Iran Proposed International Photonics Network for BRICS
The proposal was unveiled during a recent meeting held in Bengaluru, India, to boost scientific collaboration.
Updated on Oct. 10, 2026 in Quantum Computing
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Iran has proposed an international laboratory network for photonics research among BRICS member states. The initiative aims to enhance shared access to advanced research infrastructure and facilitate researcher exchanges.
Why it matters
The proposal seeks to foster stronger scientific ties and collaboration between BRICS nations by creating unified access to high-level research tools. Such a network could standardize research goals and improve organizational coordination across member states.
The proposal presented by Iran targets the creation of a cross-border network designed to provide integrated access to photonics research infrastructure. The plan includes formalizing periodic meetings and establishing measurable technological objectives for the participating states.
The players
Vahid Jan-Nesari
He represented Iran and presented the formal proposal for an international photonics laboratory network to the working group.
Masoud Pezeshkian
He is the President of Iran and oversaw the implementation of the nation's quantum science and technology document in 2025.
The details
Vahid Jan-Nesari introduced the photonics project during the sixth meeting of the Photonics Working Group, which took place in Bengaluru and online. The initiative follows Iran's implementation of a national strategy for quantum science and technology, which includes specific assessment indicators and monitoring mechanisms.
Timeline
The sixth meeting of the Photonics Working Group took place from October 3 to October 6, 2026.
President Masoud Pezeshkian implemented a national document on quantum science and technology in 2025.
The Tech Race
This proposal marks a strategic shift for the BRICS Photonics Working Group as it attempts to move beyond simple knowledge sharing toward the creation of an interconnected international laboratory system. By integrating resources, these nations aim to accelerate regional technological progress while reducing reliance on external research facilities.
While the proposal remains at the intergovernmental level, the standardization of research infrastructure could eventually accelerate the development of consumer photonics technologies. Users may see longer-term improvements in the speed and capabilities of optical communications and data processing hardware.
The takeaway
The move underscores a growing emphasis on technological sovereignty and collaborative infrastructure among emerging economies. Experts suggest that such efforts could reshape global research outputs if the proposed laboratory network achieves its stated coordination goals.
Further reading
For more information on current developments in the field, see the latest coverage at Quantum Computing.
Source note: This article includes information reported by Tehran Times.
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