Mitchell Institute’s 2022 Year in Review
Arlington, VA | January 17, 2023 | The Mitchell Institute for Aerospace Studies Looking back at 2022, Mitchell Institute stands proud…
Arlington, VA | January 17, 2023 | The Mitchell Institute for Aerospace Studies Looking back at 2022, Mitchell Institute stands proud…
The Mitchell Institute for Aerospace Studies invites you to watch and listen to our Aerospace Nation event with Lt Gen…
Bloomberg | October 28, 2022 | Lt Gen David A. Deptula, USAF (Ret.)
John Baum and Mitchell Institute’s Heather Penney are joined by Dr. Max Perez, an engineer at Cold Quanta, and Dr. Andrei Shkel, a professor of engineering at UCI, to demystify Quantum technology and understand how it applies to future defense applications.
The Mitchell Institute invites you to join our virtual Nuclear Deterrence and Missile Defense Forum event with RADM Scott W….
John “Slick” Baum chats with Mitchell Institute’s Chris Stone; Lt Col Brandon “Coach” Davenport, former commander of the 2nd Space Warning squadron; and Dr. Davin Swanson, Chief Engineer with Raytheon Intelligence and Space about the threat posed by modern adversary missiles and key steps we need to pursue to defeat them.
Empowering actors at all levels with a smart set of options at the right time and place demands procuring the most effective, efficient, and resilient set of tools.
No matter the mission, from air superiority and long range strike to air mobility and command and control, a broad range of missions executed in the air provide vital options at the strategic, operational, and tactical realms.
Resource investment must prioritize investments that will yield best value for the Air Force, Space Force, and national security establishment as a whole.
National security space activities are essential facets of any military operation, while also creating conditions essential for the civilian economy.
Meeting national security requirements today and tomorrow requires insightful, creative approaches that prioritize America’s strengths, while not projecting undue vulnerability.