cloud: remote access from anywhere

A quantum computer without a cloud is just a laboratory tool.
Cloud is the gateway to the market and industry.

Dr. Mohammad Mosleh - Mehdi Fattahi - Pedram Safari

Azad University Quantum Computer Overview

Performance Metrics

  • Single qubit gate fidelity >99%
  • Two qubit gate fidelity >98%
  • MW driving fidelity >99%
  • Stably trapped ions number 1-30
  • Addressing crosstalk <1%

System Specifications

  • Room temperature operating system
  • High optical access blade ion trap
  • Raman laser driving Q-state control
  • Ultra high vacuum – 0.8e-12 torr
Azad University Quantum Computer
Special Overview

The Physical Reality: Why Cloud?

IBM Quantum System

IBM Quantum

Origin Quantum System

Origin Quantum

Not a Standard Server

Quantum computers require extreme environments—near absolute zero temperatures, ultra-high vacuums, and complex laser stabilization. They are massive investments that cannot be purchased, housed, or maintained like normal IT infrastructure. The cloud is the only logical and viable gateway to harness this power globally.

True Automation & Management

Global Execution

As long as our server and the QC are up, experiments run globally without physical lab presence.

Full Automation

Cloud is not just remote access; it's a fully automated pipeline handling scheduling and execution.

Record Management

Comprehensive tracking, record-keeping, and result management for every single QC run.

Bridging the Gap

Translates visual circuits into complex hardware pulses, democratizing access without requiring deep ARTIQ expertise.

The Transpilation Layer

Qiskit Circuit

Qiskit Circuit
TRANSPILE

ARTIQ Script

ARTIQ Script

1. Custom Transpiler

You write standard Qiskit. Our custom-built transpilation layer intercepts and translates these operations directly into native ARTIQ syntax.

2. Hardware Execution

The ARTIQ compiler then processes this translated script into an executable, deterministic format for the physical hardware.

Native Gate Synthesis

At first, we only had the physical Mølmer-Sørensen (MS) gate.

Today, we have successfully engineered a complete, native gate library from scratch to fully support universal quantum computation:

Rx Ry Rz X Y Z H MS CNOT

Project Roadmap

Architecture the Platform

Develop transpiler and native gates

1
2

Execute on Simulation

Control system & software development

Execute on Ion Trap

Integration with quantum hardware

3
4

Security & DevOps

Robust orchestration & telemetry tracking

Global Deployment

Public cloud launch & industry access

5

Experience the Future

Enter the Cloud

Under the Hood: The Technology Stack

Vue

Vue.js

Real-time UI composer

Composer.vue

Pinia

Global state management

quantumStore.ts

Sass

Advanced UI styling

gates.scss
Nest

NestJS

Orchestration & Auth

Redis

Distributed job queueing

Postgres

PostgreSQL

Relational telemetry DB

Python

FastAPI

Physics & Translation

ARTIQ

ARTIQ

Advanced Real-time infrastructure

QTRC Roadmap

key targets
run applicable quantum computation
enhance coherence time
new trap
design and construction
design and construction of helical resonator
design and modeling trap
enhancement of our trap
fidelity
optimization
frequency modulation
phase of Raman beam
gate time
ps pulsed laser
gate by frequency comb
all electronic control of gates
number of qubit
buy new trap
hardware team
members
Nikdel
Aslaninejad
MehdiKhani
Momtaheni
setup 32qbit Q-computer
optical alignment
quantum optics tests
set up domestic trap
design and production of RF amplifier
imaging optimization
Helical resonator design and construction
trap design and construction
3D trap modeling & production
surface trap modeling & production
design and production of glass vacuum chamber
software team
members
Nasiri
Safari
Fattahi
Bikdelou
claude access project
design and implement domestic Q-control system
coding new experiments
develop applications for system
Theory team
members
Adabi
Sadri
data analysis
measurement
tomography
design benchmarks for hardware
heating rate

Thank You!

Thanks for your time and attention.

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2 siled dr mosleh ibm (بفهمونی واقعا چی چیه ) feature qc (اون ویژگی ها با عکس بعد یکی ) گیت هایی که رست کردیم به همراه. اینکه معماری و گیت های بومی هر سخت افزار متناسب با کامپیوترهای کوانتومی حالا باز میکزدیم خود کلادو چالش ترانسپایل نویسی تک استک ها پرگرس xmind