The Division of Natural Sciences and Mathematics comprises eight departments and programs committed to examining the world through an empirical and mathematical framework. With state-of-the-art facilities, faculty teach students the foundations of their discipline and conduct cutting edge research.
Diversity is a source of strength, creativity, and innovation for the scientific and mathematical community. In Colgate University’s Division of Natural Science and Mathematics, we welcome and value diversity of backgrounds, identities, and perspectives. We commit ourselves to inclusive excellence in teaching and research by providing new opportunities, mentorship, and community for students, faculty, and staff.
Academic Departments and Programs
The division is also closely integrated with the Environmental Studies Program.
Available Majors
The division also features a pre-professional engineering program.
Undergraduate Research
Our faculty frequently work one-on-one and in small groups with our undergraduates to conduct graduate-level research. The result of this work often is presented at national and international conferences, and may even be published.
Health Sciences Advising
We pride ourselves on providing students with an excellent background and foundation for success in careers in the health sciences — all without sacrificing the ideals of a liberal arts education.
Collaboration
The division works closely with the Harvey M. Picker Interdisciplinary Science Institute to help provide research funding and opportunities for faculty and students.
Events
Upcoming Events
Recorded Events
NASC Recorded Colloquiums (Starting Spring 2024)
In order to protect the intellectual property of colloquium speakers, access to recordings may be limited to the Colgate network. Colgate login may be required.
- Elizabeth Berry Drago
Alchemy's Rainbow: Art and Science in Pre-Modern Color-Making - Elizabeth Rush
Listening at the Water’s Edge: Stories and Teachings from Communities on Climate Change’s Front Lines - Grusha Prasad
Generating and Testing Quantitative Predictions About Language Processing - Roisin Commane
Greenhouse Gases in the Atmosphere: From Sources to Impacts - Jillian Pelto
Climate Stories Through Art - Linda Tseng
So Plastics Are Everywhere…Now What? - Gonzalo Bearman
COVID-19 From Pandemic to Endemic: Lessons Learned and What Happens Next - Michelle DiMeo
Lady Ranelagh: The Incomparable Life of Robert Boyle's Sister - Marta Lewicka
Mathematical Analysis of Pattern Formation, Geometry and Design of Materials - Ben Katz
How to Play 20 Questions with Nature and Lose: Reflections on Interventions to Improve Cognitive Function - Max Boykoff
Creative (Climate) Communications for a Better World - Joe Levy
The Search for Antarctica’s Future Forests: Exploring the Limits of Life in Antarctic Streams and Wetlands with Drones - Jonathan L. Habif ‘98 & Ming Hsieh
Quantum Limits to Sensing Our World: Hearing Mother Nature's Quietest Whispers - Pamela Harris
Multiplex Juggling Sequences and Kostant's Partition Function - Ewa Galaj
Medical and Recreational Marijuana: What We Know Today - Valerie Barr
The Proof is in the Data: What You Think You Know About Diversity in STEM is Wrong! - Pablo Loza-Alvarez
Light Sheet Microscopy for Fast Imaging the 3D Dynamics Inside Selected Biological Samples - Karma Sawyer
The Moon Mission of Our Generation: Realizing a Decarbonized, Secure, and Resilient Electric Power System - Randy Fuller
40 Years of Freshwater Science at Colgate - Robert Lipton
Capturing Dynamic Fracture: A Theory for Extreme Deformations - Gabriel Sosa Castillo
Graphs, Networks and Abstract Algebra: What Can Algebra Tell Us About (Chemical Reaction) Networks - Jonathan Levine
I Hope I Look That Good When I’m That Old: How Recently Has the Moon Been Rejuvenating Its Surface? - Scott Kraly
Impure Thoughts on Scholarship, Teaching, Service: Eating, Drinking, Psychiatric Medicating Case Study of a 1st Gen - Margaret Graham
A Nervous System: Body Acquisition in the 19th Century - Chuck Sanders
Pathway from Studies of an Obscure Enzyme to Unraveling Disease Mechanisms - Grusha Prasad
Generating and testing quantitative predictions about language processing
Contact Us
- M 3:00pm - 4:00pm (201 Wynn Hall)
- R 8:30am - 9:30am (201 Wynn Hall)
- F 11:00am - 12:00pm (201 Wynn Hall)