Industrial probes aid research in space

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• Case study: Industrial probes aid microscope in space [851kB]
  

  Case study: Industrial probes aid microscope in space

  As a result of new developments in the theoretical knowledge of the very smallest particles on the planet, some physicists are now calling into question the principle of equivalence of inertial and gravitational mass into question.

  [851kB]
• Case study: Industrial probes aid microscope in space [105kB]

  Case study: Industrial probes aid microscope in space

  As a result of new developments in the theoretical knowledge of the very smallest particles on the planet, some physicists are now calling into question the principle of equivalence of inertial and gravitational mass into question.

  [105kB]
• Industrial probes aid research in space [2.3MB]
  

  Industrial probes aid research in space

  As a result of new developments in the theoretical knowledge of the very smallest particles on the planet, some physicists are now calling into question the principle of equivalence of inertial and gravitational mass into question.

  [3080 x 2117] [2.3MB]
• The OMP400 probe uses special measurement routines to measure the circularity and cylindricity of the inner and outer surfaces of the test masses [538kB]
  

  The OMP400 probe uses special measurement routines to measure the circularity and cylindricity of the inner and outer surfaces of the test masses

  As a result of new developments in the theoretical knowledge of the very smallest particles on the planet, some physicists are now calling into question the principle of equivalence of inertial and gravitational mass into question.

  [3072 x 2048] [538kB]
• The measurement cylinders for the MICROSCOPE world space mission were manufactured to 1 μm accuracy [581kB]
  

  The measurement cylinders for the MICROSCOPE world space mission were manufactured to 1 μm accuracy

  As a result of new developments in the theoretical knowledge of the very smallest particles on the planet, some physicists are now calling into question the principle of equivalence of inertial and gravitational mass into question

  [2048 x 3072] [581kB]
• Stephan Metschke, Dr Daniel Hagedorn and Heinz-Peter Heyne in the scientific machine design department at PTB, with Shahram Essam [1.0MB]
  

  Stephan Metschke, Dr Daniel Hagedorn and Heinz-Peter Heyne in the scientific machine design department at PTB, with Shahram Essam

  As a result of new developments in the theoretical knowledge of the very smallest particles on the planet, some physicists are now calling into question the principle of equivalence of inertial and gravitational mass into question.

  [3072 x 2048] [1.0MB]