India Pledges €7 Million to Bolster Advanced Scientific Research at Italy’s Elettra Sincrotrone
TRIESTE, Italy — In a major boost to global scientific cooperation, India has announced a financial commitment of at least €7 million (approximately ₹73 crore) to support the Elettra 2.0 programme. Union Minister of State for Science and Technology, Jitendra Singh, confirmed the funding during his visit to the premier international research centre in Trieste on Saturday, November 14, 2026.
The capital infusion, which is set to span the next five years beginning in the 2026-27 financial year, signals a strategic deepening of the collaborative bond between New Delhi and Rome.
A Hub for Atomic Discovery
Elettra Sincrotrone Trieste serves as a cornerstone of modern physical sciences. The facility operates as a sophisticated synchrotron light source, utilizing high-energy particle accelerators to produce intense X-rays and electromagnetic radiation. These light sources act as powerful “super-microscopes,” enabling researchers to probe the fundamental composition of matter at the atomic and molecular levels.
The applications of such technology are vast, spanning across critical fields including nanotechnology, advanced materials science, pharmaceutical development, and even the preservation of cultural heritage. The centre is uniquely equipped with two world-class facilities: the Elettra synchrotron and the FERMI free-electron laser, the latter of which generates ultrashort, high-intensity light pulses that allow scientists to capture real-time chemical and biological processes.
Strengthening a Quarter-Century Partnership
India’s involvement with Elettra is not a new development, but rather an evolution of a partnership that has spanned over 25 years. Since 1998, Indian researchers have been active participants at the Trieste facility. Today, India stands as the second-largest user of the centre, trailing only Italy in terms of research output and engagement.
Official data highlights the depth of this integration, with Indian research groups having submitted approximately 1,100 proposals for experimental time—a figure that places India ahead of other major scientific powers like France. This consistent usage underscores the vital role the Italian facility plays in the Indian scientific ecosystem.
Upgrading Capabilities with Elettra 2.0
The new funding will be pivotal in upgrading the experimental infrastructure dedicated to Indian researchers. As part of the transition to the Elettra 2.0 programme, the current XRD2 and Xpress beamlines—which were inaugurated a decade ago through a joint effort between India’s Department of Science and Technology (DST) and the Italian authorities—will be retired.
In their place, two state-of-the-art beamlines will be constructed: the micro-XRD (μXRD) for high-resolution macromolecular crystallography and the Xpress Superbend (Xpress-SB) for high-pressure diffraction studies.
“This partnership represents a significant new phase in our scientific journey with Italy,” Minister Singh noted during his visit. By upgrading these diagnostic tools, the project aims to enhance both research output and human resource capacity, ensuring that Indian scientists remain at the forefront of global discoveries. The investment ensures that India remains an indispensable partner in the high-stakes environment of international particle physics and materials research.
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