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#invar — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #invar, aggregated by home.social.

  1. #OnThisDay June 13, 1938: Nobel Prize-winning Physicist Charles-Édouard Guillaume, who created Invar and Elinvar, dies in Sèvres, France. His materials revolutionized watch balances and springs. #Fleurier #Invar #Neuchatel

  2. #OnThisDay June 13, 1938: Nobel Prize-winning Physicist Charles-Édouard Guillaume, who created Invar and Elinvar, dies in Sèvres, France. His materials revolutionized watch balances and springs. #Fleurier #Invar #Neuchatel

  3. #OnThisDay June 13, 1938: Nobel Prize-winning Physicist Charles-Édouard Guillaume, who created Invar and Elinvar, dies in Sèvres, France. His materials revolutionized watch balances and springs. #Fleurier #Invar #Neuchatel

  4. #OnThisDay June 13, 1938: Nobel Prize-winning Physicist Charles-Édouard Guillaume, who created Invar and Elinvar, dies in Sèvres, France. His materials revolutionized watch balances and springs. #Fleurier #Invar #Neuchatel

  5. #OnThisDay February 15, 1861: Physicist Charles-Édouard Guillaume is born in Fleurier. He would win the Nobel Prize for the discovery of the properties of nickel-iron alloys like Invar, which does not expand or contract and revolutionized watch balance wheels. #Fleurier #Invar #Neuchatel

  6. #OnThisDay February 15, 1861: Physicist Charles-Édouard Guillaume is born in Fleurier. He would win the Nobel Prize for the discovery of the properties of nickel-iron alloys like Invar, which does not expand or contract and revolutionized watch balance wheels. #Fleurier #Invar #Neuchatel

  7. #OnThisDay February 15, 1861: Physicist Charles-Édouard Guillaume is born in Fleurier. He would win the Nobel Prize for the discovery of the properties of nickel-iron alloys like Invar, which does not expand or contract and revolutionized watch balance wheels. #Fleurier #Invar #Neuchatel

  8. #OnThisDay February 15, 1861: Physicist Charles-Édouard Guillaume is born in Fleurier. He would win the Nobel Prize for the discovery of the properties of nickel-iron alloys like Invar, which does not expand or contract and revolutionized watch balance wheels. #Fleurier #Invar #Neuchatel

  9. An Atomic Pendulum Clock Accurate Enough for CERN - That big grandfather clock in the library might be an impressive piece of mechanic... - hackaday.com/2023/01/28/an-ato #phase-lockedloop #clockhacks #pendulum #arduino #stepper #cesium #chain #invar #cern #pll

  10. An Atomic Pendulum Clock Accurate Enough for CERN - That big grandfather clock in the library might be an impressive piece of mechanic... - hackaday.com/2023/01/28/an-ato #phase-lockedloop #clockhacks #pendulum #arduino #stepper #cesium #chain #invar #cern #pll

  11. An Atomic Pendulum Clock Accurate Enough for CERN - That big grandfather clock in the library might be an impressive piece of mechanic... - hackaday.com/2023/01/28/an-ato #phase-lockedloop #clockhacks #pendulum #arduino #stepper #cesium #chain #invar #cern #pll

  12. An Atomic Pendulum Clock Accurate Enough for CERN - That big grandfather clock in the library might be an impressive piece of mechanic... - hackaday.com/2023/01/28/an-ato #phase-lockedloop #clockhacks #pendulum #arduino #stepper #cesium #chain #invar #cern #pll

  13. An Atomic Pendulum Clock Accurate Enough for CERN - That big grandfather clock in the library might be an impressive piece of mechanic... - hackaday.com/2023/01/28/an-ato #phase-lockedloop #clockhacks #pendulum #arduino #stepper #cesium #chain #invar #cern #pll