GeminiOmni Showcase
Browse public AI video and image generations, then inspect prompts, settings, references, and outputs.
Grok Imagine Video 1.5 Preview
The same dropper adds reagent to each tube. One solution visibly forms a solid. The camera zooms into the precipitate as it appears, then swings to the scientist. Dialogue — Scientist: “When the same reagent gives different results with two solutions, what can the evidence tell us?” BOOM reveal: “It can help distinguish their chemical properties. The formation of a precipitate is evidence of a chemical reaction.”
Grok Imagine Video 1.5 Preview
The scientist dips separate strips into the two samples. The strips change appearance differently. A magnified visual highlights the evidence, then the camera returns to her curious expression. Dialogue — Scientist: “Two substances affect litmus differently. What kind of property can this help us investigate?” BOOM reveal: “A chemical property! The result of a chemical indicator test can provide evidence about a substance’s chemical nature.”
Grok Imagine Video 1.5 Preview
The butter softens and melts gradually. The camera zooms in on the liquid surface, then pulls back as the scientist gestures toward the unchanged material. Dialogue — Scientist: “Butter melts when heated. Is this a physical or chemical change?” BOOM reveal: “A physical change! The state changes, but melting alone does not form a new substance.”
Grok Imagine Video 1.5 Preview
The cork is released and floats. The iron block is released and sinks. The camera follows both movements underwater before revealing the word “DENSITY”. Dialogue — Scientist: “Cork floats, but iron sinks in water. Which physical property helps explain this difference?” BOOM reveal: “Density! Cork is less dense than iron.”
Grok Imagine Video 1.5 Preview
Water streams rapidly into a beaker. Honey moves slowly in a thick ribbon. The camera tracks both flows and stops on the viscosity labels. Dialogue — Scientist: “Water flows more easily than honey. Which property are we comparing?” BOOM reveal: “Viscosity! It is a physical property.”
Grok Imagine Video 1.5 Preview
The camera zooms into each part of the formula as the heroine counts aloud. Numbers pop up beside each element, then add together in a bright final total. Dialogue — Scientist: “Let’s count: one calcium, one copper, four silicon, and ten oxygen atoms. What is the total?” BOOM reveal: “One plus one plus four plus ten equals sixteen atoms in the formula unit!”
Grok Imagine Video 1.5 Preview
The camera glides past the blue pigment, over the papyrus, and toward the statue. The formula appears beside the pigment. The scientist points at the formula, then gestures toward the decorated facade. Dialogue — Scientist: “Egyptian blue is a compound used to color papyri and statues. Its formula is C-a-C-u-S-i₄-O₁₀. What does the formula tell us?” BOOM reveal: “One calcium atom, one copper atom, four silicon atoms, and ten oxygen atoms in the formula unit. Egyptian blue has also been used to color facades in Nubian villages.”
Grok Imagine Video 1.5 Preview
The camera starts on one tiny atom and rapidly pulls back to reveal a huge molecular structure filling the room. The scientist looks upward in amazement. Dialogue — Scientist: “Can a molecule contain thousands of atoms?” BOOM reveal: “Yes! Some organic molecules, including large polymers, can contain thousands of atoms.”
Grok Imagine Video 1.5 Preview
The camera circles the models as the atom symbols light up one by one. The scientist points at each subscript and raises a finger for every atom counted. Dialogue — Scientist: “Read the formulas carefully! How many atoms are in one molecule of H-N-O₃? And how many are in C-H₄?” BOOM reveal: “H-N-O₃ has five atoms: one hydrogen, one nitrogen, and three oxygen atoms. C-H₄ also has five atoms: one carbon and four hydrogen atoms.”
Grok Imagine Video 1.5 Preview
The three models rotate slowly. The camera zooms first onto the single carbon atom, then oxygen’s two-atom molecule, then ozone’s three-atom molecule. The scientist points quickly as each model lights up. Dialogue — Scientist: “Detective question! Which formula represents a molecule with three oxygen atoms?” On-screen options: “C / O₂ / O₃” BOOM reveal: “O₃! Oxygen and ozone contain the same type of atom, but their molecules have different numbers of oxygen atoms.”
Grok Imagine Video 1.5 Preview
The camera moves slowly toward the electrodes as gas bubbles rise and collect in the tubes. The scientist points to each tube while labels appear one at a time. Dialogue — Scientist: “Water is a compound. During electrolysis, which two elements are produced?” BOOM reveal: “Hydrogen and oxygen! Water is a compound because its elements are chemically combined.”
Grok Imagine Video 1.5 Preview
The heater activates. The mercury oxide sample changes as the scene visualizes the products forming. The camera zooms to the two product labels, then cuts back within the same continuous scene to the scientist. Dialogue — Scientist: “When mercury oxide is heated, what two substances are produced?” BOOM reveal: “Mercury and oxygen! Mercury oxide is a compound, so it can be decomposed into simpler substances by a chemical change.”
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