Gregg Maryniak is a luminary in the realm of aerospace innovation, renowned as the Co-Founder and original Executive Director of the XPRIZE Foundation. Holding pivotal roles as Corporate Secretary, Board of Directors member and Board of Trustees member, his influence reverberates throughout the organization. Recognized for his exceptional contributions, he was honored with Russia's esteemed Tsiolkovsky Medal for his groundbreaking work on space energy and material resources. Additionally, the Space Frontier Foundation bestowed upon him the Vision to Reality Award for his pivotal role in launching the Lunar Prospector Team, which unveiled vast reserves of water ice and frozen volatiles on the Moon.A distinguished figure, Gregg Maryniak has shared his expertise on energy and space technology before the United States Congress and the President's National Commission on Space. He has held diverse leadership positions, including Chief Executive Officer of the Space Studies Institute, Senior Scientist at the Futron Corporation, Vice President of the St. Louis Science Center and Director of the James S. McDonnell Planetarium. Also, an Associate Founder of the International Space University, he not only served on its Board but also played a crucial role as a Managing Director and department chair, teaching subjects like orbital mechanics, robotics and space resource utilization.Furthermore, he is Vice Chairman of the Lindbergh Foundation and co-chairs the Space and Energy tracks at Singularity University. His commitment to educational endeavors is evidenced by his book, "Fearless Experiments with Microcomputers," published in 2017, aimed at introducing microprocessor technology to a wider audience. Overall, Gregg Maryniak's expansive contributions have left an indelible mark on the field of aerospace and space technology.
Cloud Computing, Blockchain , Corporate Innovation, Value Creation, Digital Transformation
Our species is engaged in an urgent race against the clock regarding energy and theenvironment. Will we learn to harvest and store and distribute renewable sources of energy intime to avert economic disruption and environmental catastrophe? Will our grandchildren inherita world of abundance and freedom, or one of scarcity and regimentation? Explore theopportunities and challenges in the energy domain in this presentation.Why energy is the key to abundance.Why the transition from getting most of civilization’s energy from burning carbon fuels istaking so long.What we can do to accelerate the penetration of renewable energy.What you will learnThe relationship between energy and prosperityKey Energy surprises: For example, today only 20% of global energy is used togenerate electricity.Why the main sustainable energy challenge has shifted from conversion of wind andsolar to energy storage and energy networks.The Seven Secrets of Energy Storage.How to access and use energy informationWhere to find information on national and international energy flows and how to use thisinformation to compare countries and other geographical and political differences.How to evaluate the characteristic differences in energy demands (for example electricitydemand vs. powering long-distance transportation. )Who this course is for:People who want accurate and concise information about present energy sources anduses (and how and why this information varies from country to country.)People who want to accelerate the global transition from burning carbon fuels tosustainable energy.People who want to understand the near-term and long-term economic opportunities inthe energy space.Anyone who needs to make policy or economic decisions about energy.
Machine Learning, Uncertainty, Corporate Innovation , Lifelong Learning, Digital Transformation
What if almost everything you learned about space and spaceflight was wrong? If you are olderthan 20, that is almost certainly the case. Forget about Antarctic-style Moon and Mars bases orthe notion of using the Red Planet as a “Plan B for humanity.” But the good news is that we nowknow that the energy and material resources that surround our island Earth are the key tophysical abundance and can provide the means to save and repair our precious biosphere.What you will learn: How to completely change the economics of space operationsHow we can overcome the so-called “tyranny of the rocket equation” The gravity well model of the solar systemHow: We’ll explore how using resources already in space can leverage space operations We’ll learn how exponential manufacturing processes can accelerate space activity andeconomics We’ll take a tour of the resources available in our solar system with a particularemphasis on Earth’s offshore island, the Moon (and see why there is a new “Moon rush”among commercial and government space programs.) You will explore the revolutionary new space markets that go far beyond the oldtraditional telecommunications and Earth-mapping markets of the last century.Who this course is for? Anyone interested in a multi-decade preview of entirely new markets for products andservices enabled by space. People interested in how space can protect the Earth’s biosphere, combat climatechange and provide the ultimate resilience pathway for civilization Anyone interested in learning how the old “flags and footprints” rationale for space isbeing replaced by powerful economic and environmental opportunities. Those who want to understand the underlying reasons for the large space investmentsof people like Jeff Bezos and Elon Musk
Renewable Energy Technology, Energy Storage, Energy Technology, Organizational, Strategy, Societal, Economic Climate
A few simple but little-known concepts determine what we can and cannot do (or afford to do) inspace. Academics have hidden these simple principles behind scary sounding titles like “orbitalmechanics” but you will learn the important basics of spaceflight in one session.Why take this course? So you can evaluate space related business plans So you can develop an understanding of what is possible to do in space. So you can understand which Earth locations are valuable as launch sites. So you can make informed policy decisions about space.How and what you’ll learn: The basic principles of orbits How to change the size, shape and orientation of orbits How launch locations on Earth affect the orbital locations you can reach How to get back to Earth from space How to use inexpensive or free software to practice what you learn in our session toreinforce and perfect your knowledge.Who this course is for: Anyone interested in achieving world domination (or even just boring old marketdomination) through space activities and businesses. People who want to save civilization by using the energy and material resources ofspace to save the earth and overcome the existing zero-sum game mentality. People who want to win bar bets about Hollywood many movie mistakes. People who want to clean up space debris, make good space policy decisions or goodgeopolitical decisions about launch sites on the Earth.