Earth’s Moon is rich in resources from volatiles like water, to metals, rare earth elements, and Helium 3. Lunar resources will be critical to a sustained human presence in space. Water for propellant and life support will likely be the first economically viable lunar resource, enabling the creation of a refueling economy in cislunar space. Metals and other raw materials from the Moon can be used to create large scale space structures like solar power satellites to provision unlimited green energy to Earth. He3 from the Moon can be used to fuel clean fusion power plants on Earth and in space. Space development begins by developing lunar resources.

Event Date: 10 / 3 / 2024

Neil A. Armstrong’s famous words “That's one small step for man, one giant leap for mankind,” make a statement about humanity and its development. One way we can study humanity is through the Humanities. Following Armstrong’s formulation, I will discuss how Space Humanities can be a crucial and productive part of Space Study today.

We all consider space an important and all-encompassing topic: we all use space, we explore it, legislate it, love it, fight over it, and are endlessly fascinated by it. This talk will chart and analyze the humanistic dimensions of some of our existing endeavors and practices in Space Studies. I will also project some new, future dimensions of Space Humanities that directly intersect with scientific and engineering aspects of NASA’s Artemis and Mars missions.

Event Date: 11 / 6 / 2024

Human space exploration presents five major hazards that pose significant risks to astronauts: radiation, isolation and confinement, distance from Earth, gravity fields, and hostile/closed environments. Understanding these hazards is crucial for optimizing astronaut health and performance across various space mission classes. To mitigate these risks, space agencies focus on developing comprehensive strategies that address both physiological and psychological challenges. These strategies vary depending on the mission type, duration and destination. By tailoring health and performance protocols to specific mission profiles, astronauts can better prepare for the unique occupational challenges, thereby enhancing the probability of mission success.

NASA addresses its top risks with targeted countermeasures, medical standards, technologies, and training. Key fundamentals include sleep, exercise, diet, and expeditionary behavioral skills which are important elements for enabling high performing diverse astronaut crews. Emphasis is placed on astronaut self-care, the importance of leadership and followership skills, and how to thrive in isolated, small-team environments. Contemporary topics will be introduced regarding the advent of opening spaceflight accessible to a broader population. This overview highlights the multifaceted nature of promoting astronaut health and critical skills central to mission success.

Event Date: 9 / 11 / 2024