Guest Speaker — Leonardo Bueno, PhD*
Invited and moderated by Zach Hornfeld
Leonardo Schlögel Bueno, PhD is a Brazilian ichthyologist who specializes in reef fish and the management and conservation of endangered species. He is currently focusing on the telemetry and bioacoustics of reef fish and using non-lethal sampling techniques on large groupers. He has held the position of Director of Projects and Articulations at COMAR institute for 11 years, developing research projects and environmental conservation actions. Since 2010, he has been administrating and coordinating information and environmental education actions and expeditions for the Meros do Brasil Project.
Meros do Brasil is an institution committed to the recovery of the Atlantic Goliath grouper on the Brazilian coast, which involves conducting studies on marine pollution, genetics, and public policy.
Guest speakers Leonardo Bueno and Márcio Lima, PhD will introduce their work with the institution as marine biologists and researchers.
Click here to see presentation**
* Date to be determined
**Presentation pending
Fun Facts
Leonardo lives on a sailboat most of the year.
Fun facts
Márcio spent time researching in the Amazon rainforest, diving in the dark water of its rivers.
Guest Speaker — Neil deGrasse Tyson
Invited and moderated by Zach Hornfeld
Dr. Neil deGrasse Tyson, PhD is an American astrophysicist from right here in New York City. He received his bachelor’s degree in physics from Harvard, master’s degree in astronomy from the University of Texas, master’s and doctorate in astrophysics from Columbia, and was a postdoctoral research associate at Princeton University.
Dr. Tyson joined the AMNH as a staff scientist in 1994 where he later became director of the Hayden Planetarium. He wrote monthly articles for the Natural History magazine, some of which were collected in Death by Black Hole: And Other Cosmic Quandaries and in he wrote an autobiography, The Sky Is Not the Limit: Adventures of an Urban Astrophysicist.
Fun facts
When Tyson was nine years old, his interest in astronomy was sparked by a trip to the Hayden Planetarium at the American Museum of Natural History in New York City, where he currently works.
Some books by Neil deGrasse Tyson. His later books included Astrophysics for People in a Hurry and Letters from an Astrophysicist.
Guest Speaker — Dr. Lashon Pringle, PhD
Invited and moderated by Zach Hornfeld
In her 13-year career in scientific communications, Dr. Pringle has led the development of effective and inclusive launch, lifecycle management, and educational strategies and initiatives for several investigational and approved therapies.
She is currently the Global Director of Scientific Engagement for Baby Care at Kenvue (formerly Johnson & Johnson Consumer), where she leads the prioritization, segmentation, and partnership strategy for healthcare professionals and hospitals and hospital systems. Dr. Pringle earned a PhD in Cell and Molecular Biology from the University of Pennsylvania School of Medicine. Outside of work, she enjoys playing piano and drums, cooking, and spending time with her husband and son.
Student-led event — Zach Hornfeld, HM’26
What can withstand a hammer blow but shatters when pinched between your fingers? This presentation explores the Rupert’s Drop — the drops of molten glass whose unique tensile strength and stress distribution can be applied in real-world scenarios.
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Student-led event — Bishop Ibrahim, HM’26
Algorithmic Linguistic Cryptanalysis explores the applications of genetic algorithms in deciphering monoalphabetic substitution ciphers. In doing so, linguistics and ancient cryptography are examined through a modern lens.
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Student-led event — Bishop Ibrahim, HM’26
The XOR gate, a foundational tool of computing and code breaking, is explored in the context of WW2 cryptography and logic, and through a thought experiment the applicability of XOR to error correction is highlighted.
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Student-led event — Sebastian Baxter, HM’26
Microlensing is a unique method of detecting exoplanets where one solar system passes in front of another. If a planet is in the right place, it can amplify the light of the star in the second solar system by gravitationally focusing the light. This amplification can, through a series of calculations, imply mass, orbital height, and more features of the planet.
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Click here to run animation program
Student-led event — Thomas O’Mary, HM’25
Chaotic Dynamics
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