logo
Upgraded nuclear power gallery opens at Delhi Science Centre

Upgraded nuclear power gallery opens at Delhi Science Centre

Hindustan Times06-06-2025
The National Science Centre on Friday unveiled a fully revamped version of its Hall of Nuclear Power: Atoms Serving the Nation gallery, showcasing nuclear energy through immersive simulations, interactive controls, and cutting-edge display tech.
Spread across 7,000sqft, the permanent gallery now features more than 56 interactive exhibits aimed at making nuclear science accessible to the public—especially students. The ₹1.25 crore upgrade was funded by the Nuclear Power Corporation of India Ltd (NPCIL) as part of a long-running collaboration under a 2012 MoU with the National Council of Science Museums.
'The essence remains, but the exhibits have evolved with time,' said BVS. Sekhar, NPCIL executive director, who inaugurated the gallery. 'We've incorporated new technologies, made it more intuitive, and leveraged the museum's expertise in science communication.'
Visitors can now experience a 3D walk-through of a nuclear power plant, explore an omni-projection of solar fusion, and test a touch-screen simulator that mimics a nuclear control room—showing in real time how changes affect output and safety.
The Hall of Nuclear Power is now open to visitors daily from 9:30am to 6pm.
'We've reworked the entire user experience,' said Vijay Shankar, director of the Delhi Science Centre. 'The safety section now reflects updated commissioning protocols, and every system is built to invite curiosity.'
The gallery also tells the story of India's nuclear programme—its milestones, challenges, and promise—highlighting figures like Homi J Bhabha and India's use of thorium reserves as a sustainable energy path. Similar NPCIL-backed installations exist in Mumbai and Chennai, with smaller district level versions in the pipeline.
Shankar also announced a ₹32 crore grant from the ministry of tourism for wider upgrades to the science centre. 'We're working on new galleries on space exploration and prehistoric life. Public areas will also be redesigned in the next year.'
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

IUCAA's lab developing optical atomic clock to explore fundamentals of science
IUCAA's lab developing optical atomic clock to explore fundamentals of science

Indian Express

timea day ago

  • Indian Express

IUCAA's lab developing optical atomic clock to explore fundamentals of science

The Precision and Quantum Measurement Laboratory (PQM lab) at Inter University Centre for Astronomy and Astrophysics is developing a state-of-the-art facility dedicated to explore the fundamentals of science using very accurate optical atomic clocks. 'Once the clock is ready, it will be able to detect incredibly tiny changes in energy, which can reveal things like changes in fundamental physical constants (if any), change of gravity over a tiny height, possible gravitational waves and others,' Prof Subhadeep De, Principal Investigator, PQM lab, said. For the purpose, the lab is creating high-precision instruments using quantum science for extremely accurate measurements. The lab's research interests involve developing quantum phenomena-based technologies for metrology-grade measurements and accurate sensing. 'The heart of the experimental setup is a trapped ytterbium-ion-based quantum clock,' Prof De said. The clock works by using a rare atomic process that happens at a light wavelength of 467 nanometers. To power the clock the lab is building an ultra-stable laser with an extremely narrow frequency line width, the scientist explained. Prof De also noted that the optical fiber-based distributed acoustic sensing (OF-DAS) technology in the last decade has emerged as a powerful tool for a wide range of applications. It could be early warnings of natural calamity by continuous monitoring of the seismic noise and differentiating any abnormality originating from earthquake, tsunami, volcanic eruption, structural health monitoring of cracks build-up in flyovers, bridges, railway tracks, and disaster control by timely detection of cracks. At the PQM lab, a new method for sensing vibrations using optical fibre has also been developed. It uses a very stable laser at 1,550 nm to detect and locate acoustic or seismic signals more accurately. The system tracks tiny changes in the laser's frequency to find where and when vibrations happen, and how strong they are. The team is now working to make the system transportable with its potential application in Laser Interferometer Gravitational Wave (LIGO-India) Laser Interferometer Gravitational Wave (LIGO) detectors are among the most precise instruments in the world and quantum technologies are key to improving their sensitivity. LIGO-India, an ongoing mega science project dedicated to detect gravitational waves, is actively exploring pathways to enable quantum science and technology in improving the performance of its detector. Innovative solutions such as quantum squeezing and quantum sensors have been developed to detect the elusive gravitational waves. On Tuesday, an event was organised by LIGO-India Education and Public Outreach (LI-EPO) to showcase the current developments in quantum physics particularly to highlight its applications in gravitational wave science. Experts from various domains in quantum sciences and technologies in India came together to discuss the future of measurements, communications, and gravitational waves at IUCAA in Pune. Prof R Srianand, Director of IUCAA, inaugurated the event. 'As we push the frontiers of gravitational -wave astronomy, the LIGO detectors have now entered the quantum regime, marking a major forward in precision measurement,' Dr Manasadevi P T, scientist at IUCAA, said. 'This progress not only enhances our sensitivity to probe the universe using gravitational waves but also contributes meaningfully to the field of quantum sensing and metrology,' she said. Prof Debarati Chatterjee, chair of LIGO-INDIA Education and Public Outreach at IUCAA, said the day-long event was specifically held as 2025 worldwide is being celebrated as the International Year of Quantum Science and Technology. 'It marks 100 years since the foundational developments in quantum mechanics and honours the groundbreaking work of scientists like Heisenberg, Schrödinger, Bohr, Einstein, and Bose, whose contributions shaped our understanding of the quantum world,' Prof Chatterjee said.

