Explore detailed 3D models of skeletal, blood, muscular, nervous systems, and male and female organs. Use virtual dissection to identify organ positions. Access over 500 articles for in-depth study.
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.
Explore a 3D interactive globe with animated icons and a changing soundscape. Answer interactive quizzes about geography. Rotate and zoom the globe to view different regions. Learn about countries, cities, and landmarks through engaging content.
Stay connected with Long Island University by accessing campus maps with augmented reality for navigation. View course details, plan semesters, and check class schedules. Track athletics events and stay updated with campus news and announcements.
Explore the through augmented and virtual reality with interactive projects. Learn about the Sun, Solar System, and space stations. Build a planetarium, launch a rocket, and create a sundial.
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.
Explore historical events through augmented reality monuments. View layered stories and artifacts in real-world locations. Contribute to collective memory by adding personal narratives and historical insights.
Access museum information including current and upcoming exhibitions. Explore audio tours of the collection and special exhibitions. Experience 360° virtual tours. Use augmented reality to learn about Makart’s WHO IS WHO.
Design 3D models with customizable colors and textures. Import 3D text and add in- purchases. View models in augmented reality by placing them in your environment and walking around them.
Explore the with augmented reality to view rotating and orbiting the sun. Learn facts about each planet, see high-definition surface images, and observe detailed planetary movements and rotations.