REFERENCE / IDENTITY LOCK: Use the attached reference image as the sole facial identity reference for the subject. Preserve the same recognizable facial structure, facial proportions, eye shape, eye spacing, eyebrows, nose shape, lips, cheek structure, jawline, chin, and natural skin characteristics throughout the entire video. Maintain strict facial identity consistency from the first frame to the last frame. Do not redesign, beautify, age, de-age, or reinterpret the face. SUBJECT & STYLING: Create a 15-second cinematic hyper-lapse selfie travel video featuring the same young woman traveling across 30 iconic destinations around the world in 2026. Keep the same person, same age appearance, same natural body proportions, same long brown hairstyle, and same cheerful travel-vlogger personality in every scene. Each destination has a distinct stylish outfit appropriate to the location, while the subject's face and physical identity remain unchanged. VIDEO STRUCTURE: Exactly 30 scenes. Each scene lasts exactly 0.5 seconds. Total duration: exactly 15 seconds. Use hard cuts between every scene, precisely synchronized to the music beat. One destination per shot only. Do not blend, morph, or combine locations. Do not transition gradually between outfits or environments. CAMERA & MOTION: Handheld selfie-stick perspective, close selfie framing, natural arm-length camera distance, wide-angle travel-vlogger lens, realistic handheld micro-movements, energetic movement, authentic perspective distortion, subtle motion blur, natural walking and sightseeing movement. Keep the subject's face clearly visible and recognizable in every shot. LOCATIONS: 1. Eiffel Tower — Paris 2. Shibuya Crossing — Tokyo 3. Times Square — New York City 4. Colosseum — Rome 5. Pyramids of Giza — Egypt 6. Christ the Redeemer — Rio de Janeiro 7. Big Ben — London 8. Sydney Opera House — Sydney 9. Grand Palace — Bangkok 10. Taj Mahal — India 11. Great Wall — China 12. Burj Khalifa — Dubai 13. Hagia Sophia — Istanbul 14. Grand Canal — Venice 15. Machu Picchu — Peru 16. Acropolis — Athens 17. Sagrada Família — Barcelona 18. Traditional windmills — Amsterdam 19. Gyeongbokgung Palace — Seoul 20. Marina Bay Sands — Singapore 21. Santorini — Greece 22. Petra — Jordan 23. Neuschwanstein Castle — Germany 24. Golden Gate Bridge — San Francisco 25. Niagara Falls — Canada 26. Mount Fuji — Japan 27. Angkor Wat — Cambodia 28. Swiss Alps — Switzerland 29. Cappadocia — Türkiye 30. Maldives POSE & EXPRESSION: Give each scene one natural, distinct travel-vlogger action: waving, peace sign, pointing toward the landmark, thumbs-up, namaste, finger heart, laughing, surprised reaction, playful sightseeing gesture, or brief dance movement. Keep gestures anatomically natural and physically believable. ENVIRONMENT: Make every landmark immediately recognizable within its 0.5-second shot. Include realistic local surroundings, natural tourist crowds, authentic architecture, believable atmospheric conditions, and subtle environmental movement. Keep backgrounds detailed but never allow them to obscure the subject's face. LIGHTING: Use physically believable location-specific lighting appropriate to each destination and time of day. Natural sunlight, realistic shadows, accurate reflections, atmospheric depth, and consistent exposure. Avoid artificial glow, excessive HDR, or impossible illumination. MATERIAL & SKIN REALISM: Natural skin texture, visible realistic pores and subtle facial detail, physically accurate hair strands, realistic fabric behavior, natural hands and fingers, believable clothing materials, authentic reflections and environmental interaction. PHOTOGRAPHIC FINISH: Ultra-realistic cinematic travel photography, premium travel-vlog aesthetic, natural color science, realistic depth of field, authentic wide-angle perspective, subtle cinematic contrast, realistic motion blur, physically accurate environmental rendering, no artificial CGI appearance. IDENTITY & CONTINUITY CONSTRAINTS: The subject must remain the exact same person throughout all 30 scenes. No face morphing, facial redesign, identity drift, gender change, age change, hairstyle change, body-shape change, skin-tone inconsistency, facial proportion changes, duplicated person, outfit blending between scenes, accessory switching between frames, unnatural hand deformation, or inconsistent anatomy. 16K: 15360 × 8640 ≈ 132.7 million pixels, high-resolution professional quality. NEGATIVE CONSTRAINTS: face morphing, identity drift, different person, facial distortion, altered eyes, altered nose, altered jawline, age change, hairstyle change, body deformation, extra fingers, missing fingers, fused hands, duplicated limbs, warped landmarks, merged locations, blended outfits, floating objects, unrealistic crowds, CGI look, plastic skin, excessive beauty retouching, oversharpening, flickering, unstable exposure, unnatural motion, camera glitches, text, logos, watermarks.
Physics Experiment Educational Video
A cinematic educational video shows a confident physics professor leading an inclined-plane experiment in a modern university lab. The video features detailed close-ups and smooth camera movements to create an inspiring, photorealistic atmosphere for learning science.
Prompt
Create a 30-second ultra-realistic cinematic educational video set inside a modern university physics laboratory and lecture classroom, featuring a confident male physics professor entering the room with a coffee cup and teaching materials while students prepare for class. Show the professor explaining physics concepts on a large digital board, with mathematical formulas and a clear inclined-plane diagram visible behind him as students watch attentively. Transition to a detailed close-up of a small metal ball positioned on a transparent inclined track, emphasizing the experiment and the principles of motion and gravity. Show the professor and students gathering closely around the apparatus as he demonstrates how the ball moves along the track, using natural hand gestures and realistic physical interactions. Capture students reacting with curiosity and discussing the experiment while the professor carefully guides them through the observation. Include cinematic close-ups of the rolling ball, the transparent track, the professor’s hands, and the students’ focused expressions. Maintain realistic gravity, friction, momentum, object weight, contact, and natural movement throughout the experiment, with no physically impossible motion. Use smooth camera movements, shallow depth of field, realistic classroom lighting, detailed facial expressions, and authentic university laboratory surroundings. End with the professor standing beside the completed experiment as the students observe the result, creating a professional, inspiring, photorealistic educational-science atmosphere.
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