Abstract
Symmetry breaking of electronic structure configurations resemble classical phase transitions.
Finite Size Scaling method can be used to obtain critical parameters for the quantum Hamiltonian: Critical charges, critical dipole and quadrupole-bound anions,…
Quantum phase transitions can be used to explain and predict the stability of atoms, molecules and quantum dots.
Multiply charged negative atomic anions can be stabilized in super-intense laser fields.
Keywords
phase transitions, quantum phase transitions, finite size scaling, high frequency fluent theory, HFFT
Date of this Version
April 2007
Recommended Citation
Wei, Qi and Kais, Sabre, "Finite Size Scaling and Stability of Matter in Super-intense Laser Fields" (2007). Birck Poster Sessions. Paper 2.
https://docs.lib.purdue.edu/nanoposter/2
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