Stabilization in Rydberg Atoms interacting with Strong EM fields (Studies in 2D and 3D)

* This project is a joint-research with Dr. Will Chism (and Prof. L.E.Reichl)

• Working Note for 3D Calculation
• Feb. 2001
  
  • Parameters(F=3.25,N=1)
  • MPEG Movie(Wavefunction and Total Potential (Potential is scaled to fit with wavefun) along x-axis)
  • MPEG Movie(2D cut on Z=0 plane)
• Mar. 2001
  
  • Parameters (same as Feb 9, 2001) (F=3.25,N=1)
  • MPEG Movie(Wavefunction {red-core,blue-no core} along x-axis)
• Mar. 2001
  
  • Parameters (F=3.7,N=3,TurnOnTime=58.1)
  • Movie #1 MPEG #1(Wavefunction along {red:x-axis,blue:y-axis}) MPEG #2(Wavefunction along {red:x-axis,blue:y-axis})
  • Movie #2 MPEG (2D cut on Z=0 plane)
• May. 2001
  
  • Movie (F=3.7) MPEG (2D cut on Z=0 plane)
  • Movie (F=4.0) MPEG (2D cut on Z=0 plane)
  • Prob. vs. time (F=3.7,4.0) PS DATA (F=3.7) DATA (F=4.0)
  • Snapshots for F=3.7 at t=138 from 4 different angles
    
    
  • Snapshots for F=4.0 at t=138 from 4 different angles
    
    
• May. 2001
  
  • SETUP: NEW (previous)
    Grid: [-20,20]x[-20,20]x[-20,20] ([-24,24]x[-24,24]x[-24,24])
    dx = 0.15625, xmin=0.078125 (dx=0.25,xmin=0.125)
    Gaussian: A=1, W=1.5 (A=1,W=5)
    Turn-on : 4 cycle/T=~20 (12 cycle/T=~60)
    "alpha" = 0.025 (0.175)
    
  • Snapshot for F=4.0 at t=5.381 and t=16.71
    
  • Prob vs. Time (unnormalized)

  Current (2001)
  

  • SETUP:
    Grid: [-16,16]x[-16,16]x[-16,16] dx = 0.166666, xmin=0.08333333 (192x192x96 grid)
    Gaussian: A=1, W=1.5
    Turn-on-and-off : 3-and-3 cycle (T=~31)
    "alpha" = 0.025
    
  • Prob vs. Time (unnormalized) for 3-turnon-3-turnoff for F=2.5, 3, 3.5, 4, and 4.5 NEW
  • Rho vs. X at T=15.42 (PS) NEW
  • MPEG Movies F=2.5
  • MPEG Movies (Around 3rd laser cycle( a cycle around Time ~15 ) ): F=2.5(SideView)(TopDownView), F=3(SideView)(TopDownView), F=3.5(SideView)(TopDownView)
  • Snap Shots (F=3, time=32) (F=3.5, time=32) (F=4, time=32)