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  • Powerful Earthquakes Rock Venezuela Near Caracas, Causing Widespread Destruction

    Caracas, June 25: Venezuela was shaken by two powerful earthquakes on Wednesday, sending shockwaves across the nation and causing significant damage in and around the capital, Caracas. The strong tremors led to the collapse of several buildings, disrupted transport and communication networks, and triggered panic among residents.

    Authorities have confirmed multiple fatalities and hundreds of injuries, while rescue teams continue to search for people feared trapped under debris. Emergency services have been deployed to the worst-affected areas, and temporary shelters have been set up for displaced families.

    The Venezuelan government has declared a state of emergency and urged citizens to remain cautious as several aftershocks have been reported. Schools and public offices in affected regions have been closed, and hospitals are operating on emergency protocols to treat the injured.

    International aid agencies and neighboring countries have expressed solidarity with Venezuela and offered assistance for rescue and relief operations. Officials warn that the death toll may rise as search teams reach remote and heavily damaged areas.

    The twin earthquakes are among the strongest to strike Venezuela in recent decades, highlighting the country’s vulnerability to seismic activity and the urgent need for disaster preparedness and resilient infrastructure.

  • Metals.io, Powered by Tezos, Launches Global First with Tokenized Cobalt and Nickel

    The platform unlocks assets once out of reach for assets individual and professional investors, giving direct beneficial ownership of physical metals held in secure facilities

    London, UK—25th June, 2026—Tezos based application, metals.io, today, in a global first, launched physically backed industrial metals tokens with the listing of two tokens: xCo (cobalt) and xNi (nickel) on the Tezos-based trading platform. In tokenizing cobalt and nickel, metals that  are notable for their specific strategic value in industrial and manufacturing applications and use in the energy sector, and for being inaccessible to retail investors, the team behind metals.io is once more responding to market demand and unlocking access to assets that have long been out of reach for individual investors. 

    Despite their use in a range of applications, such as the manufacturing of rechargeable batteries, high-performance superalloys, and corrosion-resistant materials, a number of factors have prohibited retail investors from accessing cobalt and nickel before now. For cobalt, minimum lot sizes through OTC channels typically start at one tonne and scale up from there. At early 2026 prices a one-tonne minimum implies a USD 56,000 minimum ticket, before any consideration of warehouse storage costs, insurance, and the financing of working capital. The market is not designed for investors looking for sub-tonne fractional ownership, and settlement timelines, payment terms, and warrant transfer mechanics are all geared toward industrial buyers. Nickel is equally inaccessible for retail traders. While nickel does have a deep, transparent, exchange-traded reference market (the LME), the standard LME nickel contract size is 6 tonnes, and financing costs, insurance, and the operational requirements of taking physical delivery from an approved warehouse make this a market designed for industrial users and large traders rather than investors looking for direct exposure.

    The tokenized assets, xCo (cobalt) and xNi (nickel), serve to broaden access to these commodities, giving investors direct beneficial ownership of the physical metals held in facilities. By combining a trust structure with Tezos-based smart contracts, metals.io makes it possible for investors to own, hold, and trade these assets without the financing, warehousing, and minimum lot-size frictions that have kept the cobalt and nickel markets largely closed to anyone smaller than an industrial buyer or a commodity trading house.

    “The rapid growth of AI, an explosion of manufacturing capacity in emerging markets, and a host of other technological demands and developments have created demand for the metals and minerals that power industries as diverse as the automotive sector to the aerospace industry. However, systemic barriers have long prohibited mainstream access to these assets and, when it comes to how metals and commodities are traded today not much has changed in the transfer of metals since the launch of the London Metals Exchange, almost 150 years ago. Now, though, with the launch of metals.io and the dawn of tokenization, we’re able to streamline access to these essential commodities, making them available to a new profile of buyer and introducing new routes to market for suppliers”, said Ben Elvidge, Lead for metals.io, and Head of Alternative Assets at Trilitech.

    Cobalt and nickel each have specific properties that make them especially valuable for energy, industrial and manufacturing applications. Cobalt is one of the defining critical minerals of the energy transition. It is essential to nickel manganese cobalt (NCM) and nickel cobalt aluminium (NCA) battery cathodes used in the majority of European and North American electric vehicles, as well as in consumer electronics, aerospace alloys, and a range of industrial catalysts. Nickel is one of the most strategically important industrial metals in the world. It is the backbone of stainless steel, which still accounts for around two-thirds of global nickel demand, and it has become a critical input into high-energy-density battery cathodes used in premium electric vehicles, aerospace, and grid-scale storage. 

