Physics Program

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Hal Haggard's Research on Black Holes Featured on PBS Space Time

Research by Associate Professor of Physics Hal Haggard was featured on Matt O’Dowd’s PBS Space Time, an informational show that introduces viewers to concepts in astrophysics. The episode focused on an idea Haggard helped pioneer about black holes: that instead of becoming singularities at the end of their lifetime, as was previously thought, they may instead lead into cores of energy, also known as “white holes.” Haggard’s research on these structures, also known as Planck stars, and black-to-white hole tunneling was discussed in the context of physicists’ anxieties around black holes and how the perception of them has changed in previous decades. The Planck star’s existence is “one of our final hopes,” O’Dowd says. “Let’s hope they’re real, for physics’ sake.”

Haggard teaches in Bard’s Physics Program, which is dedicated to helping students at all levels gain a better understanding of the universe and how it works.

Post Date: 06-01-2026

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Bard Science Students Awarded at New York State American Physical Society Meeting

Two Bard College student researchers were awarded top prizes at the American Physical Society New York State Section Meeting, held at SUNY Albany on April 18. Fiona Boutelle ’27 took home the first prize for her work on deep-space galactic structures, while Fonsea Bagchi ’29 earned third prize for his research into the environmental sensitivities of gravitational-wave detectors. Boutelle presented research titled “Observing Ultra Diffuse Galaxies in the Near-Infrared with the James Webb Space Telescope,” which focused on vast, hazy galaxies that are nearly as large as our Milky Way but contain very few stars. Her research, conducted during a program at Wellesley College with professor Lamiya Mowla, provided critical evidence that the faintness of these galaxies is an intrinsic physical property rather than an effect caused by dust. Bagchi was honored for his poster, “Thunderstorms During O3,” with research conducted with Bard physics researcher Adrian Helmling-Cornell and Antonios Kontos, assistant professor of physics at Bard. Bagchi’s work addressed how environmental factors like weather interfere with advanced LIGO detectors, the world’s most sensitive instruments used to detect gravitational waves from merging black holes. By modeling how LIGO’s sensors and data channels respond to the sound of thunderclaps, Bagchi proposed a new method that allows scientists to monitor how environmental noise “couples” to the detectors, an important step towards improving their sensitivity.

The Bard Physics Program is dedicated to helping students at all levels gain a better understanding of the universe and how it works.

Post Date: 04-28-2026