Scan items using the phone's camera or magnetic sensor to determine authenticity and type. View detailed results including purity and description. Compare findings with known standards for accuracy.
Explore the using augmented reality. View planets and celestial bodies in 3D. Manipulate the with zooming and rotation. Learn about planetary features and orbits. Share discoveries through screenshots and recordings.
Learn to code by completing puzzles and solving challenges in an adventure game. Create sequences, use parameters, and implement loops and procedures. Progress from icon-based to real Swift syntax.
Explore interactive 3D models of the Solar System, Earth, and the human body. Learn about matter, sound, and volcanoes through visual explanations. Teachers can customize lessons and students can take quizzes to test knowledge.
Explore career options in game development through a self-paced quiz assessing strengths and interests. Identify potential and passion for the industry. Access links to websites, books, and magazines for further information.
Plan and track solar eclipses with personalized visibility data and viewing times based on geographic location. Simulate events to understand their trajectory and timing.
Provides step-by-step solutions by scanning questions. Users can chat in real-time for explanations and study tips. It supports complex equations and essay writing. Offers subject-specific guidance and interactive learning support.
Explore interactive 3D simulations to how mechanical systems work. View a 4-stroke engine, car clutch, manual transmission, and disc brake in detail. Manipulate objects, observe internal mechanisms, and gain insights through visual learning.
Students can set up profiles and request tutoring sessions. They can receive personalized academic support on-demand. Sessions allow for direct interaction with tutors for assistance.