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College of Sciences
Helping students build empowering foundations in the sciences and mathematics.
Transporting students to the frontiers of human knowledge and inviting them to push its boundaries.
Educating and preparing the next generation of scientists who will create the technologies of the future.
Why study sciences and mathematics?
- You possess a curious mind that likes to investigate.
- You want to make discoveries that can change how we see the world.
- You plan to attend a top-ranked graduate or professional school.
- You intend to apply scientific discoveries to solving real-world problems.
Why Georgia Tech?
To get a rigorous education that you can tailor to your interests.
To learn from and train with the top professors in your chosen field.
To experience the excitement of discovery in state-of-the-art facilities.
To live in a vibrant, connected community in one of the most tech-savvy cities in the U.S.—Atlanta.
Latest News From the College of Sciences
College of Sciences professor will offer views on strategies to advance the field.
That the right funding can focus science on longer, bigger gains becomes clear through the example of Will Ratcliff, just named a 2016 Packard Fellow. The announcement jolted his research mindset far beyond the horizons of his prior projects, and has inspired a vision for a research legacy and high hopes of making a lasting contribution to evolutionary science.
Five more researchers join multidisciplinary team at Petit Institute
At the threshold to first life on Earth, the ancestors of gene strands replicated spontaneously, but for 50 years, lab experiments in water have not been able to imitate it. A little thickener kicks the process forward, Georgia Tech chemical engineering researchers have found.
Five weeks in Barcelona adds visual dimension to grad student's research.
Graduate Student Heather Chilton will talk about the landslides on Ceres at the Atlanta Science Tavern
Oct 5 to Nov 30
Want to be a fossil hunter? Join Jenny McGuire in picking through 30,000-year-old fossil specimens from the Natural Trap Cave.
Just as a shadow of a three-dimensional object squishes it into the two-dimensional plane, we can squish a four-dimensional shape into three-dimensional space, where we can then make a sculpture of it.
Inviting all, especially alumni, to a showcase of new 700- and 800-MHz instruments and helium recovery plant