Apps Like Mag2Pol for iPhone and iPad
Measure atomic spins in crystals
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.
Mag2Pol screenshots
Ranked alternatives
Showing 661–680 of 1,000 ranked alternatives.
Montessori Colors and Shapes, an educational game to learn colors and shapes for toddlers
VYAAP TECHNOLOGIES PRIVATE LIMITED
Baby Letter Cards
IGEARS TECHNOLOGY LTD
Learn ABCs with words and images.
The app presents the alphabet with words and images. It features a clean layout with nice images and a page-flipping animation.
NagasakiARchive
英徳 渡邉
See Nagasaki's past in AR.
The app displays historical materials of the Nagasaki Atomic Bomb Attack in map and augmented reality views. Users can view past situations around them using GPS and see overlays of 1945 Nagasaki on the actual cityscape.
HiroshimARcive
英徳 渡邉
Explore historical sites with AR tags
Explore historical data about Hiroshima through AR and 3D maps. View AR tags showing 1945 site data in real-time.
Atomify
Anders Hafreager
Explore atoms, simulate physics, share research
Explore atomic and molecular behavior in liquids, solids, and gases. Manipulate simulations to observe particle interactions. Visualize physics concepts through interactive models. Share findings and collaborate on research projects.
Arduino Modules Pro
ALG Software Lab SIA
Integrate sensors with projects
Learn about digital and analog sensors for projects. View technical specs and circuit diagrams. Follow step-by-step connection guides. Access ready-to-use code examples with explanations.
GenAv CoPilot
Sam Greaves
Plan flights, calculate fuel, track routes
Plan flights with detailed aircraft profiles and radio frequency access. Calculate fuel requirements and flight times. Manage pre-flight checklists and weather data. Track in-flight performance and adjust routes as needed.
How we rank alternatives
Apps are ranked by functional similarity, category fit, rating confidence, and popularity.