Play as a beauty expert in a virtual salon, using tools like shavers, epilators, and tweezers to perform waxing treatments. Unlock advanced devices such as hair removal lasers. Customize salon decor and manage client appointments.
Destroy enemies using a laser gun. Rip robots' limbs and collect gears. Upgrade weapons and unlock new abilities. Travel through time to fight epic bosses and complete challenges. Save the world by defeating final bosses in each time period.
Play a casual shoot’em up game with bullet hell mechanics and roguelike elements. Dodge waves of bullets in challenging stages. Fight monsters in a dungeon-like setting. Customize weapons and gear. Progress through levels by defeating enemies.
Provides explanations of wave physics concepts with equations and animations. Users can view 3D illustrations of wave behaviors. Teachers can project animations for classroom demonstrations.
Build and customize weapons with a wide range of parts and attachments. Choose from various camouflage options and adjust optics. Disassemble and rotate weapons using touch gestures in realistic 3D.
Design and customize weapons with 3D modeling tools. Add accessories and test designs in virtual battles. Share weapons with friends. Adjust shooting sounds and visual effects.
Fundamentals through interactive lessons and visual simulations. Explore topics like motion, energy, and electromagnetism. Solve problems with built-in exercises and instant feedback. Access detailed explanations and diagrams for complex concepts.
Navigate mazes and overcome dynamic obstacles in a high-security lab setting. Perform parkour actions including jumping, climbing, and sliding. Progress through an escape room-style narrative with interactive puzzles and environmental challenges.
Explore physics concepts through 40 puzzle levels. Navigate a ship using gravity and motion mechanics. Learn about forces and buoyancy by solving interactive challenges. Track progress and unlock new levels as skills improve.
Explore concepts through interactive experiments in a virtual lab. Conduct simulations, manipulate variables, and observe outcomes. Use AR mode to visualize phenomena in real-world environments. Share findings and collaborate with others.