Teach first
Every lab begins with the concept, key idea, visual walkthrough, and intention to learn.
New product
QLM LabPath
The AI-guided curriculum where every important idea becomes a lab.
LabPath is the curriculum operating system for V10: the AI chooses the next concept, teaches it, launches the right simulation lab, captures evidence, and adapts tomorrow.
Then simulate
Students predict, act, observe consequences, explain, revise, and transfer in V10 labs.
Evidence follows
Each session produces a Learning Evidence Record that updates mastery and the learner profile.
Learn one concept today.
Start with a grade-aware path, learn the idea, run the lab, and leave with evidence.
Start learningLaunch a class path.
Create or choose a classroom, share the link, and watch evidence flow into TeacherOS.
Set up classSee coverage and growth.
Use the same LabPath evidence to inspect curriculum, misconceptions, and intervention quality.
View dashboardUnderstand the learning.
See what was practiced, where the child is stuck, and what the next best activity is.
Parent viewDaily learning loop
One clear path. No blank-page learning.
- Warm upCheck prerequisites and prior knowledge.
- LearnTeach the key idea with visuals and vocabulary.
- LabLaunch the grade-aware V10 simulation.
- ExplainConvert activity into reasoning evidence.
- AdaptChoose tomorrow from mastery, misconceptions, and transfer.
Coverage spine
K-12 through undergrad, with an audit instead of a hand wave.
47V10 mode targets
25K-16 pathways
10/10coverage audit
9/10 coverage gate passed40 unique V10 labs mapped. 9 early-grade pathways use age-appropriate adaptation.
Replacement readiness gate
AP Bio + AP Chem are pilot-ready.
Standard gate: native K-8 tracks, high school/AP/undergrad sequences, live cause/effect labs, TeacherOS pacing, parent/district longitudinal evidence, human validation, and comparative efficacy plan.
9.8/100 blockersNeeds pilot evidence against strong alternatives.
First replacement course
AP Biology LabPath
A full AP Bio course built as weekly inquiry labs: teach the idea, run the V10 lab, capture evidence, defend reasoning, and adapt the next assignment.
8AP units
24lab missions
10V10 modes
10/10replacement v1
Chemistry of Life
How do molecular structure and water chemistry make life possible?
3 labs · moleculeforge + reactionlab + statsphereCells
How do cell structures create living function and maintain boundaries?
3 labs · cellworld + bodyatlas + statsphereCellular Energetics
How do living systems capture, transform, and regulate energy?
3 labs · reactionlab + cellworld + moleculeforgeCell Communication and Cell Cycle
How do cells send information, regulate responses, and decide when to divide?
3 labs · cellworld + bodyatlas + clinicalsimSecond replacement course
AP Chemistry LabPath
AP Chemistry is now represented as particle-first labs, wet-lab simulations, solver-backed data, FRQ defense, and TeacherOS misconception repair.
9AP units
27lab missions
10solver engines
10/10replacement v1
Atomic Structure And Properties
How does atomic structure explain chemical identity and measured properties?
3 labs · atomic-spectra-workbenchCompound Structure And Properties
How does structure determine molecular and ionic behavior?
3 labs · molecular-structure-workbenchProperties Of Substances And Mixtures
How do particle interactions explain bulk properties and mixtures?
3 labs · solutions-forces-labChemical Reactions
How do reactions conserve atoms while changing substances?
3 labs · stoichiometry-reaction-benchDepth expansion
Bio proved the standard. Now chemistry, physics, and math inherit it.
Each course now has a replacement-course contract: eight units, twenty-four mission labs, mode-native engines, evidence loops, misconception clusters, and TeacherOS handoffs.
10/10contract gate
24units
72labs
25engines
Chemistry LabPath
A full chemistry course where students learn matter, reactions, equilibrium, energy, and analysis by manipulating molecular systems and defending evidence.
Physics LabPath
A full physics course where students learn by predicting motion, manipulating systems, reading measurements, and defending models from evidence.
Mathematics LabPath
A full mathematics path where students learn by manipulating quantities, structures, graphs, proofs, and models until reasoning is visible.
