k Molecular car, molecular model Molecular model of a molecular car, a type of molecular machine. The car is a single, small, organic molecule. It has four wheels, made from the polycyclic hydrocarbon fluorene brown, which rotate about a CC carbon double bond axle pink using light as the fuel. The 2016 Nobel Prize in Chemistry was awarded to the chemists JeanPierre Sauvage b. 1944, Sir J. Fraser Stoddart b. 1942 and Bernard Feringa b. 1951 for their work on the design and synthesis of molecular machines. Feringas work on nanocars was published in 2011. Stock Photo - Afloimages
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Molecular car, molecular model Molecular model of a molecular car, a type of molecular machine. The car is a single, small, organic molecule. It has four wheels, made from the polycyclic hydrocarbon fluorene  brown , which rotate about a C C  carbon  double bond axle  pink  using light as the fuel. The 2016 Nobel Prize in Chemistry was awarded to the chemists Jean Pierre Sauvage  b. 1944 , Sir J. Fraser Stoddart  b. 1942  and Bernard Feringa  b. 1951  for their work on the design and synthesis of molecular machines. Feringa s work on nanocars was published in 2011.
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Molecular car, molecular model

Molecular model of a molecular car, a type of molecular machine. The car is a single, small, organic molecule. It has four wheels, made from the polycyclic hydrocarbon fluorene (brown), which rotate about a C=C (carbon) double bond axle (pink) using light as the fuel. The 2016 Nobel Prize in Chemistry was awarded to the chemists Jean-Pierre Sauvage (b. 1944), Sir J. Fraser Stoddart (b. 1942) and Bernard Feringa (b. 1951) for their work on the design and synthesis of molecular machines. Feringa's work on nanocars was published in 2011.

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