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text stringlengths 597 826	video stringlengths 44 74	hard_negative_texts listlengths 5 5	hard_negative_videos listlengths 5 5
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1000.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1144.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1131.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1076.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1046.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1141.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1002.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1124.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1033.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1081.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1062.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1149.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1004.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1144.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1059.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1026.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1033.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1149.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1007.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1000.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1145.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1121.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1083.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1159.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1008.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1119.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1009.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1035.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1129.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1063.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1009.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1131.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1046.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1136.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1119.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1021.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1012.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1101.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1028.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1067.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1152.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1016.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1013.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1049.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1073.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1063.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1031.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1136.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1014.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1019.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1146.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1141.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1136.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1149.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1015.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1067.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1094.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1002.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1053.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1041.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1016.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1050.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1144.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1014.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1073.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1052.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1017.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1021.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1148.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1000.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1012.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1082.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1019.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1092.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1149.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1088.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1031.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1085.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1020.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1101.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1081.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1073.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1114.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1019.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1021.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1098.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1121.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1138.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1158.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1143.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1022.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1046.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1030.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1094.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1015.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1008.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1023.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1059.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1004.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1063.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1053.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1020.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1026.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1015.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1068.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1031.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1081.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1030.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1027.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1149.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1015.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1115.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1017.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1068.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1028.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1126.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1131.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1098.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1146.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1007.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1029.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1091.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1138.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1031.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1129.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1030.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1030.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1012.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1019.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1067.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1041.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1038.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1031.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1085.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1145.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1115.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1148.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1149.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1033.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1114.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1053.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1140.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1058.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1061.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1035.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1049.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1019.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1012.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1083.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1121.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1038.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1115.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1099.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1028.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1012.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1078.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1039.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1000.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1090.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1017.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1059.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1140.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1041.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1134.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1126.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1098.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1038.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1019.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1042.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1007.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1039.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1030.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1136.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1059.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1046.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1016.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1097.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1021.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1062.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1083.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1047.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1097.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1099.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1140.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1053.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1017.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1049.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1137.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1114.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1082.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1033.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1080.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1050.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1081.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1080.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1033.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1094.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1009.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1052.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1053.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1092.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1096.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1042.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1055.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1053.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1119.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1013.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1028.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1155.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1145.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1055.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1141.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1019.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1016.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1073.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1114.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1056.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1085.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1155.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1124.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1046.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1115.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1058.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1013.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1082.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1108.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1088.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1111.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1059.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1143.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1097.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1121.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1047.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1061.mp4" ]
Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot appears ...	videos/glassSphereCaustic/glassSphereCaustic_S1061.mp4	[ "Find the 3D optics video of glass-sphere caustic formation, showing a transparent sphere producing a refractive caustic hotspot. Physically, refraction through the sphere folds the rays into a bright caustic concentrated behind it. The color map represents the normalized irradiance field, so an intense hotspot app...	[ "videos/glassSphereCaustic/glassSphereCaustic_S1016.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1083.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1147.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1008.mp4", "videos/glassSphereCaustic/glassSphereCaustic_S1102.mp4" ]