Text: "Two-dimensional time-dependent quantum-mechanical scattering events." Nonrelativistic quantum-mechanical scattering in two dimensions is studied numerically by integrating the time-dependent Schroedinger equation. A partial-wave analysis is used to discuss the numerical results. A potential barrier, a square well, and a single slit are considered as the scattering potentials. May be applicable to understanding the virtual state (vacuum) scalar engineering apparently being used by the Soviet Union to adversely influence the weather over North America and elsewhere. Several patterns reproduce the "giant radial" effect observed in clouds over the United States just prior to drastic and abnormal changes in the weather in latter 1983. See particularly figures 2 and 3. Note relationship to macro-diffraction shown by G. Anido and D. J. Miller, "Electron diffraction by macroscopic objects," American Journal of Physics, 512(1), Jan. 1984, p. 49-54. American Journal of Physics. 52(1), Jan. 1984. p. 60-68.

See Also: scattering, diffraction, quantum mechanics, weather engineering, scalar electromagnetics, artificial scalar interferometry, giant radials, energy bottle, Tesla waves.

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