��ɫ����TV

Getting Better at Removing Brain Tumors

In a leap for personalized medicine, CMU scientists have discovered a simple and valuable way to improve brain cancer surgeries. 

Researchers Rethink Chronic Pain

Researchers from CMU's Neuroscience Institute are exploring how pain is measured, understood and treated to support safer, more effective care.

CMU professor's research explores how people adapt and thrive under stress, with a focus on the mind-body connection and pathways to resilience. 

CMU Health Startups That Could Improve Patient Care

Meet four CMU-affiliated startups that are translating academic research into tools that could improve health care for millions of Americans. 

The At-Home Test That Could Catch Cancer Earlier

Researchers are building a screening test that is able to detect more than 30 types of Stage 1 cancer from the comfort of a patient's own home. 

Epilepsy Tool

To help scientists learn how epilepsy works, a CMU student built a new software package that displays brain activity data for epilepsy in a revolutionary way. 

Antibiotic Resistance

Researchers have uncovered a vulnerability in bacteria that could pave the way for an entirely new class of treatments that doesn't kill bacteria, but targets a key mechanism that controls its behavior. 

Parkinson's Therapy

More than a decade of research culminating in a clinical trial that could reshape how we treat Parkinson's disease. 

Finger Brace

A team in the Interactive Structures Lab developed a fully customizable finger brace that can easily switch from stiff to flexible with the push or flex of a finger. It can also be 3D printed and requires no assembly. 

Brain Injury Prevention

��ɫ����TV researchers have developed the first robust, noninvasive way to detect damaging waves that worsen traumatic brain injuries. 

Tracing Disease

New statistical tool reveals which genetic changes cause disease, unlocking better ways to understand and treat conditions like Alzheimer's.

Cancer Treatment

Personalized models mean smarter predictions and better outcomes for cancer patient.

Autonomous aircraft give firefighters better tools to fight wildfires. 

A minimally invasive deep brain stimulation method could offer a safer way to treat depression, PTSD and addiction.

CMU-developed artificial lung gives lift to DARPA project.

Energy Evolution

CMU researchers are working on practical solutions to urgent challenges in how the U.S. produces, moves and secures energy.

Smarter Ecosystems

SCS researchers worked with conservation scientists to improve machine learning models trained to ID harmful, non-native species. 

Rare Disease

AI method finds rare disease links with fewer patients. 

Robotic Farming

Farmers might be able to get help tending and harvesting crops using a new sensing technology from ��ɫ����TV's Robotics Institute. 

Predict Shelter Needs

Students develop a tool to help the American Red Cross estimate shelter needs after earthquakes. 

Lung Cancer Research

An expansion microscopy tool is used in lung cancer research.

Indoor Air Quality

Engineers created a new polymer coating for formaldehyde sensors that make the monitors last longer and detect bad air quality sooner. 

Predicting Kidney Failure

��ɫ����TV researchers have created new AI models that do a better job of predicting which patients with chronic kidney disease (CKD) will go on to develop end-stage renal disease (ESRD). 

Sickle Cell Screening

��ɫ����TV and University of Pittsburgh researchers have shown that a simple, noninvasive light-based technology could help doctors better track how sickle cell disease affects the brain as patients age. 

Proactive Assistants

CMU researchers use AI to turn everyday objects into proactive assistants. 

Human-Centered Tech

Two health app prototypes use readily available technology to address critical gaps in how patients and doctors track, share and use health data.

Chemists and AI

By teaming AI with human know-how, collaborators have found a faster way to make better rubber-like materials.

Battery Power

How better battery lifespans and reused batteries can push the US power grid into the future.

AI for Research

CMU and Google Public Sector partner to accelerate AI research with extensive GPT cloud deployment.

National Security

SEI and DOD center to strengthen national security by ensuring trustworthy AI systems. 

A team of SCS researchers have created an on-device filter that can detect and delete human speech segments that audio sensors collect before they're used for activity recognition. 

Naval Robotics & AI

A pilot program prepares sailors for the fast-changing robotics landscape. 

Energy Innovation

Startups that stabilize the grind, bring climate solutions to market and keep the power on in vulnerable homes. 

Grid Resilience

As artificial intelligence and digital infrastructure grow, researchers at ��ɫ����TV are building sophisticated models to forecast the impact on the nation's power grid. 

Safe Skies

AI vision system helps drones detect and avoid other aircraft. 

Generative Building

A new AI-powered tool created by researchers at ��ɫ����TV's School of Computer Science could change the way we manufacture and build things. 

AI Trust

SEI has released a free tool to help federal agencies trust AI decisions. The AI Robustness Tool can pinpoint why an AI system produces biased or unreliable results, strengthening mission-critical applications in defense, logistics and operations.

Brain Research

Understanding how people use tools so fluidly could lead prosthetics, brain-computer interfaces, robots and new ways to treat problems caused by brain injury.

Inspired by anatomy and powered by soft materials, custom robotic hands could make prosthetics more functional. 

Powering Progress

Research snapshots offer a vision for how the U.S. can innovate at the intersection of energy, technology and security. 

Energy Experts

CMU experts on the energy moment.