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.
by INSTITUT MAX VON LAUE - PAUL LANGEVIN★ 0.00 ratingsEducationFreeData updated 2026-10-15
View a color-coded with element names, densities, electronic configurations, atomic numbers, and melting points. Tap to see detailed properties. Save or share selected element data.
Monitor health metrics like heart rate, sleep patterns, and activity levels. Track daily goals and progress. Sync data with wearable devices. Provide insights on lifestyle improvements. Offer reminders for hydration and exercise.
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.
Learn chemical with that display name, symbol, atomic number, and group. Test knowledge through quizzes on symbols and groups. Challenge understanding of the periodic table structure.
The app allows chemists to access computational methods for molecular modeling. Molecules are created by sketching and converted into three-dimensional structures for analysis.
Explore electromagnetic induction with 3D simulations
Explore electromagnetic induction with interactive 3D simulations. Rotate and zoom to visualize how moving magnets induce current in coils. Follow Faraday’s and Lenz’s laws through dynamic animations.