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Research at the University of Chicago Pritzker School of Molecular Engineering is not divided into siloed departments but spans interdisciplinary research themes. UChicago PME researchers are advancing impactful research in energy, sustainability, quantum computing, cancer therapies, immunoengineering, and much more.

Engage with UChicago PME Experts

Shuolong Yang

Assistant Professor of Molecular Engineering in the UChicago Pritzker School of Molecular Engineering

 

Expertise: Experimental Condensed Matter Physics, Quantum Materials Engineering, Thin-Film Deposition, Ultrafast Photoemission Spectroscopy

 

Meet PME’s Quantum Faculty

Aaron Esser-Kahn

Professor of Molecular Engineering in the UChicago Pritzker School of Molecular Engineering

 

Expertise: Vascular Tissue Engineering, Immune Programming Polymers, Carbon Capture Methods

 

Meet PME’s Immunoengineering Faculty

Y. Shirley Meng

Liew Family Professor in Molecular Engineering in the UChicago Pritzker School of Molecular Engineering

 

Expertise: Energy, Batteries

 

Meet PME’s Materials Systems Faculty

Current Research

Researchers develop molecular qubits that communicate at telecom frequencies

The unique qubits also connect light and magnetism at the quantum level, which makes them powerful potential building blocks for quantum technologies

Tiny sensors rapidly detect “forever chemicals” in water

The new portable test has the potential to distinguish different PFAS chemicals, including those on which the US Environmental Protection Agency recently put new limits

Multi-institution collaboration achieves quantum advantage in probing quantum systems

The researchers showed that while a classical, entanglement-free approach to these measurements would take 20 million years, their quantum, entanglement-enhanced approach took less than 15 minutes

Tomorrow’s quantum computers could use sound, not light

New research has achieved deterministic phase control of the sound “particles” known as phonons, presenting a major advantage over photon-based quantum systems

Breakthrough advances sodium-based battery design

By stabilizing a metastable form of sodium solid electrolyte, a new technique creates all-solid-state sodium batteries that retain performance down to subzero temperatures

New method improves the accuracy of machine-learned potentials for simulating catalysts

Researchers developed a powerful new tool that harnesses electronic structure theories and machine learning to simulate transition metal catalytic dynamics with both accuracy and speed

Photographer John Zich shooting Meng Lab

Media Resources

Access resources tailor-made for our media partners, including a curated monthly newsletter with the latest breaking research and media contacts who can help connect you to the right experts.

Resources

Media contacts

Paul Dailing
PME media liaison for sustainability, climate, energy, materials, immunology, arts/science, community outreach
dailing@uchicago.edu
312.444.0354

Tyler Prich
PME/UChicago media liaison for quantum engineering, quantum internet, investment in quantum architecture
tprich@uchicago.edu
773.834.8326

Mike Herbst
PME/UChicago media liaison for immunoengineering, cell and gene therapy, vaccine and immunotherapy development
mikeherbst@uchicago.edu
708.381.9550

Melissa Abraham
PME senior strategic communications, media & marketing leader
melissaabraham@uchicago.edu

By the Numbers

Research

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