GeminiOmni 作品展示
浏览公开的 AI 视频与图片生成作品，并查看提示词、参数、参考素材和结果。
Grok Imagine Video 1.5 Preview
Start with both atoms appearing dramatically from two glowing energy portals. The camera zooms into Atom A's nucleus and counts the 6 red protons. Then move to Atom B and count the 6 red protons. The camera suddenly focuses on the blue neutrons. Atom A shows 6 neutrons. Atom B shows 8 neutrons. The girl looks surprised as she discovers the difference. The three answer choices appear. A short countdown begins. The word ISOTOPES explodes into view with a powerful energy burst. End with both atoms glowing together. 🎙️ DIALOGUE Girl: "Wait… these two atoms are different!" "But they have the SAME number of protons!" Girl: "So… different elements?" "Or isotopes?" Countdown Girl: "ISOTOPES!" 📝 ON-SCREEN TEXT Same protons Different neutrons = ISOTOPES ⚛️
Grok Imagine Video 1.5 Preview
Start with a close-up of the nucleus. The camera rapidly moves outward through all four energy levels. The levels activate one after another: K L M N The electron distribution appears: 2 — 8 — 8 — 1 The camera stops at the outermost N level. The single electron on N suddenly glows intensely. The girl points toward it. Two question marks appear. A countdown begins. Then the answers reveal: Outermost level = N / Level 4 Electrons = 1 The entire atom erupts in a powerful energy burst. End with the girl celebrating. 🎙️ DIALOGUE Girl: "Last challenge!" "Look at this distribution…" "2… 8… 8… 1." "Which is the outermost energy level?" Countdown Girl: "LEVEL FOUR!" "And how many electrons are there?" Girl: "ONE!" Girl: "You cracked the energy-level code!" 📝 ON-SCREEN TEXT 2 — 8 — 8 — 1 Outermost level = Level 4 Electrons = 1 ثم: ⚡ ENERGY LEVEL CODE: CRACKED!
Grok Imagine Video 1.5 Preview
Start with a close-up of the nucleus. The camera rapidly moves outward through all four energy levels. The levels activate one after another: K L M N The electron distribution appears: 2 — 8 — 8 — 1 The camera stops at the outermost N level. The single electron on N suddenly glows intensely. The girl points toward it. Two question marks appear. A countdown begins. Then the answers reveal: Outermost level = N / Level 4 Electrons = 1 The entire atom erupts in a powerful energy burst. End with the girl celebrating. 🎙️ DIALOGUE Girl: "Last challenge!" "Look at this distribution…" "2… 8… 8… 1." "Which is the outermost energy level?" Countdown Girl: "LEVEL FOUR!" "And how many electrons are there?" Girl: "ONE!" Girl: "You cracked the energy-level code!" 📝 ON-SCREEN TEXT 2 — 8 — 8 — 1 Outermost level = Level 4 Electrons = 1 ثم: ⚡ ENERGY LEVEL CODE: CRACKED!
Grok Imagine Video 1.5 Preview
Begin with the number 19 appearing as a massive hologram. The camera dives into the atom. Electrons rapidly populate the energy levels. First level receives 2 electrons. Second level receives 8 electrons. Third level receives 8 electrons. Finally, one electron moves into the fourth level. The four levels glow one after another. The girl counts the distribution with her fingers: 2... 8... 8... 1. A countdown begins. The four answer choices appear. The fourth level suddenly explodes with bright energy. The correct answer is revealed: LEVEL 4. End with the single outer electron glowing dramatically. 🎙️ DIALOGUE Girl: "Nineteen electrons!" "Where is the highest-energy electron?" Girl: "Let's arrange them!" "2… 8… 8… 1!" Girl: "So where is the last electron?" Countdown Girl: "LEVEL FOUR!" 📝 ON-SCREEN TEXT 19 electrons 2 — 8 — 8 — 1 Highest-energy electron = ? A) Level 1 B) Level 2 C) Level 3 D) Level 4 ثم: 🔥 ANSWER LEVEL 4
Grok Imagine Video 1.5 Preview
Start with the electron calmly moving on a lower energy level. A bright energy beam hits the electron. The electron absorbs the energy and suddenly jumps outward to a higher energy level. The camera follows the electron during the jump. The girl reacts with excitement. The three answer choices appear briefly. The correct answer lights up: MOVES TO A HIGHER ENERGY LEVEL. Show the electron glowing strongly after the jump. End with a dramatic energy pulse around the new level. 🎙️ DIALOGUE Girl: "Uh-oh! This electron just got energy!" "What happens now?" Girl: "Does it stay?" "Or does it move?" BOOM Girl: "It jumps to a HIGHER ENERGY LEVEL!" 📝 ON-SCREEN TEXT Electron gains energy ⚡ ↓ Moves to a higher energy level
Grok Imagine Video 1.5 Preview
Start with the camera close to the nucleus. Show an electron moving around the first energy level. Then the camera rapidly pulls outward through levels 2 and 3 until reaching level 4. The electron on the farther level begins glowing with stronger energy. The girl points toward the outer level. Two answer choices appear. Countdown begins. The correct answer FARTHER FROM THE NUCLEUS lights up. A glowing energy wave travels outward through all four levels. End with the outer level glowing intensely. 🎙️ DIALOGUE Girl: "Which electron has higher energy?" "The one closer to the nucleus?" "Or the one farther away?" Countdown Girl: "Farther away!" "Energy increases as we move farther from the nucleus." 📝 ON-SCREEN TEXT Which level has more energy? Closer to nucleus OR Farther from nucleus? ثم: ✅ Farther from the nucleus = Higher energy
