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
Simulate collisions with realistic physics. Visualize gravitational interactions between stars and centers. Use OpenGL point sprites for detailed rendering. Explore dynamic movements and interactions.
Explore questions about science, faith, and theology with well-sourced, peer-reviewed answers. Ask about cosmology, moral theology, or biblical studies. Receive explanations consistent with Catholic and Christian traditions.
Learn and mathematics through interactive animations. Explore gravitational fields, vibrations, waves, and electric currents. Study atomic and nuclear with visual simulations. View detailed explanations and diagrams for each topic.
The app offers a Christmas-themed version of a classic word-guessing game. It includes three difficulty levels, five lifelines, and words in English, Spanish, and French.
Record and visualize physical phenomena using smartphone or tablet sensors. Measure sound, motion, light, and temperature. Connect external sensors like micro:bit and Arduino for advanced experiments.
Solve problems by snapping photos of printed or handwritten equations. Receive instant step-by-step solutions with detailed explanations. Access 24/7 AI assistance for help with topics ranging from kinematics to quantum .
The app allows chemists to access computational methods for molecular modeling. Molecules are created by sketching and converted into three-dimensional structures for analysis.
Convert text to and vice versa. Send and receive signals using front or rear light sources. Toggle manual light signals for instant SOS alerts. View signal patterns and practice encoding.
Reference allows users to select between mass spectrometry, energy-dispersive x-ray spectroscopy, or nuclear magnetic resonance spectroscopy tables. Clicking on elements shows method-specific information about stable isotopes.
Access simulated MRS spectra from the human brain with adjustable TE settings. Analyze spectral data using detailed visualizations. Export and share results. Learn about quantum mechanical simulations and MRS applications.
Monitor activity with real-time animations and forecasts. Receive push notifications for geomagnetic storms, radiation storms, and radio blackouts. View 3-day Kp index forecasts and weekly history. Access real-time widgets for Home and Lock Screen.
The app provides a digital magnetic board for children to learn the alphabet and numbers. It offers a variety of pieces, including letters, numbers, symbols, and themed sets, allowing for creative play and spelling practice.
Explore atomic structure and behavior through interactive simulations. Manipulate and observe molecular dynamics in real time. Perform computational chemistry calculations and analyze motion patterns.