FAST QUANTUM DYNAMICS
FQ
ACCOUNT OVERVIEW
Plan
FREE
2 optimizations included
Optimizations Left
2
Out of 2 total free
PRO — Unlimited
Contact Sales
THE FqU METHOD
2x+

QUANTUM HARDWARE

A state-of-the-art time-evolution algorithm that compresses quantum dynamics wall-clock time, saving users significant time and compute costs on real quantum hardware without changing your platform or workflow.

ACCELERATING QUANTUM HPC — AT SCALE

Enables embarrassingly parallel quantum dynamics on HPC, allowing simulations to scale efficiently across large compute resources.

STATE-OF-THE-ART

FqU is a proprietary, state-of-the-art algorithm. Technical details are available under NDA for research partnerships and enterprise licensing. Contact us to start a technical discussion.

INTEGRATION

Works with Qiskit, Cirq, Braket and many more. Upload your .py via the extension, receive a compiled .so binary with optimization applied.

GET STARTED
FqU CLOUD OPTIMIZATION EXTENSION
Upload your .py file through the extension on any supported platform. Receive a compiled .so binary with the FqU optimization applied and source hidden.
1 Download & unzip
2 chrome://extensions
3 Developer Mode ON
4 Load Unpacked
5 Login with FqU credentials
CLOUD OPTIMIZATION EXTENSION
FqU CLOUD OPTIMIZATION EXTENSION v2.3
Runs invisibly on IBM Quantum, qBraid, and AWS Braket. Hover the particle widget, click Optimize, upload your .py, receive your compiled .so — FqU applied, source protected.
⬇ DOWNLOAD .ZIP
1 Download & unzip the extension folder
2 Open chrome://extensions in Chrome
3 Toggle Developer Mode ON (top right)
4 Click Load Unpacked → select the unzipped folder
5 Click the FqU icon in your toolbar → login with your FqU credentials
✓ Works on Chrome, Brave, Edge, and any Chromium-based browser
RUNNING YOUR .SO IN QBRAID OR JUPYTER
# Add your home dir to Python path
import sys, os
sys.path.insert(0, os.path.expanduser("~"))

# Import and run — plots and results appear normally
from optimized_qabcode import run
run()
SUPPORTED PLATFORMS
QUANTUM COMPUTING PLATFORMS

⚡ Your compiled .so file runs on any Python environment — qBraid, AWS Braket, IBM Quantum, local Jupyter, or HPC clusters. No platform lock-in.

RUNNING YOUR OPTIMIZED .SO FILE
UNIVERSAL — WORKS ON ANY PYTHON ENVIRONMENT
# Add your folder to Python path, then import and run
import sys, os
sys.path.insert(0, os.path.expanduser("~"))

from optimized_yourfile import run
run()

# Works on qBraid, AWS Braket, IBM Quantum, local Jupyter, or any HPC node
FqU AI
Powered by Gemini
AI
Welcome. I'm your FqU quantum computing assistant.

I can help you:
Generate quantum circuits (Qiskit, Cirq, Braket)
Debug your existing quantum code
Prepare your code for the FqU optimizer

What are you working on?
Just now
Generate a Qiskit time-evolution circuit
Prepare my code for the optimizer
Debug my quantum circuit