Michael Nahum

Affiliations: 
Harvard University, Cambridge, MA, United States 
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"Michael Nahum"
Bio:

https://www.etde.org/etdeweb/servlets/purl/6941022/6941022.pdf

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Parents

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Paul L. Richards grad student 1992 UC Berkeley
 (Superconducting submillimeter and millimeter wave detectors.)
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Publications

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Ullom JN, Fisher PA, Nahum M. (2000) Measurements of quasiparticle thermalization in a normal metal Physical Review B. 61: 14839-14843
Booth NE, Fisher PA, Nahum M, et al. (1999) A superconducting transistor based on quasiparticle trapping Superconductor Science and Technology. 12: 538-554
Fisher PA, Ullom JN, Nahum M. (1999) High-power on-chip microrefrigerator based on a normal- metal/insulator/superconductor tunnel junction Applied Physics Letters. 74: 2705-2707
Ullom JN, Fisher PA, Nahum M. (1998) Energy-dependent quasiparticle group velocity in a superconductor Physical Review B. 58: 8225-8228
Ullom JN, Fisher PA, Nahum M. (1998) Magnetic field dependence of quasiparticle losses in a superconductor Applied Physics Letters. 73: 2494-2496
Fisher PA, Ullom JN, Nahum M. (1998) Development of a 100 milli-kelvin electronic refrigerator based on a normal-insulator-superconductor tunnel junction Applied Superconductivity. 6: 325-329
Hanna A, Ullom J, Nahum M. (1996) Modeling energy transport through the hot-electron microcalorimeter Nuclear Instruments and Methods in Physics Research Section a: Accelerators, Spectrometers, Detectors and Associated Equipment. 370: 190-192
Ullom J, Fisher P, Nahum M. (1996) A direct measurement of the quasiparticle trapping efficiency for a normal metal trap Nuclear Instruments and Methods in Physics Research Section a: Accelerators, Spectrometers, Detectors and Associated Equipment. 370: 98-100
Fisher PA, Ullom JN, Nahum M. (1995) Design of a novel on-chip electronic refrigerator based on a normal-insulator-superconductor tunnel junction Journal of Low Temperature Physics. 101: 561-566
Bonalde IJ, Brill TM, Nahum M, et al. (1995) Ultra-sensitive bolometers for atomic hydrogen detection Journal of Low Temperature Physics. 101: 555-559
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