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Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1001.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1120.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1124.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1132.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1122.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1003.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1016.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1115.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1120.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1070.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1005.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1060.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1007.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1052.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1032.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1007.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1057.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1137.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1085.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1033.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1008.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1026.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1028.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1014.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1050.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1009.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1089.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1137.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1099.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1132.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1010.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1008.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1119.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1057.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1137.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1011.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1023.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1107.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1063.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1028.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1012.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1032.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1123.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1137.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1112.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1013.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1130.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1076.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1009.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1068.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1014.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1121.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1130.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1043.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1076.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1015.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1049.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1135.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1134.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1078.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1016.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1097.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1043.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1052.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1082.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1018.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1061.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1121.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1103.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1076.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1019.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1137.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1049.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1063.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1089.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1021.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1069.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1029.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1036.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1109.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1022.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1045.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1010.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1115.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1084.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1023.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1100.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1018.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1129.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1092.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1026.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1049.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1014.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1136.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1029.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1027.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1078.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1091.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1026.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1071.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1028.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1040.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1078.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1058.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1007.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1029.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1010.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1065.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1089.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1061.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1030.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1064.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1014.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1061.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1040.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1031.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1053.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1016.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1129.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1117.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1032.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1026.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1023.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1008.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1049.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1033.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1124.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1023.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1136.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1128.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1036.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1078.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1110.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1001.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1014.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1037.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1045.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1038.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1027.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1100.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1038.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1109.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1094.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1070.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1019.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1040.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1043.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1051.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1021.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1010.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1042.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1114.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1112.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1079.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1012.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1043.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1086.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1107.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1097.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1005.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1044.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1091.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1103.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1042.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1129.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1045.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1050.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1070.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1001.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1110.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1046.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1042.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1103.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1069.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1031.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1047.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1120.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1014.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1094.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1060.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1048.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1094.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1099.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1089.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1100.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1049.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1064.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1082.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1009.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1114.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1050.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1044.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1134.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1005.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1059.mp4", "videos/dielectricBl...
Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the beam a...	videos/dielectricBlockRefraction/dielectricBlockRefraction_S1051.mp4	[ "Find the 2D optics video of dielectric block refraction, showing a transmitted beam bending through a dielectric block. Physically, Snell's law bends the transmitted beam at each face, so the exit beam leaves laterally shifted. The color map represents the normalized irradiance field, so bright colors follow the b...	[ "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1058.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1042.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1131.mp4", "videos/dielectricBlockRefraction/dielectricBlockRefraction_S1119.mp4", "videos/dielectricBl...