There’s a Baylor experience that bridges high school debaters and aspiring basketball players, and connects future engineers with burgeoning musicians. That experience? Summer camps, on campus at Baylor.

For generations now, the Baylor campus has remained lively over the summer as camps like the Summer Debate Workshop or the Moody School of Education’s Talent Identification Program camps (just to name a couple) welcome future college students. Here, they get a taste of college life, from classrooms to dining halls to residence halls.

If you’re looking for law school education that truly prepares you for the courtroom, you can’t do much better than Baylor Law School. Earlier this year, U.S. News ranked Baylor Law’s trial advocacy program No. 3 in the nation — the program’s 17th straight year among the top five in the country.

In the science community, being named as a fellow by the American Association for the Advancement of Science (AAAS) is one of the more prestigious professional nods a researcher can achieve — not unlike election to a hall of fame in the world of sports.

Past AAAS Fellows include names like Thomas Edison and W.E.B. DuBois, along with a roster of scientists who have made significant contributions to their field. That list includes four current Baylor faculty, two of whom — Dr. Dwayne Simmons (biology) and Dr. Samuel Urlacher (anthropology) — were named among the 2025 class of AAAS Fellows.

Baylor already ranked No. 1 in Texas for most Fulbright scholars — and this year, 12 more BU students get to add their names to that list.

Each of those Bears is headed overseas as part of the U.S. government’s flagship international educational exchange program, studying and teaching in countries ranging from Germany and France to South Korea and Taiwan. Two more BU students earned similarly prestigious Rotary Global Grant Scholarships, which will fund their graduate studies in the U.K.

And that’s not all… Three Baylor professors have also earned Fulbright recognition, with awards providing them unique research experiences in South Africa, Antarctica, Slovakia and Brazil.

To understand why scientists are interested in white dwarf stars, it helps to think of fossils, or rings on a tree.

Dr. Barbara Castanheira, assistant professor of physics and astronomy at Baylor, has long studied white dwarf stars — the dense, collapsed core of a dying star. White dwarf stars are of interest to scientists, perhaps somewhat counterintuitively, because they can tell us about early star formation despite being in the final stages of their life cycle — a cycle which lasts billions of years, beyond the scope of human study from start to finish. As opposed to the bright stars visible in the sky, white dwarf stars have shrunk in size and no longer actively produce energy. As their remaining energy burns out, they have a story of great interest to science.