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
Calculate coil by detecting magnet rotations using the smartphone's magnetic sensor. Attach a magnet to the rotating part for accurate measurements. Alternatively, measure smartphone rotation without a magnet. Calibrate the magnet before use.
The app offers a comprehensive civil engineering toolkit featuring 12 modules and over 500 calculations. It supports SI and USCS units and provides PDF report sharing for engineering tasks.
Explore mathematical concepts through interactive animations. Manipulate geometric shapes and patterns to create visual art. Discover relationships between variables and observe transformations in real time. Save and share generated images.
Explore scientific concepts through interactive augmented reality . Conduct virtual lab activities, observe 3D models, and perform simulations. Learn about physics, biology, and chemistry with engaging, hands-on experiences.
Learn U.S. and capitals through an interactive map. Tap to find and capitals, complete spelling quizzes, and solve state puzzles. Track progress with real-time feedback and access an answer key. No ads, with a one-time in- purchase option.
Build bridges using crates, wheels, beams, bombs, and planks to reach a ferry. Navigate physics-based jumps across 25 levels. Replay levels to collect stars and points. Choose any level to start.
Explore ecological and epidemiological dynamics interactively.
The app explores spatial dynamics in population ecology and epidemiology. It offers twelve models, including Conway's Game of Life and SIRS, allowing users to change parameters and save visualizations.
The app offers a digital magnetic board with letters, numbers, and shapes. It includes interactive magnets with sound and visual effects, and puzzle elements for creative play and skill development.
Calculator provides tools for calculations. Users can compute shear capacity, critical ratio, effective length factor, slenderness ratio, and allowable compressive stress for columns. Available in imperial and metric units.
The app allows users to explore 3D structures of proteins, DNA, and drug molecules. Users can search databases like PDB and DrugBank, view associated information, and customize molecular representations.
Learn about various topics through concise audiobooks created by AI. Enter a question or topic to generate a 3–5 minute audio summary. Customize style, voice, and language. Explore related questions and topics for deeper understanding.
The app provides a visual guide to the microcosm, exploring human cells and molecules. It covers topics such as mitosis, transcription, translation, cell parts, and DNA replication.
Explore 3D models and interactive content using AR. Manipulate objects, zoom in, and rotate for detailed views. Access lesson plans and teacher tools to enhance classroom activities. Track progress and receive feedback on learning outcomes.
Explore 3D models of atoms and molecules using augmented reality. Interact with different atomic orbitals, viewing their shapes and energy levels. Learn about molecular orbitals through the Hartree-Fock method.