This module explores the intriguing concept of time travel in the context of evolution. It poses thought-provoking questions about the predictability of life's future:
By examining key evolutionary milestonesâlike the emergence of eukaryotic cells and multicellularityâstudents will gain insights into the complex narrative that has led to the biodiversity of life today.
This module takes you back to the very beginning of the universe, exploring the Big Bang and its implications for our understanding of existence. As we journey back in time, we will investigate how fundamental forces and particles emerged, setting the stage for the formation of atoms, stars, and galaxies. Concepts in cosmology will be addressed, including:
Students will gain insights into the vast timescales and scales of the universe.
This module discusses the transition from cosmic events to the formation of life's building blocks. The physical universe created by the Big Bang included essential chemicals that serve as the foundation for life. Key points include:
Students will explore where these compounds may have originated, whether on Earth or elsewhere, emphasizing the idea that we are fundamentally made of star dust.
This module delves into the concept of "Pushing the Envelope for Life," examining the extremes of life as we know it. It discusses:
Students will analyze real-world examples of extremophiles and discuss what they reveal about the resilience of life in the universe.
This module explores the intriguing concept of time travel in the context of evolution. It poses thought-provoking questions about the predictability of life's future:
By examining key evolutionary milestonesâlike the emergence of eukaryotic cells and multicellularityâstudents will gain insights into the complex narrative that has led to the biodiversity of life today.
This module introduces students to suborbital flight and the role of small satellites in modern space exploration. It covers:
The module emphasizes the importance of these technologies in expanding our understanding of the universe and preparing for future exploration efforts.
This module features a discussion led by Rocco L. Mancinelli, who focuses on the potential for life beyond Earth. The lecture covers:
Students will explore the possibilities of life in outer space and the implications for astrobiology.
This module centers on the scientific insights gained from studying Martian meteorites, particularly ALH 84001. Dr. David McKay shares:
Students will learn about the significance of these findings and their impact on our understanding of life beyond Earth.
This module focuses on Controlled Environmental Life Support (CELS) systems essential for sustaining life in space. Students will learn about:
Discussions will address the need for innovative solutions to support human life beyond Earth, ensuring successful exploration missions.
This module highlights the discovery of genomic dark matter, particularly small RNAs and their role in molecular genetics. Eric J. Devor discusses:
Students will explore how these discoveries shape our knowledge of molecular biology and the evolution of life.
This module features a guest lecture by Rusty Schweickart, focusing on the connection between life on Earth and in space. Key topics include:
Students will gain insights into how life adapts and thrives in various conditions, both terrestrial and extraterrestrial.
This module features another engaging lecture by Rusty Schweickart, titled "The Asteroid Challenge: Will We Be Ready?" He discusses:
Students will analyze current efforts in tracking asteroids and the importance of preparedness in mitigating potential impacts.
This module presents a lecture by Dr. Geoff Marcy on the discovery of planetary systems around other stars. Key areas of focus include:
Students will delve into the exciting field of exoplanet research and its relevance to understanding life's possibilities in the universe.