multiphoton

Combining an imaging technique called multiphoton microscopy with "optical clearing," which uses a solution that renders tissue transparent, the researchers were able to scan mouse organs and create high-resolution images of the brain, small intestine, large intestine, kidney, lung and testicles.

innovations-report 2010

Instead of using a chemical reaction that would proceed once a single photon was absorbed, they relied on molecules that had to absorb two photons at the laser's wavelength before reacting, a technique called multiphoton absorption polymerization, or MAP.

Ars Technica 2009

Instead of using a chemical reaction that would proceed once a single photon was absorbed, they relied on molecules that had to absorb two photons at the laser's wavelength before reacting, a technique called multiphoton absorption polymerization, or MAP.

Ars Technica 2009

Instead of using a chemical reaction that would proceed once a single photon was absorbed, they relied on molecules that had to absorb two photons at the laser's wavelength before reacting, a technique called multiphoton absorption polymerization, or MAP.

Ars Technica 2009

Instead of using a chemical reaction that would proceed once a single photon was absorbed, they relied on molecules that had to absorb two photons at the laser's wavelength before reacting, a technique called multiphoton absorption polymerization, or MAP.

Ars Technica 2009

Eli spent a lot of his youth doing multiphoton stuff and his reaction to this test was that he was not impressed, and certainly not convinced.

Archive 2009-06-01 EliRabett 2009

For molecules and multiphoton excitation MPE, one distinguishes between a simultaneous and step-wise aka sequential multiphoton excitation.

Archive 2009-06-01 EliRabett 2009

This is a VERY tricky thing, because you can easily do amusing multiphoton things like

Rabett Run EliRabett 2009

Eli spent a lot of his youth doing multiphoton stuff and his reaction to this test was that he was not impressed, and certainly not convinced.

Rabett Run EliRabett 2009

This shows that no O(1D) the first electronically excited state which will not collisionally or radiatively quench to the ground state by collision in almost all cases was produced by multiphoton processes 7. Any ground state O(3P) would have to be improbably hot translationally to react with water vapor producing OH 8. Higher lying quartet states of NO2 are unlikely to react.

Archive 2009-06-01 EliRabett 2009