k Quantum spin of an organometallic molecule, illustration Quantum spin of an organometallic molecule, illustration. A Chromium atom metallic forms the core of a hydrocarbon molecule and it has a detectable electronic spin purple arrow. Attaching methyl groups at select locations alter the properties of the molecule. Atoms are colour coded as carbon grey and hydrogen atoms white except in methyl groups white big spheres omitted for clarity., Photo by RAMON ANDRADE 3DCIENCIASCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Quantum spin of an organometallic molecule, illustration Quantum spin of an organometallic molecule, illustration. A Chromium atom  metallic  forms the core of a hydrocarbon molecule and it has a detectable electronic spin  purple arrow . Attaching methyl groups at select locations alter the properties of the molecule. Atoms are colour coded as: carbon  grey  and hydrogen atoms  white  except in methyl groups  white big spheres  omitted for clarity., Photo by RAMON ANDRADE 3DCIENCIA SCIENCE PHOTO LIBRARY
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Quantum spin of an organometallic molecule, illustration

Quantum spin of an organometallic molecule, illustration. A Chromium atom (metallic) forms the core of a hydrocarbon molecule and it has a detectable electronic spin (purple arrow). Attaching methyl groups at select locations alter the properties of the molecule. Atoms are colour coded as: carbon (grey) and hydrogen atoms (white) except in methyl groups (white big spheres) omitted for clarity., Photo by RAMON ANDRADE 3DCIENCIA/SCIENCE PHOTO LIBRARY

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