Inverted Gaps between First Excited Singlet and Triplet

R. Pollice*, B. Ding, A. Aspuru-Guzik*

Matter 2024, In Press.

...

January 11, 2024

Artificial Design
Artificial Design of Organic Emitters via a Genetic Algorithm Enhanced by a Deep Neural Network

A. Nigam#, R. Pollice#,*, P. Friederich, A. Aspuru-Guzik*

Chem. Sci. 2024, In Press.

...

September 22, 2023

Artificial Design
Tartarus: A Benchmarking Platform for Realistic And Practical Inverse Molecular Design

A. Nigam, R. Pollice*, G. Tom, K. Jorner, J. Wiles, L. A. Thiede, A. Kundaje, A. Aspuru-Guzik

Advances in Neural Information Processing Systems 2023, In Press.