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Atomency

A free browser-based chemistry and physics lab for classrooms that have no equipment.

Atomency is a free browser-based chemistry and physics learning platform — no login, no install, no fees. Built by a student whose own chemistry class had no lab equipment, it centers on an interactive molecule builder with live VSEPR geometry, 39 simulations, and 22 guided virtual labs mapped to NGSS, AP, IB, and A-Level. It replaces the lab bench for schools that cannot afford one.

Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Updated October 2026
Web presence

2026

Established

1

Countries
Students upper
Target group
Every classroom, no matter how under-equipped, should be able to give students a real chemistry and physics lab. Atomency was designed from the opposite starting point of most classroom chemistry software: a classroom with nothing. It replaces the lab bench for schools that cannot afford one, so that a missing equipment budget never again delays an assignment by weeks. And it teaches process instead of answers: every simulation shows the mechanism, not just the result, so students learn how anyone reaches an answer rather than just what the answer is.

About the innovation

Why did you create this innovation?

Atomency was built by Ky'lin Spears, a 17-year-old high school senior in Maryland, because his own chemistry class had no lab equipment. One assignment was delayed for weeks. The substitute tool gave answers without showing how anyone reached them, so he built a tool that shows the work.

What does your innovation look like in practice?

The platform centers on an interactive molecule builder with live VSEPR geometry: students place atoms and watch the shape update as they build. Around it sit 39 simulations and 22 guided virtual labs covering titration, equilibrium, galvanic cells, spectroscopy, kinematics, circuits, gas laws, and nuclear chemistry, mapped to NGSS, AP Chemistry, IB, and A-Level. Teachers get an assignment builder with anti-cheat and district-approved links. Because nothing requires an account, it runs on school-managed devices with none of the usual privacy or login friction.

How has it been spreading?

31,000+ visits with no advertising (as of early October 2026), growing organically. Approved for use on district-managed devices in Prince George's County Public Schools (Maryland). In active use in a high school chemistry classroom (2026-27 school year). Listed by Rio Rancho Public Schools and Livonia Public Schools. Covered by EdSurge ("I Built the Chemistry Platform I Needed in My Own Classroom"), featured in teacher newsletters reaching tens of thousands of educators (ControlAltAchieve, Learning in Hand, WeTeach_CS network). Guest on the Cool Cat Teacher Talk podcast; featured presenter offer from the Florida Association of Science Teachers.

How have you modified or added to your innovation?

A chemistry games arcade (Element Drop, pH Panic, Bond Blitz) is in development, designed with input from chemistry education researchers so the game mechanics serve the concept rather than distract from it.

If I want to try it, what should I do?

Go to https://atomency.com. It is free and runs in the browser: no login, no install, no fees. Because nothing requires an account, it runs on school-managed devices with none of the usual privacy or login friction.

Implementation steps

Open Atomency in the browser
Go to https://atomency.com on any device. There is no login, no install, and no fee, so it works on school-managed devices with none of the usual privacy or login friction.
Build molecules and run simulations
Students start with the interactive molecule builder, placing atoms and watching the live VSEPR geometry update as they build, or choose from 39 simulations and 22 guided virtual labs covering titration, equilibrium, galvanic cells, spectroscopy, kinematics, circuits, gas laws, and nuclear chemistry.
Assign labs as a teacher
Teachers use the assignment builder with anti-cheat and district-approved links to assign labs mapped to NGSS, AP Chemistry, IB, and A-Level.

Spread of the innovation

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