Mission Control

Command center for your quantum journey. Select a module to begin simulation.

⚛️

The Qubit

Understand the fundamental properties of quantum information.

|0⟩
MEASURE
TOOLBOX
X
Y

First Contact

Learn the basic controls of the quantum lab.

The QubitENGAGE ->
A0
B1
OUTPUT0

Classical Foundations

Before understanding Qubits, we must master Bits and Logic Gates.

The QubitENGAGE ->

Superconductivity

Eliminate electrical resistance to protect quantum information.

The QubitENGAGE ->
ENERGY DIAGRAM
|0⟩
|1⟩
ΔE=5.0GHz
|2⟩
ΔE=5.0GHz
PULSE ENERGY
4.0 GHz

The Transmon

Isolate the qubit using a Josephson Junction.

The QubitENGAGE ->

Qubit Architectures

Explore Charge, Flux, and Transmon qubit designs.

The QubitENGAGE ->
|0⟩ (North)|1⟩ (South)

The Quantum State

Enter the world of probability vectors on the Bloch Sphere.

The QubitENGAGE ->

Maintaining Coherence

Keep the system isolated from the universe to prevent collapse.

The QubitENGAGE ->
💻

Quantum Computer

Combine qubits and gates to perform computation.

|0⟩|+⟩
State: |0⟩ (Basis)

Hadamard Gate

The gateway to quantum superposition.

Quantum ComputerENGAGE ->
Q0 (Control)
|0⟩
OFF
→
CNOT ACTIVE
→
Q1 (Target)
|0⟩
UNCHANGED

CNOT Gate

Multi-qubit logic: Controlled-NOT.

Quantum ComputerENGAGE ->
q0
q1

The Composer

Combine H and CNOT to create Entanglement.

Quantum ComputerENGAGE ->
🔬

Other Modalities

Explore alternative hardware approaches beyond superconductors.

Trapped Ions

Use lasers to trap individual atoms. High stability, slow speed.

Other ModalitiesENGAGE ->
S
DET
DET

Photonic Computing

Route light at room temperature. Fast, but lossy.

Other ModalitiesENGAGE ->

Topological Qubits

Braid particles to create error-protected knots.

Other ModalitiesENGAGE ->

Quantum Dots

Trap electrons in semiconductor crystals.

Other ModalitiesENGAGE ->

Quantum Annealing

Find the global minimum energy state.

Other ModalitiesENGAGE ->
REQUEST #1
Client A: "I need to integrate quantum memory directly onto a silicon chip using standard manufacturing processes."

Hardware Lab

Match client needs to the correct quantum modality.

Other ModalitiesENGAGE ->
🌐

SDK Ecosystem

Real-world application and development tools.

main.py
from qiskit import QuantumCircuit, Aer, execute

# 1. Initialize a Quantum Circuit with 1 qubit and 1 classical bit
qc = QuantumCircuit(1, 1)

# 2. Apply Hadamard Gate to put qubit in Superposition
qc.h(0)

# 3. Measure the qubit
qc.measure(0, 0)

# 4. Execute on Simulator
backend = Aer.get_backend('qasm_simulator')
job = execute(qc, backend, shots=1000)
result = job.result()

# 5. Print Results
print(result.get_counts(qc))

Intro to Qiskit

Program quantum hardware using Python and Qiskit SDK.

SDK EcosystemENGAGE ->

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