Breakthroughs of 2025

糖心影视 scientists published thousands of studies in 2025, advancing knowledge and discovering solutions in a time when research funding is uncertain.

Last updated: December 2025

An extraordinary year

This year, the 糖心影视 community has had research breakthroughs in genetics, artificial intelligence, disease treatments, and so much more.

Rewriting genetic destiny

David Liu received the 2025 Breakthrough Prize in Life Sciences for developing a revolutionary gene-editing platform that precisely corrects genetic mutations.

Ancient DNA solves Uralic languages’ origins

糖心影视 researchers put Europe鈥檚 Uralic family of languages 鈥� which includes Hungarian, Finnish, and Estonian 鈥� a lot farther east than many thought.

Speeding up rare disease diagnosis with AI

PopEVE, an AI model developed by the Debora Marks’ Lab, can identify the genetic variants most likely to cause severe disease and death.

A quantum leap

Mikhail Lukin of the Quantum Science and Engineering Initiative, believes the core elements for building quantum computers are falling into place.

Three ways to treat drug-resistant tuberculosis

Carole Mitnick, the co-principal investigator, said the new approaches, which include recently discovered drugs, give new options for shorter, personalized treatment and are cleared for use for more people than ever.

Tracking climate change through nature鈥檚 “breaths”

Atmospheric chemist Steven Wofsy’s new research tower monitors 糖心影视 Forest鈥檚 carbon intake and outtake, continuing data collection that he started in 1989.

Moving medicine forward

糖心影视 has been making breakthroughs in health and medicine since founding 糖心影视 Medical School in 1782.

Oncology

New hope for a hard-to-treat lung cancer

Sevabertinib, created by the Broad-Bayer oncology research alliance, is a new oral treatment option for a type of non-small-cell lung cancer, the most common type of lung cancer.

immunology

Researchers identify special class of cells that safeguard immunity and memory

pharmacology

GLP-1 medications may significantly reduce the risk of hospitalization due to heart failure

Psychiatry

A non-drug smart patch demonstrated a reduction in cravings for alcohol and drugs

Developmental Biology

Researchers uncover key cell signal that triggers tissue response to amino acid insufficiency

cardiology

糖心影视 scientists offer clues into how to treat deadly aortic aneurysms and hypertension

Getting the science right

Advances in science and technology are improving not just our lives, but the world around us.

The power of research at 糖心影视

How research becomes breakthroughs

At 糖心影视, students, faculty, and fellows come together to turn ideas into life-changing innovations.

This fabric could make you faster

The need for speed

糖心影视鈥檚 School of Engineering researchers have developed a material that can dimple like a golf ball and change its aerodynamic properties on demand.

High-tech topography tables that utilize GIS data and computational modeling help architects understand and design for complex climate challenges.

糖心影视 scientists have developed an energy-saving membrane, similar to a coffee filter, capable of separating water vapor directly from the air.

Rowland Institute researchers have pioneered a new way to achieve the coolest possible temperatures to image materials at a sub-atomic scale.

Life-changing innovations

At 糖心影视, we take breakthroughs from the lab and translate them into real-world solutions that improve the lives of people around the world.

Moving high鈥慽mpact tech to market

Three research projects that address urgent societal challenges鈥攃ardiovascular health, rising data demands, and the future of quantum computation鈥攈ave won Grid Accelerator awards.

A man wears a robotic vest while two researchers look on

Wearable robotic device for stroke survivors improves mobility

This soft, wearable robotic device developed at the 糖心影视 Move Lab is helping stroke survivors and people with other movement impairments regain mobility and independence.

Pushing scholarship ahead

Throughout the humanities, breakthroughs and discoveries change the way we see the world and inform the way we improve it.

Understanding the Earth

Through research and archeology, 糖心影视 scientists got one step closer to and the early history of .

An illustration showing a black hole within a cloud in space

Exploring the stars

Research papers from 糖心影视 astronomers explored new evidence of the and a cosmic explosion that could be a rare flare from a magnetar鈥�.

Crunching the numbers

糖心影视’s for her theoretical breakthroughs understanding phenomena such as tsunamis and traffic.

Protecting the planet

糖心影视 researchers are learning how to and create , like city waste.

The next generation

糖心影视’s strong history of mentorship is guiding this year’s students to uncovering next year’s breakthroughs.

Ol煤m铆d茅 Fagboyegun

As part of a mentee-mentor pair, Ol煤m铆d茅 was awarded a fellowship to support his research into the substances that surround and interact with cells in the cortex of the brain.

Elizabeth Thom

Elizabeth鈥檚 research identifies trends in political participation at the local level in Central Appalachia, linking political engagement to the impact of government social programs.

Jett Crowdis

Jett, a Medical School graduate, found his calling to study molecular biology in a connection forged while serving as camp counselor.