Walking molecule

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A basic walking molecule, aka “molecular walker”, based on non-interlocked architecture, shown with a passing-leg walking mechanism, which in principle can “choose” (Leigh, 2015) between alternative pathways.[1]

In terms, walking molecule (CR:5) (LH:6) (TL:11) is a molecule with legs, e.g. kinesin, DTA, AQ, or human, that has the ability to move bipedially along a surface, tube, or structure.

Quotes

In 2005, Ludwig Bartels, German-born American physical chemist, at the University of California Riverside, designed a molecule, called DTA, or 9,10-DiThioAnthracene (Ѻ) molecule, with a body made of linked benzene molecules and two sulfur atom legs, which when cooled down to -223°C they form rows (Ѻ) and began to move in a straight line, walking on a flat copper Cu(111) surface, induce by a little heat, like a little human. [2]

End matter

See also

References

  1. Leigh, David. (2014). “Synthetic Molecular Walkers” (co-authors: Urszula Lewandowska, Bartosz Lewandowski, Miriam Wilson), Top Current Chemistry, 354:111-28; in: Molecular Machines and Motors (§:111-; image, pg. 114). Springer, 2015.
  2. Melville, Kate. (2005). “Novel ‘Walking’ Molecule Mooted For Nano-Abacus” (WB), ScienceAGoGo.com, Sep 27.

External links

Theta Delta ics T2.jpg