01 / Chemistry
Build molecules you can turn around.
Atoms, bonds and geometry in clear 2D. Change the structure, watch the properties move, then ask why.
Bond anglesPolarityMolecular shape
AI native science labChemistry · Biology · Physics · Medicine
Make theinvisiblevisible.
Learning Lab turns the science you cannot hold into something you can move, test and understand. Explore molecules, run a practical, then ask the tutor why it happened.
Runs in your browserCurriculum alignedTeacher reviewed
Fig. 01 / Atomic structureLive model
2D
Bohr model
NaZ = 11
Protons
11
Neutrons
12
Shells
2 · 8 · 1
Charge
0
AI noteSodium gives up its outer electron easily.
Ask whyScroll to explore the lab
01 / 07
Molecular structureCellular biologyReaction kineticsHuman anatomyNewtonian mechanicsCircuit designOrganic chemistryMedical foundationsMolecular structureCellular biologyReaction kineticsHuman anatomyNewtonian mechanicsCircuit designOrganic chemistryMedical foundations
The platform
One lab. Every scale of the visible world.
Move from a single atom to a whole organism without changing tabs, losing your place or pretending a static diagram is enough.
40+
guided experiments
4
core sciences
2D
made for clarity
02 / Virtual lab
Run it before you risk it.
Guided practicals with real apparatus, hazards and observations attached.
03 / AI tutor
Ask why, not just what.
A tutor that reads the same model you are looking at.
Why is water bent?
Lone pairs repel more.
Grounded in your course
04 / Biology
Cells, alive on screen.
Organelles, membranes and processes, with every label one click from an explanation.
05 / Anatomy
2D / SYSTEMS
The body, layer by layer.
Explore systems and structures without flattening them into a single poster.
06 / Physics
Change a variable. Watch it answer.
Motion, force, waves and circuits that respond while you adjust them.
Molecular explorer / live
See what the formula leaves out.
A formula tells you what is there. Shape tells you how it behaves. Pick a molecule, switch the labels, and let the structure explain the chemistry.
Interactive / try all four
Structure / H2O
Water
Oxygen Hydrogen Nitrogen
Molecule profile
VerifiedWater
H₂O
- Geometry
- Bent, 104.5°
- Polarity
- Polar
- Molar mass
- 18.02 g/mol
AI tutor / Electronegativity
Oxygen pulls the shared electrons closer, so the oxygen end carries a slight negative charge and each hydrogen end a slight positive charge. That uneven pull is why water dissolves so many ionic compounds.
Structures simplified for learning. Not a quantum model.
All explanations are checked against the course library.
The AI layer
A tutor that can see what you are seeing.
Most AI tutors know the subject. This one knows the screen. Ask about the bond angle you are staring at, and the explanation begins there.
It sees the same model
Answers start from the molecule, apparatus or system on your screen, not a generic article.
It shows the reasoning
Equations, structures and cause and effect, laid out a step at a time.
It stops at the evidence
No invented results. When the source library does not cover something, the tutor says so.
Grounded by design. Every explanation is linked to a source in the course library, and teachers can review any answer their class receives.
Live tutor / sampleClick a question
Lab tutor
Grounded in your course
Teacher reviewed
Viewing contextNa + H₂O / electron transfer
Why does sodium react so violently with water?
Sodium has one electron in its outer shell. Water's oxygen has room to take it, and the transfer is strongly favourable.
That transfer produces sodium ions, hydroxide ions and hydrogen gas. The reaction also releases a lot of heat, which can ignite the hydrogen.
2Na + 2H₂O → 2NaOH + H₂
One valence electron. A very willing donor.
Source: Reactivity series, lesson 2.4Checked
Try asking
Illustrative course context
Anatomy / Explore
The body is a system of systems.
Not a poster with forty arrows. A map you can interrogate, one system at a time, with the structures and relationships that matter.
Body map / 2D
InteractiveNervous / Brain
The control centre
The brain receives sensory input, compares it with memory and sends the signals that move the body. Everything you explore in the lab passes through here.
86 billion neurons
- Signals travel as electrical impulses.
- The cortex folds to fit more surface area.
Anterior view / schematic
Fig. 03
For educators
Set the practical. See the room get it.
Give every learner a bench, keep the whole class in view and step in where the understanding breaks down.
Assign from the library
Pick a practical, set a due date and send it to one class or the whole department.
See who is actually moving
Live progress and stuck points, without leaving your own screen.
Keep the final say
Review explanations and results before they count. The AI assists, it does not grade alone.
Bring your class
Teacher review built in
Class 11B
Rates of reaction / practical 04
Active
24/28
Class average
82%
Need help
6
Live progress
Auto refresh
ANAda NwosuComplete94%
TBTunde BelloWorking78%
ZKZara KabirStuck46%
COChidi ObiWorking88%
AI class insight
Six learners paused at limiting reagents. A four minute recap is ready.
3 tutor answers waiting for teacher review
From the pilot lab
Teachers and learners / first term
“My students used to memorise the 104.5 degree angle. Now they can explain it before I finish the question.”
Dr. Amaka Obi
Head of Science, Cedar Grove College
“A practical that scales to 28 devices without losing the point. That is the part I did not think was possible.”
Samuel Adeniyi
Chemistry teacher, Lagos
“I revise with the body map, then ask the tutor to quiz me. It finds the gaps I would have skipped.”
Farah Bello
Medical foundation learner
Questions
Worth asking before class.
The short answers. If your question is about a specific curriculum or device, bring it to the walkthrough.
Ask us in a walkthroughIs this meant to replace the physical practical?
No. Learning Lab prepares learners for the bench and extends the lesson afterwards. A simulation can show the invisible parts, let a student repeat a step without wasting reagents and make a dangerous reaction safe to inspect. It does not replace handling real apparatus.
Which sciences are covered right now?
Chemistry, biology, physics and anatomy. The current visual models are 2D and deliberately clear: molecular structures, cells, forces, waves and body systems. More guided practicals are added to the library over time.
Can the AI make things up?
The tutor is designed to work from the course library and to show the source behind an answer. When the library does not cover something, it should say so instead of inventing a result. Teachers can also review the explanations learners receive.
Will it run on school laptops and tablets?
Yes, if they run a current version of Chrome, Safari, Edge or Firefox. There is nothing to install and no dedicated graphics card required. The simulations are built to stay clear on a modest screen.
Can teachers assign work and see progress?
Teachers can assign a practical to a class, watch live progress, spot learners who are stuck and review AI explanations before results are finalised. The teacher view is shown in the classroom section above.
How do we try it with a class?
Start with the simulations on this page, then use the classroom walkthrough link. A pilot can begin with one practical and one class before the rest of the department joins.
Start exploring
The invisible is waiting.
Open the molecular lab, switch a bond, then ask the tutor why it behaves that way. The first simulation takes about a minute.
No downloadsNo lab coatRuns on a school laptop