    The launch of tokenized cobalt and nickel on metals.io further expands the platform’s offerings, opening access to new investors who would not previously have had the opportunity to own and trade them. In addition to the new assets launching today, visitors to the site can also access xU3O8 tokenized uranium; VNX Gold (VNXAU), digital proof of ownership of allocated gold which is physically held in a vault in Liechtenstein; and the RARE token from Noemon Tech, which provides transparent exposure to a diversified basket of five strategic metals selected for their critical industrial and technological value. For more information about all of these assets and tokenized commodities, visit: https://metals.io/

  • Historic Breakthrough: Ancient works recovered from carbonized Herculaneum scrolls

     By Lindsey Piercy

    NAPLES, Italy (June 25, 2026) — The Vesuvius Challenge has achieved a historic breakthrough in the recovery of the Herculaneum scrolls — revealing new texts, titles and authors unknown to history and ushering in a new era for the study of the ancient world.

    On Thursday, at the Biblioteca Nazionale di Napoli Vittorio Emanuele III — with Mount Vesuvius rising in the distance — lead researchers, collaborators and distinguished guests gathered to mark the milestone decades in the making.

    The achievement underscores both the scale of the scientific breakthrough and the extraordinary international collaboration that made it possible.

    It also marks a pivotal moment for a project the University of Kentucky has led for years — steadily advancing toward a goal many once thought impossible.

    “For nearly two millennia, many of these texts have been physically preserved but intellectually inaccessible,” Brent Seales, Vesuvius Challenge co-founder and the Stanley and Karen Pigman Chair of Heritage Science at the University of Kentucky, said. “Today — after years of interdisciplinary work combining advanced imaging, artificial intelligence (AI), academic research and an innovation contest — we are finally able to read them.”

    “Through this work, the University of Kentucky and its partners have become global leaders in digital heritage science — proving what is possible when innovation, collaboration and purpose come together,” University of Kentucky Provost Robert S. DiPaola said. “This breakthrough shows that when we unite advanced technology with shared purpose, we can recover the past and open the door to discoveries that will shape the future.”

    Among the discoveries:

    • Full virtual unwrapping of the surviving portion of PHerc. 1667 — revealing nearly 1.5 meters of text across 20 columns
    • Recovery of more than 70 columns of text from PHerc. 172, housed at Oxford’s Bodleian Library
    • Identification of completely new books from the ancient world by Epicurean philosopher Philodemus, including On Vices, Book 1 and On Gods, Book 8
    • Recovery of sufficient text to support new critical scholarly editions

    The findings represent the most significant revelation of text since the earliest attempts to physically open the scrolls more than two centuries ago.

    Scholars can now follow arguments, trace ideas across multiple columns and understand these works as complete compositions — rather than archaeological fragments.

    A Lost Library Begins to Speak Again

    Among the most significant breakthroughs announced is the recovery of substantial new text from PHerc. 1667 — a scroll housed in Naples, Italy.

    Researchers have now virtually unwrapped the surviving portion of the scroll — revealing nearly 1.5 meters of continuous text and approximately 20 columns of writing.

    “This scroll was deemed completely unreadable when part of it was opened in the 1980s,” Federica Nicolardi, assistant professor in papyrology at the Università degli Studi di Napoli Federico II, said. “While a few isolated letters were visible, overlapping layers obscured the writing, and the scroll was assigned a readability score of zero. But now, with virtual unwrapping, we can follow sustained arguments across multiple columns. That’s a transformational shift.”

    Nicolardi leads a team of Vesuvius Challenge papyrologists whose contributions are essential to both the creation of machine learning models and to the interpretation of text from the scrolls.

    Current team members include: Marzia D’Angelo, Killian Fleischer, Alessia Lavorante, Michael McOker, Maria Chiara Robustelli, Claudio Vergara, Rossella Villa.

    Nicolardi says PHerc. 1667 survives today as only part of a once-complete scroll. It measures approximately 8 centimeters in height — less than half the size of a typical Herculaneum roll — and about 2 centimeters in diameter. Historical records from 1782 describe it as a compressed but largely intact object, with the same height as today but with a diameter more than twice as large. Subsequent attempts to physically open it damaged its structure and reduced its size.

    “The scroll’s handwriting and internal references suggest the artifact dates from the second century B.C. or possibly from the late third century B.C. — making it one of the oldest scrolls in the collection,” she explained. “The date also places it firmly within the intellectual world of Hellenistic philosophy.”

    While the title and author remain unknown, both the early dating and its contents suggest a writer other than Philodemus of Gadara — the Greek philosopher whose works predominate the discoveries from Herculaneum papyri to date.

    “The Herculaneum collection does include other authors, such as Epicurus himself and other Epicurean authors whose dates fit the proposed chronology,” Lavorante said. “There are also books by the Stoic philosopher Chrysippus. So, it could be one of them — or someone entirely new.”

    According to the papyrological team’s analysis, the text does appear to be a philosophical treatise concerned with ethics, arts and human behavior, likely reflecting Stoic thought.

    “If this text had been found in Egypt or anywhere else, it would probably have been classified straight away as a Stoic text. The fact that it comes from a collection that is almost entirely Epicurean makes us more cautious in drawing conclusions,” Nicolardi added. “But if the text is indeed a Stoic treatise, Chrysippus would be a good candidate for authorship, and the mention in the text of Aristocreon, Chrysippus’ nephew and pupil, might point in the same direction.”

