Charles Lieber’s nanoscale transistors can enter cells without harming them | Harvard Magazine. Virus-Sized Transistors by JONATHAN SHAW JANUARY-FEBRUARY 2011 Hyman professor of chemistry Charles Lieber has created a transistor so small it can be used to penetrate cell membranes and probe their interiors, without disrupting function. The transistor (yellow) sits near the bend in a hairpin-shaped, lipid-coated silicon nanowire. Its scale is similar to that of intra-cellular structures such as organelles (pink and blue orbs) and actin filaments (pink strand). Hyman professor of chemistry Charles Lieber has created a transistor so small it can be used to penetrate cell membranes and probe their interiors, without disrupting function. The transistor (yellow) sits near the bend in a hairpin-shaped, lipid-coated silicon nanowire. Its scale is similar to that of intra-cellular structures such as organelles (pink and blue orbs) and actin filaments (pink strand). B.Tian and C.M. Lieber, Harvard University

Virus-Sized Transistors
by JONATHAN SHAW

JANUARY-FEBRUARY 2011

Hyman professor of chemistry Charles Lieber has created a transistor so small it can be used to penetrate cell membranes and probe their interiors, without disrupting function. The transistor (yellow) sits near the bend in a hairpin-shaped, lipid-coated silicon nanowire. Its scale is similar to that of intra-cellular structures such as organelles (pink and blue orbs) and actin filaments (pink strand).
B.Tian and C.M. Lieber, Harvard University
— Read on harvardmagazine.com/2011/01/virus-sized-transistors

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