Convert lectures, documents, YouTube videos, images, or audio into study materials with AI. Generate notes, flashcards, and quizzes automatically. Translate content into multiple languages. Trace sources to exact audio or subtitle segments.
Learn Kanji by writing characters with on-screen input. Receive instant feedback on accuracy. Use spaced repetition system to review characters over time. Track progress and set learning goals. Sync data across devices.
Vocabulary and kanji with AI-driven drills that adapt to your progress. Review content anytime and track statistics. Access all materials offline. Customize quizzes with multiple input methods including handwriting recognition.
Solve problems by taking photos of math, science, history, and other subjects. Receive step-by-step explanations instantly. Access a simple interface for easy navigation.
Create and customize stories with characters. Add holiday-themed backgrounds and props. Place characters in scenes and save or share creations. Include villain characters from the Better to Be Bad Collection.
Daily personalized training offers a 4-game workout targeting memory, problem-solving, math, and focus. Games adapt based on performance. Includes 24 scientifically designed games for cognitive skill development.
Create animations and stories using stop-motion techniques. Customize scenes with characters, maps, and dialogues. Build alternate universes and combine elements freely. Export and share finished projects.
Study for certification with practice questions on ECG rhythms, pharmacology, and clinical scenarios. Review quick-reference charts and megacode simulations. Access tutorials and practice tests anytime on mobile devices.
Predict NMR spectra by drawing molecular structures. Adjust structures to instantly recalculate spectra. Store and sync predicted results across iOS devices and Mac. Email PDF reports. Zoom in on spectra and structures. Display chemical shift values.
Learn through interactive animations and step-by-step explanations. View animated visualizations of coding concepts. Follow subtitles to understand core ideas and code. Analyze and summarize solutions after reviewing questions and animations.
Interviews with algorithm and data structure exercises. Solve problems with step-by-step guidance. Track progress and review solutions. Simulate real interview scenarios and receive feedback.