Chemistry replacement spine
K-16 chemistry now has a full LabPath ladder.
Chemistry now spans early matter exploration, elementary particle models, middle-school reactions, high-school chemistry, AP Chemistry, Gen Chem I/II, organic, analytical/physical, and a biochemistry bridge.
10/10K-16 spine gate
10course paths
63units
189missions
Whole ladder
Open K-16 ChemistryK-16 Chemistry LabPath
Matter, particles, reactions, thermochemistry, equilibrium, acids, electrochemistry, organic mechanisms, measurement, and biochemistry bridge missions in one evidence-connected path.
Math replacement spine
K-16 math now has a course-level LabPath spine.
K-8 now has grade-aware scaffolds and concrete manipulative controls. Algebra I, Geometry, Algebra II, and advanced math extend the same evidence loop through undergraduate foundations.
10/10K-16 spine gate
10course paths
60units
180missions
Whole ladder
Open K-16 MathK-16 Math LabPath
Counting, elementary math, middle-school math, Algebra I, Geometry, Algebra II, Precalculus, Calculus, Statistics, and undergraduate foundations.
K-8 depth layer
Open K-8 MathCounting, Elementary, Middle School
Young learners start with concrete objects, one action at a time, readable prompts, visible before/action/after consequences, and parent/TeacherOS evidence.
Deep implementation
Open Algebra IAlgebra I LabPath
A complete Algebra I course where students learn algebra as a system of relationships: they model, manipulate, graph, test, explain, revise, and defend every important idea.
Deep implementation · 10/10
Open GeometryGeometry LabPath
A replacement-grade Geometry course where students construct, transform, measure, model, and prove. Every theorem becomes a visible invariant and every design decision becomes evidence.
Deep implementation · 10/10
Open Algebra IIAlgebra II LabPath
A replacement-grade Algebra II path where students learn functions, structure, modeling, uncertainty, and transfer through interactive evidence, not worksheet mimicry.
Advanced math expansion · 10/10
Start PrecalculusPrecalculus, Calculus, Statistics, Undergrad Math
38 units and 114 missions extend the same evidence loop into advanced secondary and undergraduate foundations.
Freshman-year maps
Semester-scale paths that turn introductory courses into evidence-rich labs.
8course maps
120course-weeks
40unique V10 labs
Freshman Mathematical Modeling LabPath
Use manipulatives, graphs, equations, and proof moves to model relationships and defend them.
Model, Prove, Transfer: prediction, model action, observation, explanationFreshman Physical Science LabPath
Run controlled tests, observe physical consequences, and explain the mechanism with evidence.
Mechanism to Evidence: prediction, controlled action, observation, measurementFreshman Life Systems LabPath
Intervene in cells, genes, organs, organisms, and ecosystems, then explain feedback over time.
Living System Intervention Defense: prediction, intervention, observation, trendFreshman Computing Systems LabPath
Trace systems, debug state, repair faults, and prove the fix with replayable evidence.
Debug, Defend, Transfer: prediction, trace, repair, testFreshman Engineering Design LabPath
Operate engineered systems, tune constraints, see failure, and defend design tradeoffs.
Digital Twin Design Review: prediction, actuation, failure trace, revisionFreshman Historical Evidence LabPath
Work inside evidence rooms, source documents, revise claims, and defend limits.
DBQ Evidence Defense: source annotation, claim, counter-evidence, revisionFreshman Writing Evidence LabPath
Write claims that can survive source checks, counter-evidence, revision, and defense.
Evidence-Backed Argument Portfolio: claim, source annotation, reasoning, counter-evidenceFreshman Business and Professional Judgment LabPath
Make professional decisions, test consequences, and defend tradeoffs with evidence.
Professional Judgment Evidence Record: prediction, decision, consequence, explanationWhat makes it different
LabPath is not a video playlist. It is a lab-school runtime.
The unit of progress is not completion. It is demonstrated capability: prediction, action, observation, explanation, revision, transfer, and evidence.