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   Join physicist Michio Kaku as he examines one of the greatest   
   achievements in history through a scientific lens. In this   
   thought-provoking two-hour exploration, discover why the 1969 Moon   
   landing seems almost impossible when you analyse the physics, technology   
   and challenges involved.   
      
   Professor Kaku reveals the extraordinary challenges NASA overcame, such   
   as navigating with just 64 KB of computer memory, surviving deadly Van   
   Allen radiation belts, operating in extreme lunar temperatures and   
   landing using technology that seems primitive by today's standards.   
      
   Every aspect of the Apollo missions pushed the absolute limits of what   
   was physically possible, from radiation exposure and the rocket equation   
   to the fragile design of the lunar module and the psychological   
   pressures on astronauts.   
      
   But here's the paradox: if it was so impossible, why haven't we returned   
   in the last 50 years? Why does modern technology struggle to replicate   
   what we achieved with slide rules and vacuum tubes?   
      
   This isn't a conspiracy theory; it's hard science examining an almost   
   miraculous achievement and asking the uncomfortable questions about why   
   humanity's greatest triumph remains unrepeated.   
      
   Topics covered:   
      
   - Van Allen radiation belts and cosmic ray exposure   
   - The incredible limitations of the Apollo Guidance Computer   
   - Surviving extreme temperatures on the lunar surface   
   - Why we lost the capability of the Saturn V rocket   
   - Engineering 'impossibilities' that worked   
   - Lost institutional knowledge from the 1960s   
   - Why returning to the Moon is harder than we think   
      
      
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)