‘Kaiga units operated continuously for over 500 days on eight occasions'
‘Kaiga units operated continuously for over 500 days on eight occasions'

The Hindu

timea day ago

  • The Hindu

‘Kaiga units operated continuously for over 500 days on eight occasions'

KAIGA SITE (NPCIL) The four units of Kaiga Generating Stations (KGS) have operated continuously for over 500 days on eight occasions and over 365 days on 19 occasions, thus setting benchmark parameters for the operating stations of Nuclear Power Corporation of India Limited (NPCIL). Speaking at the media outreach programme at Kaiga Site of NPCIL in Uttaraka Kannada district on Tuesday, the authorities briefed about the excellent track record of KGS 1 to 4 units. Project Officer for KGS Units 3 and 4, K. Chittaranjan, said that KGS Unit 1 had created a record of operating continuously for 962 days, which was the longest continuous days of operation worldwide. However, the Darlington-1 unit in Canada has now broken the record with 1,106 days of operation. Among the operating stations of NPCIL in India, the Kaiga units had been doing exceptionally well, he said. He said KGS Units 5 & 6 were first among the atomic power generation units taken up by NPCIL under the fleet mode, the others being in Haryana, Rajasthan and Madhya Pradesh. Head of Occupational Hazard of BARC, Hemant Haldavnekar, briefed about the quantum of radiation in various activities and argued that the radiation level at the NPCIL units was less, and studies had indicated that there was no harm to humans, flora and fauna. Chief Engineer Ramesh H.N. said nuclear power generation units now require less area. The fifth and sixth units at Kaiga were being constructed in an area of 450 m x 450 m, and they would together generate 1,400 MW of power. 'Already 65.91 hectares out of the 120 hectares of land of the Kaiga site have been used for the four units, and the remaining 54.09 hectares of land is available for the fifth and sixth units. So no fresh acquisition is required for the purpose,' he said. The authorities also gave information regarding CSR initiatives taken around the Kaiga site, including the construction of school buildings, roads, bridges and providing various learning materials to schools.

The one exercise to get relief from hip osteoarthritis
The one exercise to get relief from hip osteoarthritis

India Today

time3 days ago

  • India Today

The one exercise to get relief from hip osteoarthritis

The one exercise to get relief from hip osteoarthritis Credit: Getty Images A new study shows that patients with hip osteoarthritis who took part in weekly group cycling and education sessions recovered better than those who did standard one-on-one physiotherapy. Cycling helps arthritis patients For the same time it takes to treat one patient through physiotherapy, group cycling sessions can help several patients—and with better results. Group Classes Save Time The NIH-backed study, the CHAIN programme combines 8 weeks of static cycling and education for people with hip osteoarthritis, offering both physical and practical support. The process explained Five years after completing the programme, many patients still manage their pain without surgery, and over half avoided hip replacement altogether. Patients see benefits With hip replacements costing over £6,000 per patient, this approach could save money by preventing surgeries. Cost-Saving Low-impact cycling strengthens muscles around the hips, improves balance, supports bone health, and helps reduce stiffness and pain, according to programme leaders. Cycling Builds Strength This is a joint disease among older adults, in which the joint in the hip gradually tears away. It causes stiffness and reduced range of motion. Hip Osteoarthritis The cases of osteoarthritis are rising globally and in India. Exercises like cycling could help reduce pain and improve mobility. Rising Osteoarthritis Cases The study was published in The Lancet by researchers from Bournemouth University.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store