Evidence before adoption.
Atomency is a browser-only chemistry platform for molecular modeling, Chemical Bench solution labs, simulations, assignment links, student evidence portfolios, and teacher review. Public exploration is available; official classroom adoption is licensed and designed for school-managed devices and district-approved deployment.
Privacy and Data
Atomency is designed so chemistry work can happen in the browser. Students can save drafts locally and export files when a teacher wants evidence.
No Extra Student Account
Students can work from a classroom deployment without a personal consumer account or roster sync.
Local Drafts
Notebook entries and replay drafts use browser storage on the device until exported or cleared.
Portable Evidence
Students can export HTML, TXT, and Atomency JSON portfolio files for teacher review.
Minimal Student-Data Architecture
The production build remains static-site friendly. Optional integrations must be configured by the school and are not required for core use. Students should be able to open a simulation and start learning immediately without account friction or complicated setup.
How It Runs
- HTML, CSS, and vanilla JavaScript modules ship as static files.
- Molecular builder, Chemical Bench, challenges, coach prompts, and portfolio export run client-side.
- Assignment links can encode task state in the URL or exported JSON.
Network Needs
Allow the Atomency domain and font CDN if used by the site skin. Core lab evidence and analytics stay local to the browser.
Accessibility and Performance Targets
The adoption target is steady classroom use on Chromebooks, laptops, tablets, and projected teacher screens.
Interaction
Keyboard-reachable primary controls, labeled buttons, and visible focus states on core pages.
Motion
Electron animations use lightweight CSS transforms. Heavy pages load after the molecular lab is ready.
Builder Target
Dragging a five-atom molecule should keep live bonds visible and avoid full atom-layer rebuilds during ordinary movement.
Bench Target
Common solution workflows should show pH, concentration, percent share, speciation, ionic strength, conductivity, precipitate mass, limiting reagent, vessel transfer math, visible evidence, reaction explanations, and calculation notes immediately after each addition.
Chemical Bench Validated Scope
The beaker lab uses transparent local rules so schools can review exactly what chemistry is modeled.
Validated V1
Three-vessel visible pouring, drag-to-pour transfer, dilution, concentration preparation, strong acid/base neutralization, weak acid/base and buffer estimates, browser-side speciation, ionic strength, Ksp precipitation, solubility-rule precipitation, solubility limits, carbonate/bicarbonate/sulfite gas evolution, ammonium/base ammonia cue, indicators with pH-range explanations, color evidence, conductivity, heat estimates, and curated acidic permanganate redox.
Reagents
Water, common acids and bases, nitrate/chloride/sulfate/carbonate/bicarbonate/phosphate/chromate/bromide/sulfite stocks, silver/lead/calcium/barium/magnesium/copper/zinc/aluminum/iron salts, indicators, NaCl(s), and sucrose(s). The open formula mixer also parses many common acids, bases, salts, and hydrates.
Limitations
Atomency uses a transparent browser-side rule engine. Unsupported chemistry explains which mechanism or parser data is missing instead of inventing a result. See the Supported Chemistry page for the current scope.
Public Resource References
Atomency is now appearing in public school or district resource contexts. These references are review signals only; they are not presented as endorsement, district-wide adoption, partnership, or paid licensing.
Rio Rancho Public Schools
New Mexico district Digital Resource Catalog listing under the catalog status label "Approved with Caution."
Livonia Public Schools
Holmes Media Center Teacher Resources reference in Michigan. Presented as a school resource reference, not a district-wide adoption claim.
Claim Boundary
Official classroom use, assignment use, schoolwide deployment, or institutional pilots still require a paid license or written authorization.
Standards Alignment
Atomency supports middle school, high school, AP Chemistry, and IB Chemistry review through modeling and evidence artifacts.
NGSS
Matter, bonding, structure-property relationships, chemical reactions, equilibrium, and evidence-based explanations.
AP Chemistry
Atomic structure, bonding, thermochemistry, kinetics, equilibrium, acids and bases, and stoichiometry practice.
IB Chemistry
Quantitative chemistry, bonding, energetics, kinetics, equilibrium, acids and bases, and molecular structure.
Student Artifact Format
One portable format can hold a model, evidence note, portfolio, or replay.
{
"version": "1.0.0",
"type": "portfolio",
"createdAt": "2026-05-15T00:00:00.000Z",
"module": "simulator",
"atoms": [],
"bonds": [],
"environment": { "temperature": 298, "pressure": 1 },
"notes": [],
"data": {},
"standards": [],
"replayEvents": [],
"containers": [],
"speciesLedger": [],
"reactionEvents": [],
"calculationTrace": [],
"sourceBadges": [],
"confidence": "reference values plus classroom-model estimates",
"visualEffects": []
}
Adoption Checklist
A short path for a school or district review.
- Open the licensed lab link on a student Chromebook and teacher device.
- Build H2O, CH4, NH3, CH3OH, CO2, and NaCl in the molecular builder.
- Confirm live bonds stay visible while atoms are dragged.
- Use one self-study challenge and one misconception coach prompt.
- Open Chemical Bench and run multi-vessel pouring, dilution, neutralization, precipitation, solubility, open-formula, and parser-scope checks.
- Save a portfolio note, export HTML, export TXT, and export JSON.
- Import the JSON portfolio into a fresh browser session.
- Open Thermochemistry, Stoichiometry, Gas Laws, pH/Acids, and Equation Check.
- Review the NGSS alignment page with a chemistry teacher.
- Confirm no required student account or roster connection is involved.
- Send findings and adoption questions to atomency@gmail.com.
Pilot Support Materials
Materials a principal, science office, IT reviewer, or teacher can use before a supervised licensed pilot.
Five 45-Minute Lesson Scripts
Molecular geometry, precipitation evidence, acid-base neutralization, gas laws, and stoichiometry review. Each script uses a teacher setup note, student task, evidence prompt, and exit-ticket question.
Teacher Onboarding
Pilot classrooms receive direct onboarding and implementation support during deployment, including a short walkthrough, first-assignment setup, portfolio export practice, and feedback collection.
Update Cadence
Classroom-blocking fixes are prioritized during the license term. Schools receive clear update notes when chemistry data, assignment behavior, portfolio exports, or supported modules change.
Peer Review
The review path asks the classroom chemistry teacher and at least one additional chemistry educator to review science claims before a formal district pilot is treated as complete.
Chromebook Matrix
Recommended checks: module load time, molecule drag smoothness, Chemical Bench reaction response, assignment-link load, portfolio export/import, mobile layout, keyboard access, and reduced-motion mode.
Procurement Packet
Recommended packet: minimal student-data architecture memo, privacy notes, third-party resource list, supported chemistry scope, licensing terms, support expectations, screenshots, and the one-page review sheet.