A laboratory built around its tools
A 3D workspace with beakers, Erlenmeyer flasks, test tubes, round-bottom flasks and pipettes. Balances, heating and cooling setups, stirrers, measuring instruments and safety equipment are planned.
04 / 04SCIENCE & SIMULATION
ReactariumChemistry SimulatorYour own virtual
laboratory.
More than an experiment: a laboratory for your questions. A virtual chemistry world aiming to make elements, compounds and changing conditions explorable through scientific models.
Explore the science behind every reaction.
Reactarium aims to make chemistry something you can explore rather than simply read about. Examine substances and compare temperature, pressure, concentration and quantity. Scientific accuracy and visual realism are goals; a completed simulation engine is not yet available.
01
Choose a substance
02
Set the conditions
03
Observe the change
04
Examine the scientific model
✳FEATURES
What’s in the project?
The following systems are planned.
They are not publicly available yet.
A scientific substance library
The periodic table, elements, compounds and molecules. Molar mass, density, solubility, melting and boiling points, phases and safety information in a catalog supported by scientific references.
The model behind the reaction
Stoichiometry, balanced equations, thermodynamics, kinetics, chemical equilibrium, acid–base behavior, precipitation, gas formation, solutions, mixtures and phase changes are within the research scope.
Set the variables
Mass, volume, moles, quantities in mg/g, concentration, temperature, pressure, pH and time. Parameters are intended to change results in scientifically meaningful ways.
From molecules to the visible world
Liquid behavior, color changes, gas, precipitates, evaporation and heat effects. Glass and metal materials with both molecular and macroscopic visualizations are planned.
See the result. Understand why.
Experiment history, measurement graphs, result reports, scientific explanations, uncertainty and error discussions, references, learning scenarios and laboratory safety education are planned.
INTERACTIVE PREVIEWA small change.
A small change.
A different result.
Experience the idea.
This is separate from the actual product.
IDEAL AQUEOUS MODEL / 25 °C
pH2.000.0100 mol/L
Color is illustrative only.Assumes 25 °C, an ideal aqueous solution and one proton/hydroxide per unit. Activity coefficients and real substance properties are not modeled. Not a real experiment procedure. OpenStax — pH & pOH
Building scientific scope step by step
The scientific foundation aims to make each model’s validity range, assumptions and uncertainty visible. There is no promise of exhaustive or perfectly accurate simulation of all reactions. Virtual experiments do not replace expert supervision or real laboratory safety training.
QUESTIONS & ANSWERS
Frequently asked questions.
Is Reactarium available?+
The project is in planning and scientific design. The educational preview on this page is not the planned laboratory engine.
What does the web preview calculate?+
It illustrates concentration, dilution and pH using selected ideal models. Assumptions are stated in the preview; it is not a real experiment procedure.
HUDA APPS