Epstein Secrets

radiation over this - 1.6 octave-width spectral band and then make it av=ilable for re-radiation by a

vial magnitudes — at least to=me-in-present condition! — as suggested by the appended items (whi=h 'connection' is admittedly somewhat distant)?au> Molec=lar quantum oscillators can have very high Qs in/about the visible optical=spectrum, e.g., 106, when they're in vacuum-type=circumstances, i.e., are

ar radiation over this —1.6 octave-width spectral band and then make it av=ilable for re-radiation by a

ial magnitudes — at least to=me-in-present condition! — as suggested by the appended items (whi=h 'connection' is admittedly somewhat distant)?<=u> Molec=lar quantum oscillators can have very high Qs in/about the visible optical=spectrum, e.g., 106, when they're in vacuum-type=circumstances, i.e., are

r radiation over this —1.6 octave-width spectral band and then make it av=ilable for re-radiation by a

ial magnitudes — at least to=me-in-present condition! — as suggested by the appended items (whi=h 'connection' is admittedly somewhat distant)?<=u> Molec=lar quantum oscillators can have very high Qs in/about the visible optical=spectrum, e.g., 106, when they're in vacuum-type=circumstances, i.e., are