1D Wavepacket with k/ko=sqrt(0.5) with t in the range -160(1)200 moving from vacuum into glass with n=1.5 and 12 fps : pim1d movie

1D Wavepacket with k/ko=sqrt(0.5) with t in the range -160(1)360 moving from vacuum into a NIM with 12 fps : nim1d movie

1D Wavepacket with k/ko=sqrt(0.5) and damping with t in the range -160(1)360 moving from vacuum into a NIM with 12 fps : nim1dd movie

Wavepacket with k/ko=0.5 incident at 45 degrees with t in the range -218(1)280 moving from vacuum into glass with n=1.5 and 12 fps: m1 movie

Wavepacket with k/ko=0.5 incident at 45 degrees with t in the range -218(1)568 moving from vacuum into a NIM with 12 fps: m2 movie

Wavepacket with k/ko=0.5 incident at 45 degrees with t in the range 110(1)513 moving from vacuum into a NIM with 12 fps and carrier wave removed: m5 movie

Wavepacket with k/ko=sqrt(0.5) incident at 20 degrees with t in the range -200(1)375 moving from vacuum into a NIM with 12 fps with 50% larger a's: m3 movie

Wavepacket with k/ko=0.8 incident at 10 degrees with t in the range -200(1)375 moving from vacuum into a NIM with 12 fps with 50% larger a's: m4 movie

Single wave with k/ko=1/sqrt(2) incident at 45 degrees moving from vacuum into a NIM with 12 fps: single movie

Two colinear waves near k/ko=1/sqrt(2) incident at 45 degrees moving from vacuum into glass with 12 fps: doubleg movie

Two colinear waves near k/ko=1/sqrt(2) incident at 45 degrees moving from vacuum into a NIM with 12 fps: double movie

Three non-colinear waves near k/ko = 1/sqrt(2) incident at 45 degrees moving from vacuum into a NIM with 12 fps: triple movie

Wavepacket with k/ko=0.5 incident at 30(15)60 degrees with t in the range -100(20)600 moving from vacuum into a NIM with 2 fps : mt movie

Wavepacket with k/ko=sqrt(0.5) incident at 30(15)60 degrees with t in the range -100(20)600 moving from vacuum into a NIM with 2 fps : ms movie

Wavepacket with k/ko=0.8 incident at 15(15)60 degrees with t in the range -100(20)600 moving from vacuum into a NIM with 2 fps : mu movie

Wavepacket with k/ko=0.8 incident at 15(15)45 degrees with t in the range -200(20)200 moving from vacuum into a n=+0.5 with 2 fps : mug movie