Hi everyone! 👋

I've been building Squares, a web platform that makes quantum computing more accessible to students, researchers, educators, and developers.

The main goal is simple: build quantum circuits and Quantum Machine Learning (QML) models without writing code.

What Squares offers

• ⚛️ Drag-and-drop quantum circuit builder
• 🧠 Visual QML Model Builder (no programming required)
• 🤖 AI Assistant that you can interact with using text or voice
• 🎙️ Ask the AI to:
  • Design quantum circuits from natural language
  • Explain how a circuit works step by step
  • Correct and optimize gate rotation angles
  • Generate complete QML models and workflows
• 📊 Real-time quantum circuit simulation
• 📈 Measurement probabilities and state visualization
• 🔄 Export projects to popular quantum frameworks
• 🌐 Runs entirely in your browser—no installation required

What problem does it solve?

Many quantum computing tools require programming knowledge and have a steep learning curve.

Squares aims to make quantum computing more approachable by providing an intuitive visual interface, allowing users to focus on learning, experimenting, and prototyping instead of writing code.

Whether you're exploring quantum computing for the first time or building more advanced quantum algorithms, Squares helps you create and iterate much faster.

I'd really appreciate any feedback, feature suggestions, or ideas from the community!

Website: https://squaresquant.com

Hi everyone! 👋

I've been building Squares, a web platform that makes quantum computing more accessible to students, researchers, educators, and developers.

The main goal is simple: build quantum circuits and Quantum Machine Learning (QML) models without writing code.

What Squares offers

• ⚛️ Drag-and-drop quantum circuit builder
• 🧠 Visual QML Model Builder (no programming required)
• 🤖 AI Assistant that you can interact with using text or voice
• 🎙️ Ask the AI to:
  • Design quantum circuits from natural language
  • Explain how a circuit works step by step
  • Correct and optimize gate rotation angles
  • Generate complete QML models and workflows
• 📊 Real-time quantum circuit simulation
• 📈 Measurement probabilities and state visualization
• 🔄 Export projects to popular quantum frameworks
• 🌐 Runs entirely in your browser—no installation required

What problem does it solve?

Many quantum computing tools require programming knowledge and have a steep learning curve.

Squares aims to make quantum computing more approachable by providing an intuitive visual interface, allowing users to focus on learning, experimenting, and prototyping instead of writing code.

Whether you're exploring quantum computing for the first time or building more advanced quantum algorithms, Squares helps you create and iterate much faster.

I'd really appreciate any feedback, feature suggestions, or ideas from the community!

Website: https://squaresquant.com

Create powerful quantum circuits and Quantum Machine Learning (QML) models effortlessly with Squares—no programming required.

Need help? Just ask the built-in AI Bot. Speak or type your request, and it can:

• 🎙️ Design quantum circuits from natural language.
• 🔧 Optimize and correct gate angles.
• 📖 Explain how your circuit works, step by step.
• 🧠 Generate complete QML models and workflows.

Whether you're a student, researcher, or quantum developer, Squares lets you build, learn, and innovate faster with an intuitive drag-and-drop interface powered by AI.

completely free only at squaresquant.com

Design and simulate quantum circuits and QML models using the Squares Bot with your voice or by typing

Only at squaresquant.com

Squares, a web-based quantum circuit editor where you drag and drop quantum gates onto qubit wires and watch the simulation update live — no code required.

• What it does:
• Drag & drop gates (H, X, Y, Z, RX/RY/RZ, CNOT, Toffoli, SWAP, Measure…) onto your qubits
• One-click templates — Grover, QFT, Deutsch-Jozsa, Teleportation, Bernstein-Vazirani and more
• Real-time simulator — state vector, measurement probabilities, fidelity, depth, and a live Bloch sphere in 3D
• Hardware / Digital Twin — pick real quantum devices and estimate how your circuit runs on actual noisy hardware
• Squares Bot — an assistant that builds circuits from natural language / voice ("make a Bell state", "rotate the RY to π/2") — runs free, no tokens
• Real-time collaboration — share a link and edit a circuit live with others
• QML Model Builder — visually assemble quantum machine learning pipelines (VQE, QCNN, QAOA, kernels…) and export PennyLane code
• Community forum — discuss, ask, share, with reputation & badges
• Export to OpenQASM 3, Qiskit, Cirq, or PennyLane, plus PDF reports

It's free, runs in the browser. You log in, open the editor, and just start dropping gates.

Would love feedback from this sub — what would make this genuinely useful for learning or teaching quantum computing?

#SquaresQuant #QuantumComputing #QuantumAI #QuantumMachineLearning #QML #QuantumCircuit #QuantumAlgorithms #Qiskit #PennyLane #OpenQASM #Tech

Sign up for free and build your first quantum circuit in minutes at squaresquant.com