US, India Deepen Semiconductor ties under Pax Silica

• US and India agree to deepen cooperation under Pax Silica framework.
• Focus on critical minerals, semiconductors, rare earth processing, and joint R&D.
• Aims to diversify supply chains and reduce dependence on single sources.

The US and India have struck a deal to intensify collaboration under the Pax Silica initiative, a strategic concept aiming at securing and diversifying the world supply chains of critical minerals, semiconductors, and advanced materials. This decision came after government officials from both countries had discussions at the highest level. This was the deal component of the newest session of India-US Trade Policy Forum and the Quad Critical Minerals Dialogue.

Rare earth processing, lithium and cobalt refining, development of a semiconductor ecosystem and joint investments in third countries to reduce dependence on dominant single-source suppliers are some of the areas where both parties have pledged to cooperate more.

An Indian official, on the condition of anonymity, said that Pax Silica will be the medium for sharing technologies, conducting joint research and development, and making co-investments in mineral processing plants.

Also Read: US Envoy Sergio Gor, Trump Aide Discuss US-India Trade Roadmap

The American side has shown great enthusiasm for collaborating with Indian companies in the areas of downstream processing and recycling of critical minerals, thus taking advantage of India's expanding refining capacities and abundant mineral deposits.

The framework also sets the stage for the alignment of standards, easing the process of regulatory approvals, and investigating other supply sources via friendly nations. This step is considered a major measure in fortifying the India-US strategic partnership within the wider Indo-Pacific economic architecture.

Experts consider the pact to be timely amidst increasing worldwide worries on supply chain vulnerabilities and the strategic value of critical minerals for clean energy transition, defense technologies, and advanced electronics.