The app explores the world of neutrons, elementary particles that constitute atomic nuclei. Users can discover neutron spectroscopy and learn about their unique interaction with matter through interactive 3D animations.
by INSTITUT MAX VON LAUE - PAUL LANGEVIN★ 4.01 ratingsEducationFreeData updated 2026-10-14
The app offers a 3D tour of the Universe guided by Professor Brian Cox. Users can explore celestial bodies, witness cosmic events, and access over 200 interactive articles and BBC videos.
Explore through bite-sized lessons on 20+ topics, including animals and space. Take fun quizzes to test knowledge and track progress. View 3D animations and interact with models to explore concepts in detail.
Control beams to solve puzzles through reflection, refraction, and dispersion. Use lasers, lenses, mirrors, prisms, portals, and black holes. Adjust beam curvature and color. Complete challenging levels with physics-based interactions.
Explore celestial objects with simulations and high-resolution images. View detailed facts about stars, galaxies, and nebulae. Navigate through 37 pages of content covering topics like galactic superclusters and stellar nurseries.
Analyze neutron polarization data to study atomic spin orientation in crystals. Manipulate neutron spins with magnetic fields. Visualize and interpret scattering patterns. Export and share results for scientific research.
Build atoms, ions, and by adjusting protons, neutrons, and electrons. Access atomic theory explanations and an interactive periodic table. View element composition details and compare different atomic structures.
Create 2D scenes with realistic physics. Add and manipulate objects to simulate motion and interactions. Test designs for stability and functionality. Analyze forces and motion. Build and refine mechanical structures. Share creations with others.
Explore elements with detailed properties, historical context, and practical uses. View 3D atomic structures and rotate models. Search for elements by name or symbol. Save favorite elements for quick access.
Build atoms, ions, and by adjusting protons, neutrons, and electrons. Access atomic theory information and an interactive periodic table. Learn about element composition and historical atomic theory.
Build and customize rocket ships by selecting and connecting parts like engines and fuel tanks. Test designs in realistic physics simulations. Explore the solar system and manage fuel consumption during missions.
Learn foundational skills through interactive covering number sense, math tasks, letter tracing, word writing, phonics, and reading. Complete challenges to build confidence and curiosity.
Explore scientific concepts through interactive features that scale from subatomic particles to cosmic structures. Learn about metric and imperial units with visual comparisons. View detailed information on celestial bodies and microscopic elements.
Explore cosmic events by analyzing gravitational wave data. Identify potential formations from neutron star mergers. Contribute to scientific research by reviewing and classifying detected signals.
Solve , chemistry, and physics problems with step-by-step explanations. Save completed questions and in an directory. Share solutions via Print, SharePlay, or export. Collaborate with others in real time.