TEHRAN – President Masoud Pezeshkian has declared the implementation of the ‘national document on quantum science and technology’.

The document is a comprehensive set of main objectives, assessment indicators, national strategies, implementing and monitoring mechanisms, IRNA quoted Abdolhassan Bahrami, an official with the Vice Presidency for Science, Technology, and Knowledge-based Economy, as saying.

It has been formulated as a roadmap for the progress of research, expansion of technology, and commercialization of quantum technologies, the official added. 

In this line, quantum science and technology headquarters will be established to enhance coordination among relevant organizations, develop an implementation roadmap, pursue the development of regulations, observe national and global advancements, as well as propose amendments to revise the document.

To implement the document, the vice-presidency, in cooperation with other relevant institutions, will initially provide a national plan for division of labor in the quantum science and technology sector. It will be followed by providing support for the development of applications, commercialization, and participation of knowledge-based companies to make the best use of domestic innovative capacities. 

Iran’s ranking in Quantum Science, Technology 

According to data released by Web of Science (WoS) in 2024, Iran’s ranking in Quantum Science and Technology publications improved from 23 in 2014 to 16 in 2023, placing the country top among Islamic nations in all quantum technology fields.

Over the past decade, the country’s best ranking in quantum technology is 15, from 2019 to 2021, IRNA reported.

Quantum technologies include three main categories, namely quantum computing, quantum communication, and quantum sensing and measurement.

Quantum computing includes photonic networks, superconducting circuits, spin qubits, neutral (cold) atoms, and trapped ions. Quantum communication involves quantum key distribution, quantum telemetry, quantum repeater, and sensors.  Quantum sensing encompasses quantum clocks, quantum imaging, and quantum radars.

Iran’s best global ranking is in quantum remote sensing technology. The country is ranked eighth worldwide.

The country’s other global ranking include photonic network technologies, 17; superconducting circuits, 18; spin qubit, 16; neutral (cold) atoms, 21; Trapped ions, 19; quantum key distribution, 24; quantum repeater, 26; quantum clock, 12; quantum imaging, 14; and quantum radar, 15.

In quantum remote sensing, Yazd University, University of Tehran, and University of Mohaqeq Ardabili ranked first to third, respectively. Yazd University also ranked first in Quantum repeater.

Shahed University; University of Tehran, and Imam Khomeini International University ranked first respectively in superconducting circuits, spin qubits, and nuclear atoms.

Sharif University of Technology is placed first in photonic networks, trapped ions, as well as quantum key distribution.

In quantum clock, quantum imaging, and quantum radar, University of Mazandaran, Tarbiat Modares University, and Urmia University are placed first.

MT/MG