Apps Like Professor Maxwell’s 4D Galaxy for iPhone and iPad
Explore space with interactive VR projects
Explore interactive 3D models of the solar system and Earth's layers. Build a sundial and walk on the moon. Use augmented reality to visualize space concepts. Access 20 science projects with guided instructions.
by SpiceBox Product Development Ltd.★ 2.633 ratingsEducationFreeData updated 2026-09-17
Plan observing sessions by predicting celestial object visibility and weather conditions. Track star positions and calculate exposure times for astrophotography. Set location and date to get accurate sky maps and event alerts.
Explore the with 3D visuals and real NASA photos. Interact with an AI that answers questions and provides explanations. Navigate through planets and moons. Learn about space missions and celestial bodies through engaging content.
View a real-time map based on your location. Identify stars, planets, constellations, and the moon. Adjust the view by moving your device. Zoom in for detailed celestial objects. Share observations or save screenshots of the sky.
Explore a colorful world of gnomes and their magical crafts. Learn through interactive games and activities. Complete challenges in different workshops to discover color names and associations. Earn rewards and progress through levels.
Explore scientific concepts through interactive augmented reality . Conduct virtual lab activities, observe 3D models, and perform simulations. Learn about physics, biology, and chemistry with engaging, hands-on experiences.
Explore celestial bodies and track their positions
Explore the solar system with detailed models of over 400 celestial bodies. Navigate through space, land on planets and moons, and view the sky from their surfaces.
Create and care for a pet dog using augmented reality. Choose from various puppies and place them in your real-world environment. Train your pet with interactive commands. Monitor health, feed, and groom your puppy. View progress and achievements.
Explore augmented reality features to interact with a virtual Adabot on any surface. View pinout overlays for and third-party microcontroller boards. Learn electronics through interactive visual guides.
Receive real-time neutrino alerts and visualize their interactions within the IceCube detector. View estimated source directions on a sky map. Explore particle behavior and cosmic origins through augmented reality.
Explore the using augmented reality. Place AR cards to view 3D models of planets and moons. Rotate, zoom, and learn facts about celestial bodies. Share interactive experiences with others.
Watch video lessons and lectures delivered by Professor Khaled Jamal. Take tests to assess understanding of each lesson. Send messages to the professor for questions or inquiries.
Explore augmented reality features to visualize dinosaur skeletons in real-world environments. Dig for bones using touch controls. Place and interact with life-sized dinosaur models. View detailed information about each dinosaur species.
Explore and isolate individual body systems. Dive into the bloodstream, lungs, or heart. View 3D models without augmented reality. Switch between 13 languages. Adjust design settings and fix bugs for smoother performance.
Provides equations and animations explaining electromagnetism concepts. Users can view 50 screens of content. Animations illustrate electromagnetic principles. Teachers can project animations on a screen for classroom use.
Simulate collisions with realistic physics. Visualize gravitational interactions between stars and centers. Use OpenGL point sprites for detailed rendering. Explore dynamic movements and interactions.