Isotope effect in the work function of Li
Li isotopes' work functions reveal a quantum isotope effect. Measured using high precision temperature-controlled photoionization spectroscopy.
Explore →Li isotopes' work functions reveal a quantum isotope effect. Measured using high precision temperature-controlled photoionization spectroscopy.
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New method of measuring phase transitions using photoionization spectroscopy for determining phase transition of isolated nanoparticles.
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The Thomson problem investigates how identical electric charges arrange themselves on the surface of a sphere to minimize their electrostatic potential energy.
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Temperature-controlled nanoparticle generation, differential pumping, ion optics, optical calibration, and automated spectroscopy.
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Zero-dead-time multichannel acquisition, dual counters, and a Python GUI using a Tang Primer 25K FPGA and Teensy 4.0.
Explore →Modeled a crossed-field (E ⊥ B) velocity selector using permanent magnets.
Explore →Simplified simulation of how a cluster of 10,000 lithium atoms initially at 100 K cools through collisions with a helium bath maintained at 380 K.
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