Grok Imagine Video 1.5 Preview
Start with a wide shot of the giant atom. Suddenly an electron races around the nucleus at high speed. The camera follows the electron. It passes one glowing energy level, then another. The girl tries to follow it with her eyes. The three answer doors appear. A short countdown begins. The correct answer, AROUND THE NUCLEUS — ENERGY LEVELS, lights up dramatically. The camera pulls back and shows several electrons moving around the nucleus on energy levels. Fast cinematic cartoon animation with strong motion and glowing energy trails. 🎙️ DIALOGUE Girl: "Where do electrons move?" "Inside the nucleus?" "Inside the protons?" "Or around the nucleus in energy levels?" Countdown Girl: "The answer is… AROUND THE NUCLEUS!" 📝 ON-SCREEN TEXT Where do electrons move? A) Inside the nucleus B) Around the nucleus in energy levels C) Inside protons ثم: ✅ ENERGY LEVELS
Grok Imagine Video 1.5 Preview
Start with a massive energy burst as the Atom Code chamber activates. The clues Z = 12 and A = 24 appear. The first lock asks for protons. The girl points to Z and unlocks: p = 12 The second lock asks for electrons. The atom flashes the word NEUTRAL. The girl unlocks: e⁻ = 12 The third lock asks for neutrons. The equation appears: n = A − Z 24 − 12 = 12 All three locks open simultaneously. The atom becomes fully illuminated and releases a huge cinematic energy explosion. The girl raises her hands in victory. End with the complete answer floating around the atom. 🎙️ DIALOGUE Girl: "Final challenge!" "Z equals 12…" "And A equals 24." "First… how many protons?" Girl: "12!" "It's neutral… so electrons?" "12!" "And neutrons?" "24 minus 12… equals 12!" Girl: "Boom! We cracked the Atom Code!" 📝 ON-SCREEN TEXT Z = 12 A = 24 Neutral atom p = ? e⁻ = ? n = ? ثم الكشف: 🔥 ANSWER p = 12 e⁻ = 12 n = 12 والخاتمة: ATOM CODE: CRACKED! ⚛️🔥
Grok Imagine Video 1.5 Preview
Begin with the mysterious atom floating behind an energy shield. The clues A = 27 and Z = 13 appear dramatically. The camera zooms toward the girl's face. She thinks for a moment. A glowing equation begins forming in the air: n = A − Z The numbers 27 and 13 fly into the equation. 27 − 13 = 14 The energy shield around the nucleus disappears. Exactly 14 blue neutrons are revealed. The answer 14 creates a powerful energy explosion. The girl celebrates. End with the formula glowing above the atom. 🎙️ DIALOGUE Girl: "Okay… this one is tricky!" "Mass number is 27." "Atomic number is 13." "But how many neutrons?" Girl: "We need the formula!" "n equals A minus Z." "27 minus 13 equals… 14!" 📝 ON-SCREEN TEXT A = 27 Z = 13 n = ? A) 12 B) 14 C) 16 ثم: ✅ n = 14 n = A − Z
Grok Imagine Video 1.5 Preview
Start with the nucleus appearing through a bright energy burst. The camera moves around the nucleus. Highlight the 13 red protons. Then highlight the 14 blue neutrons. The numbers 13 and 14 appear above the particles. They fly together and combine. The equation forms: 13 + 14 = 27 The three answer choices appear. The correct answer 27 explodes with a golden energy burst. The girl celebrates. End with the formula: A = p + n 🎙️ DIALOGUE Girl: "Let's calculate the mass number!" "13 protons…" "14 neutrons…" "So what's A?" Countdown Girl: "13 plus 14 equals 27!" "Mass number equals protons plus neutrons!" 📝 ON-SCREEN TEXT p = 13 n = 14 A = ? A) 25 B) 27 C) 29 ثم: ✅ A = 27 A = p + n
Grok Imagine Video 1.5 Preview
Begin with the atom spinning. The camera zooms into the nucleus and reveals exactly 15 red protons. The balance scale appears. The word NEUTRAL flashes dramatically. The girl realizes the trick. The three answer numbers appear. Countdown begins. The electron side of the scale suddenly becomes balanced when 15 electrons appear. The number 15 glows brightly. The atom becomes fully illuminated. End with the girl celebrating. Fast, cinematic, game-show style animation. 🎙️ DIALOGUE Girl: "A neutral atom has 15 protons." "How many electrons does it have?" Girl: "10?" "15?" "Or 20?" Countdown Girl: "15!" "Because in a neutral atom, protons equal electrons!" 📝 ON-SCREEN TEXT Neutral Atom 15 protons Electrons = ? A) 10 B) 15 C) 20 ثم: ✅ Electrons = 15 p = e⁻
Grok Imagine Video 1.5 Preview
Start with the mysterious atom spinning rapidly inside the identification chamber. The scanner sweeps across the atom and focuses directly on the nucleus. The camera zooms into the nucleus. Show the red proton characters being counted: 1, 2, 3... until 11. The number 11 begins glowing. The three possible answers appear. A short countdown begins. The girl points toward the correct answer. The answer 11 explodes with a bright energy burst. Reveal the rule: Atomic Number = Number of Protons. Fast cinematic educational game animation. 🎙️ DIALOGUE Girl: "Okay… identify this atom!" "It has eleven protons." "What's its atomic number?" Girl: "9… 11… or 19?" Countdown Girl: "The answer is… ELEVEN!" "Atomic number equals the number of protons!" 📝 ON-SCREEN TEXT 11 protons Atomic Number = ? A) 9 B) 11 C) 19 ثم: ✅ Atomic Number = 11 Z = p
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