Manipulate virtual molecules to create heat and change the viscosity. Cool it to solidify and shape it. Warp photos and images in real time. Adjust lighting and color effects. Share modified content directly.
by RunSwimFly★ 4.157 ratingsEntertainmentFreeData updated 2026-09-08
Explore a retro-style game with auto-mapping for easier navigation. Collect rare items and battle dangerous monsters. Choose from diverse character classes. Progress through dungeons in the frontier town of .
The app is an action-adventure platformer where users control Elgo, a robot prototype, to find atoms and molecules. It features 2D gameplay with 3D graphics and supports iOS joysticks.
Create and view 3D molecular structures by drawing atoms and bonds. Visualize orbitals and symmetry elements. Look up chemical properties from external databases. Access computational chemistry tools for molecular calculations.
Stay on the wall and over by tapping the screen. Avoid falling into pits and keep moving forward. Play continuously without pause. Track progress and compete with others. Share scores and challenge friends.
From platforms to avoid incorrect colors and obstacles. Collect stars to unlock new characters. Progress through levels by maintaining balance and timing.
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.
Explore a dense, uncharted forest with a backpack as your only supply. Navigate through the woods, collect clues, and follow visions of distant children. Solve environmental puzzles to progress through the world.
Simulate savings and investment scenarios starting from birth or career start. Adjust daily contributions to see growth over . Track career milestones and historical financial events.
Explore with swipe and touch to view details like name, symbol, atomic number, mass, Lewis dots, and radius. Colors indicate classification, melting point, boiling point, outermost orbital, and ion radius.
Explore celestial bodies like Jupiter, Saturn, Uranus, and Neptune through a simulated telescope. View planets and their moons as they appear now or at any date and time. Adjust telescope settings to simulate different viewing conditions.
Visualize molecules and proteins using . Place 3D models in real-world environments without markers. Access structures from PubChem and Protein Data Bank. Draw chemical formulas and view them in AR.