News

2025

UChicago chemistry professors recognized with prestigious ACS Awards

August 29, 2025

Combined photo of Dimitri Talapin and John Anderson.

Dmitri Talapin and John Anderson honored for their pioneering contributions to chemistry.


Scientists program cells to create ‘biological qubit’ in quantum breakthrough

August 29, 2025

University of Chicago Ph.D. candidate Jacob Feder, left, and study co-first author Benjamin Soloway working in the lab.

David Awschalom was involved in multidisciplinary effort that has designed quantum tech that can be produced naturally by cells.


Another Earth-like exoplanet crossed off the list: the JWST shows that GJ 3929b has no atmosphere

August 29, 2025

An artist's illustration of the rocky exoplanet GJ 3929

UChicago astronomers using JWST reveal GJ 3929b is a bare rock, lacking atmosphere, advancing our understanding of rocky exoplanet evolution.


Building a quantum powerhouse in the US Midwest

August 29, 2025

Photo of David Awschalom and Preeti Chalsani.

UChicago’s David Awschalom joins Physics World Weekly to discuss how Illinois is emerging as a hub for quantum innovation with labs and industry.


AI now matches prediction markets in forecasting real events, study finds

August 29, 2025

Photo of an artificial human.

University of Chicago’s Prophet Arena pits AI models against live prediction markets. Early results suggest machines can match, and sometimes beat, the wisdom of crowds.


Scientists crack the mystsery of galactic filaments and magnetic fields at the heart of the Milky Way

August 29, 2025

Magnetic fields, stellar winds, and cosmic filaments are rewriting what we know about star formation and galactic evolution.

New study reveals how magnetic fields shape Sagittarius C, fueling star birth and cosmic filaments in the Milky Way’s heart.


Researchers engineer cells to develop biological qubits in pioneering multidisciplinary breakthrough

August 29, 2025

Purple, blue, and red bacteria.

UChicago scientists including David Awschalom turn fluorescent proteins into living qubits, pioneering quantum sensing inside cells and reshaping bioimaging.


Cybersecurity training doesn’t work: time wasted with no impact, study finds

August 29, 2025

Hands breaking apart a red shield with cracks forming in it.

UChicago and UCSD study finds cybersecurity training barely reduces phishing risk, 56% of employees clicked fake links in tests.


Sensors could permanently fly in the “ignorosphere” using novel propulsion technique

August 29, 2025

Example of how photophoresis works in the atmosphere as a propulsion mechanism.

UChicago and Harvard researchers use photophoresis to design tiny flyers for monitoring Earth’s elusive mesosphere.


Scientists have created a protein qubit inside a living cell

August 29, 2025

Purple light shining on a scientist working on a petri dish with a syringe.

An incredible breakthrough brings quantum-scale precision sensing to living biological systems.


Diamond biosensors detect 49 biomolecules for faster diagnostics

August 29, 2025

Chemical chain of elements.

UChicago team develops diamond biosensor detecting 49 biomolecules at once, paving the way for faster, scalable medical diagnostics.


Can red dwarf planets support life? Webb investigates TRAPPIST-1

August 29, 2025

Photo of a black object in front of a large red dwarf.

UChicago & Montréal researchers using NASA’s Webb find TRAPPIST-1 d lacks an Earth-like atmosphere, ruling it out as a potential twin.


Sunlight-powered flyers could unlock secrets of Earth’s atmosphere

August 29, 2025

Example of how photophoresis works in the atmosphere as a propulsion mechanism.

UChicago and Harvard scientists design sunlight-powered flyers that can levitate into the mesosphere using photophoresis, opening new ways to study climate and weather.


3D-printed electronics can dissolve in water for quick recycling

August 29, 2025

Prototype electronics can be made from a polymer that dissolves in water when it is time for recycling.

Electronic devices that dissolve in water could make it easier to create and recycle technology prototypes—and they could even inspire more sustainable commercial devices.


Self-assembling nanoparticles at room temp could transform drug delivery

August 25, 2025

Researchers designed nanoparticles that can self-assemble at room temperature and deliver RNA (green) to living cells (nuclei shown in blue), offering a new pathway to vaccine and biologic drug design.

Stuart Rowan and other researchers developed self-assembling nanoparticles that deliver RNA and proteins at room temperature, offering a simple, scalable solution for drug delivery.