Transform any question—physics problems, theoretical concepts, mathematics, research papers, slides, or images—into comprehensive educational videos. Our Deep Agent autonomously evaluates complexity, conducts in-depth research, and generates stunning motion graphics using the Hera API.
An iterative thinking and research cycle that spawns specialized sub-agents to conduct deep investigations.
Continuous Iterative Cycle: The Deep Agent uses its think tool to analyze and reflect on the problem, writes research todos, spawns specialized sub-agents with internet search capabilities, collects their findings, updates the todo list based on results, and continues cycling until research is complete.
Six automated stages transform any input into professional educational motion graphics videos.
Deep Agent analyzes input complexity and spawns sub-agents for in-depth research. Generates structured plan.json with narration scripts, visual prompts, and video specifications.
ElevenLabs API generates high-quality voiceover narration. Audio duration is captured and plan.json is updated with precise timing.
Video Prompt Refiner Agent generates detailed visual specifications including positioning, scale, lighting, and cinematography for Hera API.
Prompts are submitted to Hera Motion Graphics API. Batch jobs generate each clip segment which are monitored and downloaded.
Video clips are synchronized with corresponding narration audio using precise duration metadata for perfect timing alignment.
FFmpeg stitches all clips together. Transitions are smoothed, audio is normalized, and the final video is rendered.
From cultural economics to quantum physics—watch what SynthMotion creates from diverse inputs.
An exploration of how cultural factors influence economic behavior and financial decision-making in India.
A comprehensive analysis of fully autonomous digital agents and their implications for AI development.
Breaking down one of quantum mechanics' most fascinating phenomena into accessible concepts.
Visual explanation of the groundbreaking transformer architecture that revolutionized natural language processing.
Analyzing equilibrium and stability conditions for a ring sliding on a rotating hoop with detailed force diagrams.
Examining the motion of a sphere after impulse, including friction analysis and the transition to pure rolling.
We extend our heartfelt gratitude to the Hera team for providing the incredible Motion Graphics API that powers this project, and to our hackathon organizers for hosting and supporting this event.
For providing the powerful API that makes beautiful educational videos possible.
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