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12 Perspectives
phonon, and photon at a specific atomic site. One can imagine what will happen if we
turn our current focusing point from the bond energy at equilibrium to the phonon
frequency or to the photoemission wavelength. Bond energy is the zeroth and the
phonon vibration energy is the second derivative of the interatomic potential in Taylor series. Energies of photon emission and photon absorption depend on the band
gap and electron-phonon coupling. The band gap is proportional to the bond energy
at equilibrium. Therefore, atomistic spectrometrics for bond, electron, phonon, and
photon is useful. This extension could be extremely appealing, fascinating, promising, and rewarding, which will advance surely profoundly the under-coordination
Physics and the hetero-coordination Chemistry.
12 Perspectives
phonon, and photon at a specific atomic site. One can imagine what will happen if we
turn our current focusing point from the bond energy at equilibrium to the phonon
frequency or to the photoemission wavelength. Bond energy is the zeroth and the
phonon vibration energy is the second derivative of the interatomic potential in Taylor series. Energies of photon emission and photon absorption depend on the band
gap and electron-phonon coupling. The band gap is proportional to the bond energy
at equilibrium. Therefore, atomistic spectrometrics for bond, electron, phonon, and
photon is useful. This extension could be extremely appealing, fascinating, promising, and rewarding, which will advance surely profoundly the under-coordination
Physics and the hetero-coordination Chemistry.