Browser-Based Quantum Programming

Quantum Coding Lab

Write, run, and visualize quantum programs directly in your browser. No installation required.

Choose Your Quantum Framework

Select the quantum computing framework you want to work with. Additional frameworks will be available soon.

Select a framework
▼
Qiskit Available
PennyLane Coming Soon
Cirq Coming Soon
QuTiP Coming Soon
Amazon Braket Coming Soon
CUDA Quantum Coming Soon
Q# Coming Soon
Qiskit Environment Ready
Environment Active
Framework Qiskit
Python 3.11.9
Qiskit Core 2.5.0
Qiskit Aer 0.17.2
NumPy 2.4.6
Matplotlib 3.11.0
SciPy 1.17.1
Quantum simulator runs in-browser · No data is stored · Session only
Qiskit
Python 3.11.9 Simulator: AerSimulator
Examples
01 Hello Quantum
02 Bell State
03 Bloch Sphere
04 Quantum Teleportation
05 Grover Search
06 QAOA
07 VQE
main.py
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─── Quantum Discord Coding Lab ───
Qiskit 2.5.0  |  AerSimulator  |  Python 3.11.9
───────────────────────────────────────────────
Ready. Press Run ▶ to execute your program.

          

        


        
        

          

            
Quantum Circuit Diagram

            

              

                
◻

                
No circuit yet

                
Run your code to render the circuit diagram

              

            

            
          

        


        
        

          

            
Measurement Histogram

            

              

                
▦

                
No results yet

                
Run your code to see measurement outcomes

              

            

            
          

        


        
        

          

            
Theoretical Probability Distribution

            

              

                
%

                
No state yet

                
Run your code to see the exact per-state probabilities

              

            

          

        


        
        

          

            
Matplotlib Output

            

              

                
📈

                
No plots yet

                
Use matplotlib in your code to generate plots

              

            

          

        


        
        

          

            
Interactive Bloch Sphere — Drag to Rotate

            
            

              

                
θ Theta

                
—

              

              

                
φ Phi

                
—

              

              

                
P(|0⟩)

                
—

              

            

            

              Run your code to see the qubit state reflected on the Bloch sphere
            

          

        


        
        

          
Quantum State Vector

          

            

              
ψ

              
No state yet

              
Run your code to visualize the quantum state

            

          

        


        
        

          

            
Quantum State City

            

              

                
🏙

                
No state yet

                
Run your code to render the real/imaginary amplitude city plot

              

            

          

        


        
        

          

            
Execution Results

            

              

                
◎

                
No results yet

                
Run your code to see execution details

              

            

          

        


      


      
      

        Coming Soon
        
IBM Quantum Hardware

        
Amazon Braket

        
IonQ

        
Notebook Mode

        
AI Assistant

        
Code Sharing

        
Quantum Challenges

      

    

  


  
  

    

      

      Ready
    

    

      Backend
      AerSimulator
    

    

      Shots
      1000
    

    

      Exec Time
      —
    

    

      Memory
      —
    

    

      Qiskit
      2.5.0