ナノバナナ

High-quality flat lay photography creating a DIY infographic that simply explains how solar energy works, arranged on a clean, light gray textured background. The visual story flows from left to right in clear steps. Simple, clean black arrows are hand-drawn onto the background to guide the viewer's eye from the sun to the house, clearly marking the flow of energy. The overall mood is educational, modern, and easy to understand. The image is shot from a top-down, bird's-eye view with soft, even lighting that minimizes shadows and keeps the focus on the process. Format 16:9

An intense, cinematic 3D animation style render of a boxing match taking place inside a large sizzling frying pan. The main characters are an anthropomorphic French fry wearing a red, white, and blue sweatband and boxing gloves, fighting against an anthropomorphic onion wearing a blue wrestling singlet and a mustache. They are in a dynamic fighting pose with hot oil splashing around their feet and flying vegetable particles. In the background, a crowd of anthropomorphic burgers, potatoes, and hot dogs are watching and cheering. The lighting is professional studio lighting with a kitchen background, high quality, octane render, hyper-realistic food textures, 8k resolution.

Generate a black-and-white comic for me about a Japanese high school student being late for school.

a realistic person blended into an artistic collage of textures, shapes, torn paper layers, bold contrasting typography, experimental poster layout, overlapping elements, vibrant color palette, modern graphic design aesthetic, high-resolution details

Please create a solution layout for a mathematics problem with a paper-texture background. Requirements: split the canvas into left and right sections—left: schematic of the plan (arrows/notes, scale, directions); right: step-by-step derivation. Use consistent annotations in the figure: known quantities, unknowns, key relations, and coordinate axes or normals. Box the final answer and include a check. Problem: Given v₀=20 m/s and θ=30°, find the time of flight, the maximum height, and the range, and output the position at t=1 s. Take g=10 m/s². Draw the question and solution.

Generate a screenshot of a windows 11 desktop, with google chrome open, showing a YouTube thumbnail of Mr. Beast on YouTube.com.