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Jared Isaacman argues NASA's historic inefficiencies stem from bad capital allocation and political pandering rather than a funding deficit. Under Jared Isaacman's leadership, the agency will stop spreading budgets across every congressional district to appease politicians.
Jared Isaacman announces the 2028 launch of SR1 Freedom, a 100-kilowatt fission reactor marking the start of a nuclear-powered NASA. The spacecraft will transit Mars to deploy three radar-equipped helicopters to scout subsurface ice.
Jared Isaacman notes that leveraging commercial launch and communications services allows NASA to fund flagship science missions. Key upcoming projects include the 2028 Dragonfly octocopter mission to Titan and the high-resolution Nancy Grace Roman Space Telescope.
Jared Isaacman details plans for the United States Space Academy, a NASA-led federal institution established to cultivate specialized workforce talent. The academy will train future astronauts, operators, and engineers to run the Moon base and pilot nuclear spacecraft.
Jared Isaacman explains that NASA is refocusing its aeronautics budget away from subsidizing minor commercial upgrades toward radical airframe testing. The portfolio's current flagship is the X-59 experimental aircraft, which is researching quiet supersonic flight.
Gwynne Shotwell joined SpaceX as its eleventh employee, securing the first rocket sale before a vehicle was built. The business scaled rapidly after securing a 1.6 billion dollar NASA cargo resupply contract in 2008.
Francis Fukuyama highlights declining American state capacity by comparing the Apollo program to the modern Artemis program. NASA took eight years to land on the moon in the 1960s, whereas modern space initiatives miss deadlines by decades.
Ben Greenfield uses over-the-counter Clear nasal spray to eliminate MarCons infections. The xylitol-based formula offers a highly accessible alternative to expensive vasoactive intestinal polypeptide prescriptions.
Donald Trump announced a NASA initiative to launch a nuclear-powered spacecraft to Mars in 2028. The nuclear engine would reduce transit time from seven months down to one or two months.