Where compassion, innovation and resolve converge, transforming elite research into action that serves humanity.
Daring Are the Gamechangers
Baylor researchers deliver breakthroughs in their fields. Learn more about gamechangers across the University.
A spacecraft far from Earth. A military aircraft grounded. A part that won't arrive for weeks. In some environments, a breakdown is more than an inconvenience. It threatens readiness, safety and the mission itself.
As Texas continues to grow its footprint in advanced technology and manufacturing, Baylor engineer Alan Wang is developing photonic technologies that could help move information faster while dramatically reducing energy demands.
As Texas invests in advanced manufacturing, semiconductor technologies and quantum innovation, Julia Chan, Ph.D., is helping create the materials that could make those ambitions possible.
The Arctic is a long way from Texas. Until it isn't. Baylor's ARKTOS Research Center prepares those deployed to cold weather regions to not only survive, but thrive, when critical objectives need to be met.
Pro Ecclesia. Pro Texana. Pro Mundo.
What we do at Baylor impacts the world. To focus our efforts, our strategic plan, Baylor in Deeds, provides direction.
The Work We Do
All Research StoriesLearn more about the work we do through the latest Baylor research news.
When cancer returns after treatment, for some, the roots of its recurrence may be a small population of cells known as cancer stem cells. Researchers believe these cells can act as the “seeds” of future tumor growth, surviving chemotherapy and helping tumors re-emerge after a patient appears cancer-free.
Prestigious honor recognizes Lulin Jiang's outstanding contributions to aerospace science and technology
Funded by a Templeton Foundation grant, interdisciplinary Baylor researchers will examine how NIL opportunities shape student-athletes’ character, human flourishing and more
As Texas continues to grow its footprint in advanced technology and manufacturing, Baylor engineer Alan Wang is developing photonic technologies that could help move information faster while dramatically reducing energy demands.
As Texas invests in advanced manufacturing, semiconductor technologies and quantum innovation, Julia Chan, Ph.D., is helping create the materials that could make those ambitions possible.
The technologies that will shape the next decade, from advanced aircraft and space systems to energy infrastructure and next-generation manufacturing, will depend on materials that often have not been fully developed yet.
The Arctic is a long way from Texas. Until it isn't. Baylor's ARKTOS Research Center prepares those deployed to cold weather regions to not only survive, but thrive, when critical objectives need to be met.
As Texas continues building advanced manufacturing, transportation, defense and healthcare industries, Baylor engineer JB Lee, Ph.D., is helping unlock new possibilities for the semiconductor technologies that power them.
An action orientation is important to Baylor. Being a Christian research university is not just theoretical. It's about impact, and making a difference in the world, in people's lives, and in communities and beyond.
