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
The app offers over 1400 questions and 140 revision notes covering Algebra, Geometry, Data Analysis, and Arithmetic. It provides instant feedback, explanations, and progress tracking to prepare users for the GRE math section.
Analyze real exam-style NMR spectra to interpret molecular structures. Receive step-by-step guidance on solving NMR problems. Practice identifying functional groups and molecular environments.
The app simulates a ripple tank, allowing users to create waves with their finger. It demonstrates wave phenomena like interference, diffraction, refraction, resonance, and the Doppler effect.
Access the periodic table with atomic weight, electronegativity, electron affinity, ionization energy, radius, and isotopes. Compare element properties. Search for compounds and reactions. View chemical equations and formulas.
Simulate collisions with realistic physics. Visualize gravitational interactions between stars and centers. Use OpenGL point sprites for detailed rendering. Explore dynamic movements and interactions.
The app provides magnetic letters, numbers, symbols, and shapes voiced in multiple languages. It includes toy magnets with sounds and animations, offering creative play and educational opportunities for children.
Create scatterplots and fit simple or multiple linear, logistic, or exponential models. Display standard errors, confidence intervals, and P-values for model parameters. Include categorical predictors and two-way interactions.
Identify rocks, crystals, and minerals by snapping or uploading photos. Receive detailed explanations of matches. Add context to refine results. Save and organize findings in a personal collection. Share images and insights with others.