Arthur H. Compton Lecture Series--An Intro to Climate Systems Engineering
11:00 am Kersten Physics Teaching Center, room 106
An Introduction to Climate Systems Engineering is a multidisciplinary exploration of emerging approaches to reduce climate change itself and mitigate some of its risks. Featuring talks by leading researchers from the University of Chicago’s Climate Systems Engineering initiative (CSEI), this series will examine the science, technologies, and policy implications behind large-scale interventions such as sunlight reflection methods (SRM), open-systems carbon removal, and glacial preservation. Join us for a primer on what’s possible with this emerging field and what kinds of public policy and research are needed if society chooses to pursue these tools.
Arthur H. Compton Lecture Series--An Intro to Climate Systems Engineering
11:00 am Kersten Physics Teaching Center, room 106
An Introduction to Climate Systems Engineering is a multidisciplinary exploration of emerging approaches to reduce climate change itself and mitigate some of its risks. Featuring talks by leading researchers from the University of Chicago’s Climate Systems Engineering initiative (CSEI), this series will examine the science, technologies, and policy implications behind large-scale interventions such as sunlight reflection methods (SRM), open-systems carbon removal, and glacial preservation. Join us for a primer on what’s possible with this emerging field and what kinds of public policy and research are needed if society chooses to pursue these tools.
2025 Nuveen Lecture delivered by Daniel Holz: Reflections on the Beginning and End of Everything
5:00–6:30 pm Swift Hall Third Floor Lecture Room
Physics provides us with a shockingly successful description of the universe from a tiny fraction of a second after the Big Bang until today. The Divinity School’s 2025 Nuveen Lecture will explore how these insights might inform thinking about existential risk, suggesting that it falls upon all of us to prevent a self-inflicted catastrophe. This observation is especially salient given that the Doomsday Clock now stands at 89 seconds to midnight, the closest it has ever been, signifying that this might be the most dangerous moment in the history of civilization.
Arthur H. Compton Lecture Series--An Intro to Climate Systems Engineering
11:00 am Kersten Physics Teaching Center, room 106
An Introduction to Climate Systems Engineering is a multidisciplinary exploration of emerging approaches to reduce climate change itself and mitigate some of its risks. Featuring talks by leading researchers from the University of Chicago’s Climate Systems Engineering initiative (CSEI), this series will examine the science, technologies, and policy implications behind large-scale interventions such as sunlight reflection methods (SRM), open-systems carbon removal, and glacial preservation. Join us for a primer on what’s possible with this emerging field and what kinds of public policy and research are needed if society chooses to pursue these tools.
Arthur H. Compton Lecture Series--An Intro to Climate Systems Engineering
11:00 am Kersten Physics Teaching Center, room 106
An Introduction to Climate Systems Engineering is a multidisciplinary exploration of emerging approaches to reduce climate change itself and mitigate some of its risks. Featuring talks by leading researchers from the University of Chicago’s Climate Systems Engineering initiative (CSEI), this series will examine the science, technologies, and policy implications behind large-scale interventions such as sunlight reflection methods (SRM), open-systems carbon removal, and glacial preservation. Join us for a primer on what’s possible with this emerging field and what kinds of public policy and research are needed if society chooses to pursue these tools.
Arthur H. Compton Lecture Series--An Intro to Climate Systems Engineering
11:00 am Kersten Physics Teaching Center, room 106
An Introduction to Climate Systems Engineering is a multidisciplinary exploration of emerging approaches to reduce climate change itself and mitigate some of its risks. Featuring talks by leading researchers from the University of Chicago’s Climate Systems Engineering initiative (CSEI), this series will examine the science, technologies, and policy implications behind large-scale interventions such as sunlight reflection methods (SRM), open-systems carbon removal, and glacial preservation. Join us for a primer on what’s possible with this emerging field and what kinds of public policy and research are needed if society chooses to pursue these tools.
Arthur H. Compton Lecture Series--An Intro to Climate Systems Engineering
11:00 am Kersten Physics Teaching Center, room 106
An Introduction to Climate Systems Engineering is a multidisciplinary exploration of emerging approaches to reduce climate change itself and mitigate some of its risks. Featuring talks by leading researchers from the University of Chicago’s Climate Systems Engineering initiative (CSEI), this series will examine the science, technologies, and policy implications behind large-scale interventions such as sunlight reflection methods (SRM), open-systems carbon removal, and glacial preservation. Join us for a primer on what’s possible with this emerging field and what kinds of public policy and research are needed if society chooses to pursue these tools.