Professor Erika Gibb and Assistant Teaching Professor Mohi Saki are studying the composition of comets with infrared spectroscopy to learn more about the building blocks of the early solar system.

Professor Erika Gibb and Assistant Teaching Professor Mohi Saki are studying the composition of comets with infrared spectroscopy to learn more about the building blocks of the early solar system.
Professor Erika Gibb and Assistant Teaching Professor Mohi Saki are studying the composition of comets with infrared spectroscopy to learn more about the building blocks of the early solar system.
Professor Erika Gibb and Assistant Teaching Professor Mohi Saki are studying the composition of comets with infrared spectroscopy to learn more about the building blocks of the early solar system.
The funding will go toward enhancing Succeed programming, strengthening vocational and academic opportunities and improving transition services.
Saki and his research partners have been granted 13 hours of observation time and will study the composition of six Halley-type comets with high-resolution spectroscopy.
Saki and his research partners have been granted 13 hours of observation time and will study the composition of six Halley-type comets with high-resolution spectroscopy.
Saki and his research partners have been granted 13 hours of observation time and will study the composition of six Halley-type comets with high-resolution spectroscopy.
Gibb’s research revealed Comet 46P/Wirtanen released an abnormally high amount of methanol as it flew past Earth in 2018.
Gibb’s research revealed Comet 46P/Wirtanen released an abnormally high amount of methanol as it flew past Earth in 2018.
Gibb’s research revealed Comet 46P/Wirtanen released an abnormally high amount of methanol as it flew past Earth in 2018.