- China Launches “Three Gorges Antarctic Eye”: A new 3.2-metre radio/millimetre-wave telescope deployed at Zhongshan Station in Antarctica.
- Purpose: To study interstellar gas (hydrogen and ammonia) and star formation.
- Location Advantage: Antarctica offers unique observational opportunities.
- Developed By: Collaboration between China Three Gorges University and Shanghai Normal University.
- Builds on Prior Efforts: Expands China’s Antarctic astronomical capabilities, following the Antarctic Survey Telescopes (AST3).
- Technological Achievement: Designed to withstand Antarctica’s extreme cold and strong winds.
- Strategic Significance: Demonstrates China’s growing capabilities and ambition in polar science and astronomy.
- Comparison to Other Observatories: The “Three Gorges Antarctic Eye” joins a global network of neutrino and astronomical observatories like India’s INO, the USA’s IceCube and DUNE, and China’s JUNO and TRIDENT. The telescopes all contribute to the global effort to discover and advance neutrino properties.
- Three Gorges Dam Relation: The name of the telescope has similarity to China’s 22.5 GW Three Gorges Dam hydropower project.
08.04.25
US-India Nuclear Deal
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US Approval for Tech Transfer: The US has authorized Holtec International to transfer unclassified Small Modular Reactor (SMR) technology to three Indian private entities: Holtec Asia, Tata Consulting Engineers Ltd, and Larsen & Toubro Ltd.
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Revival of Civil Nuclear Deal: This move operationalizes the 2008 India-US Civil Nuclear Deal by overcoming previous barriers to technology transfer.
Private Sector Involvement: It marks the first direct US technology transfer to Indian private firms, shifting from a state-controlled model to public-private partnership.
Boost to Indigenous Capability: Facilitates local manufacturing of SMRs, positioning India as a potential hub for nuclear innovation and export.
Regulatory Hurdles: India’s Civil Liability for Nuclear Damage Act (2010) and Atomic Energy Act (1962) pose challenges, with amendments being considered to enable private sector participation and allay foreign investment concerns.
SMR Advantages: SMRs offer fuel efficiency, scalability, passive safety, and low-carbon energy, making them suitable for diverse power systems and remote areas.
Indian Initiatives: India aims to develop at least 5 indigenously designed SMRs by 2033 and deploy Bharat Small Reactors (BSRs) as captive power plants for industries.
Competing with China: The collaboration enables India and the US to compete with China’s SMR ambitions.
Conditions: Technology cannot be retransferred without US consent and is strictly for peaceful uses under IAEA safeguards, excluding enrichment or sensitive nuclear technology.