Cryogenicist

  The Indian National Space Promotion and Authorisation Centre (IN-SPACe) invited Expressions of Interest on 10 June 2026 for transfer of technology of the Indian Space Research Organisation ’s Launch Vehicle Mark-3, also called LVM3. The programme allows private Indian companies to manufacture, operate and commercialise LVM3, which is India’s heaviest operational launch vehicle and is also known as Bahubali. LVM3 in India’s Launch Vehicle System LVM3 is a three-stage launch vehicle developed by the Indian Space Research Organisation for heavy-payload missions. The vehicle has supported Chandrayaan-2 and Chandrayaan-3, and it launched 72 satellites for the OneWeb constellation in 2022 and 2023. Technology Transfer and Eligibility The selected private company or consortium will receive technical assistance and infrastructure support from ISRO for up to 42 months, or until it manufactures and launches two LVM3 rockets, whichever is earlier. Applicants must be privately owned Indian ...

  Cryogenics plays a critical role in quantum computing by enabling ultra-low temperature environments required for superconducting qubits and stable quantum operations. Advanced cryogenic systems help reduce thermal noise, improve coherence times, and support scalable quantum processor performance. Innovations in dilution refrigeration, thermal management, and cryogenic materials are driving breakthroughs in next-generation quantum technologies. This award recognizes outstanding contributions in cryogenic engineering, low-temperature physics, and their applications in quantum computing systems, fostering progress toward faster, more reliable, and commercially viable quantum computers. Visit: cryogenicist.com Nomination Link: .. https://cryogenicist.com/award-nomina.. . Contact: admin@cryogenicist.com #Cryogenics #QuantumComputing #LowTemperaturePhysics #SuperconductingQubits #DilutionRefrigeration

  The European Space Agency (ESA) has marked a significant advancement in satellite navigation with the successful launch of the first two satellites of the Celeste in-orbit demonstration mission. The satellites were launched aboard Rocket Lab’s Electron rocket from New Zealand, signalling Europe’s push to enhance the resilience and capability of its navigation systems. Celeste Mission and Launch Details The two satellites, Celeste IOD-1 and IOD-2, were launched on 28 March at 10:14 CET and separated from the rocket approximately one hour later. Built by GMV and Thales Alenia Space, the satellites have entered their early operational phase, where mission control will prepare them for full functionality in orbit. Objective to Complement Galileo System The mission aims to test a complementary layer of satellite navigation in low Earth orbit ( LEO ) to support Europe’s existing Galileo system, which operates in medium Earth orbit . By operating closer to Earth, Celeste satellites are ...

  NASA has launched a ₹283.8 crore ($30 million) mission to prevent its ageing Neil Gehrels Swift Observatory from falling out of orbit and potentially crashing towards Earth. The observatory, operational since 2004, is gradually losing altitude due to increased atmospheric drag, prompting an innovative rescue effort to extend its lifespan. About the Swift Observatory The Neil Gehrels Swift Observatory is a key space telescope under NASA’s Medium Explorer (MIDEX) programme. Launched in 2004 into low- Earth orbit, it has played a crucial role in detecting gamma-ray bursts—extremely powerful cosmic explosions. Equipped with multiple instruments, including a Burst Alert Telescope, it enables rapid observation of high-energy astronomical events and contributes significantly to astrophysics research. Why the Satellite is Falling The observatory is slowly descending due to increased solar activity, which heats and expands Earth’s upper atmosphere. This expansion creates greater atmosphe...

  Japan has identified a vast deposit of rare earth elements nearly 6,000 metres beneath the Pacific Ocean near Minamitorishima island. The discovery, described as a “rare earth giant,” could significantly reshape global resource security by providing a long-term supply of critical minerals essential for modern technologies. Scale and Composition of the Discovery The deposit contains over 16 million tonnes of rare earth-rich mud, including key elements such as yttrium and dysprosium . These materials are crucial for manufacturing high-performance magnets used in electric vehicles, wind turbines and advanced electronics. Estimates suggest that the deposit could meet global demand for some of these elements for up to 700 years. Technological Breakthrough in Extraction The discovery was made by researchers from the University of Tokyo using the advanced deep-sea drilling vessel Chikyu. Specialised drilling techniques, including a riser pipe system, enabled the extraction of mineral-r...

The Superconductivity Innovation Award at the Cryogenicist Global Awards celebrates groundbreaking advancements in the field of superconductivity, recognizing researchers and innovators who are pushing the boundaries of zero-resistance materials and ultra-low temperature technologies. This prestigious award honors contributions that enhance energy efficiency, quantum computing, medical imaging, and advanced cryogenic systems. By spotlighting transformative ideas and practical applications, the award encourages global collaboration and innovation in cryogenic science, driving the future of high-performance technologies and sustainable solutions. Visit: cryogenicist.com Nomination Link: ..https://cryogenicist.com/award-nomina... Contact: admin@cryogenicist.com #Superconductivity #InnovationAward #Cryogenics #CryogenicistAwards #LowTemperaturePhysics #QuantumTechnology #ScientificInnovation #EnergyEfficiency #AdvancedResearch #GlobalScienceAwards