About

About MQC.academy

MQC.academy is the education imprint of Spin Dynamics LLC Press. We publish an age-scaled quantum computing curriculum for Grades 4 through 12.

Mission

Make quantum computing learnable at every grade without teaching anything a student will later have to unlearn. Younger learners get stories, games, cards and experiments. Older learners get algebra, matrices, proofs and code.

How the curriculum was built

The source foundation is a graduate-level quantum computing course covering classical versus quantum information, superposition, quantization, spin and the Stern–Gerlach experiment, qubits and Dirac notation, computational bases and the Bloch sphere, inner and outer products, entanglement and Bell states, quantum key distribution, quantum gates and reversible operations, Bell-state and GHZ circuits, measurement and no-cloning. It is supplemented by IBM Quantum Learning material on single quantum systems.

Each concept was then re-taught four times, once per band, following a written age-scaling guide. Where a source slide used a pedagogically loose statement, the loose statement is recorded in a register and the precise wording is used in every student-facing page.

Publisher

Publisher
Spin Dynamics LLC Press
Imprint
MQC.academy
License
Classroom photocopying permitted
The MQC.academy mark: a superposition written with the same blue cat sitting up as ket 0 and lying down as ket 1, each with amplitude one over root two

Why a cat, and why this one

Schrödinger's cat is widely misread. The popular version, a cat that is alive and dead at the same time, is the misconception this curriculum is designed to correct.

Our mascot does not illustrate that version. Erwin Schrödinger devised the cat in 1935 as an argument that the "both at once" reading becomes absurd when scaled up to a cat. It was a criticism, not a description of nature.

Our narrator in the books is Professor Ket, named after the ket |ψ⟩, the notation for a quantum state. Our mark is a qubit state written out in Dirac notation: (1/√2)|0⟩ + (1/√2)|1⟩, with one cat drawn twice: sitting up as |0⟩ and lying down as |1⟩. It is the same cat in both kets because a superposition is one system with two possible outcomes, not two cats. Two amplitudes, each 1/√2, and a measurement that gives one outcome or the other.

The cat is not both. Let's find out what really happens.

Design principles

Eight rules every module must pass.

Scale concepts

Do not merely simplify vocabulary. A younger learner gets a different learning experience, not a shortened lecture.

Preserve accuracy

No misleading shortcut is taught as a literal fact. Each one gets a correction box.

Spiral

Revisit the same ideas with increasing sophistication across all four bands.

Predict first

Hook, predict, experiment, observe, explain, check, apply, reflect.

Right tone

Curious, energetic, respectful, never childish. No "magic" or "spooky" as the explanation.

Accessible

Plain-language definitions, alt text on every diagram, color-independent coding, printable alternatives.

Safe

Cards, dice, polarized light under supervision, and web simulators. Nothing high-risk.

Attributed

Teacher materials record which source lecture or chapter informed every lesson.

Get in touch

Questions about the books or the curriculum?

Write to info@mqc.academy.