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http://www2.physics.uiowa.edu/~fskiff/Physics_132/New%20Lab%20Manual/int_lab_man/img/ESR/coils.jpg

http://www2.physics.uiowa.edu/~fskiff/Physics_132/New%20Lab%20Manual/int_lab_man/img/ESR/coils.jpg

Reducing the radiative transition’s time constant from thousands of years to a fraction of a second could benefit quantum information schemes.

Reducing the radiative transition’s time constant from thousands of years to a fraction of a second could benefit quantum information schemes.

How it all started ...

How it all started ...

Experimental  muon  en ergies  range  from  0  GeV   to  well beyond the TeV  scale.

Experimental muon en ergies range from 0 GeV to well beyond the TeV scale.

(DIO) Muon decay in orbit: spectrum of high-energy electrons

(DIO) Muon decay in orbit: spectrum of high-energy electrons

Fig. 10. (Color online) The metal shields of the PFL and the experimental platform of accelerator. (a) Metal shields and tape helix of the helical Blumlein PFL; (b) accelerator platform including the helical Blumlein PFL.

Fig. 10. (Color online) The metal shields of the PFL and the experimental platform of accelerator. (a) Metal shields and tape helix of the helical Blumlein PFL; (b) accelerator platform including the helical Blumlein PFL.

Fig. 1. (Color online) The tape-helix model of Blumlein PFL of accelerator.

Fig. 1. (Color online) The tape-helix model of Blumlein PFL of accelerator.

75 eV is XUV. Table 1. Two - photon emission from thin superconducting rings irradiated by coherent microwave fields

75 eV is XUV. Table 1. Two - photon emission from thin superconducting rings irradiated by coherent microwave fields

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