    As the third head of the Stoic school and one of its most influential thinkers, Chrysippus played a major role in shaping Stoic doctrine — yet very little of his own work survives. A new text that could plausibly be attributed to him would therefore be extremely important for understanding of early Stoicism. “This is not just a technical recovery — it’s the return of a philosophical voice,” Nicolardi said.

    The recovered text preserves discussions of core Stoic concepts, including ὁρμή (hormē), or impulse, understood as the drive to act common to both humans and animals. The author appears to warn against excessive impulse — ὁ πλεoνασμός κατὰ τὴν ὁρμήν (ho pleonasmos kata tēn hormēn — when reason fails to regulate behavior and leads to a harmful passion or diversion from one’s goals.

    Another key concept is φρόνησις (phronēsis), or practical wisdom — the set of intellectual activities that guide one to make the right choices and to choose virtues over vices. “When framed in a Stoic context, phronesis is the highest virtue a person can possess, the means to distinguish what is good from what is evil, as well as what is neither good nor evil,” Robustelli explained.

    In another passage, the author writes:

    “We will inquire into something, but we will not grasp it, if in some way we depart from ourselves and from our own nature.”

    “By ‘our own nature,’ the author appears to refer to human rationality and our innate inclination toward goodness (echoing Stoic philosophy), perhaps suggesting the use of reason and listening to one’s inner drive are leading and crucial principles for seeking knowledge and virtue,” Vergara said. 

    Additional Discovery: New Philodemus Text Identified

    A second major breakthrough announced is the identification of a new book title within PHerc. 139.

    In the final portion of the virtually unwrapped surface, papyrologists from the Vesuvius Challenge were able to read: Φ̣ι[λοδ]ή̣μου | περὶ θεῶν Η̅ — Philodemus, On Gods, Book 8.

    The overlined Η is understood as a book number.

    The presence of Philodemus’ name — the most extensively attested Epicurean philosopher in the Herculaneum library — allows scholars to date the scroll to between the first century B.C. and the first century A.D.

    The discovery is significant. For the first time, it establishes that On Gods was a multi-book work extending to at least eight books. Until now, only the first book was known (PHerc. 26).

    Scholars are now reassessing related texts within the Herculaneum collection that address similar theological themes. Some –– even if preserved under different titles –– may belong to the same series.

    Among these are:

    • On the Lifestyle of the Gods (Περὶ τῆς τῶν θεῶν διαγωγῆς), preserved in PHerc. 152/157
    • Works concerning the nature of divine knowledge (PHerc. 89/1301/1383)
    • Texts addressing providence (PHerc. 1670)

    In addition to the end-title, early readings from the virtually unwrapped surface have revealed key theological terms and phrases that offer initial insight into the work’s content.

    These include references to:

    • πρόνοια (“providence”) and χωρὶς προνο[ί]α̣ς̣ (“without providence”)
    • θεοῦ (“god”) and ἀόρατα (“invisible entities,” including the divine)
    • κατὰ φύσιν (“according to nature”)
    • θεωρήμασιν (“theories”)
    • ζῶια / ζώιων (“living beings”)
    • τὰ μέλλοντα (“future things”)
    • τ̣ὸ̣ νοερὸν (“the intellective principle”)

    Taken together, these elements point to a sustained philosophical treatment of Epicurean theology, including the nature of the gods, the role of providence and the structure of the universe.

    “This is a crucial piece of evidence for understanding Philodemus’ work,” D’Angelo  said. “For the first time, we can situate On Gods within a broader structure and begin to see how these texts relate to one another as part of a sustained philosophical inquiry of theological concepts in circulation in Ancient Rome.”

    From Scanning to Scholarship

    The breakthrough was made possible through high-resolution micro-CT scanning conducted at major international facilities, including Diamond Light Source in the United Kingdom and the European Synchrotron Radiation Facility (ESRF) in France.

    Diamond Light Source uses intense synchrotron-generated X-rays to perform imaging at a level of resolution not achievable with conventional laboratory-based instruments.

    “Using our I12 beamline — a high-energy beamline designed specifically for imaging — we worked in partnership with the Vesuvius Challenge and librarians from the University of Oxford to provide the first scan ever of a Herculaneum scroll housed in the Bodleian Libraries’ collection, producing exceptionally detailed images of its internal structure.” Elizabeth Shotton, with Diamond Light Source, said.

    Vesuvius Challenge also capitalized on the increased capabilities of the first fourth-generation high-energy synchrotron at ESRF in Grenoble, France, which came online in 2020 after a 20-month shutdown and an investment of 150 million Euros from 21 nations.

    “The beam produced by the Extremely Brilliant Source is both exceptionally fine and remarkably stable. At the new BM18 flagship beamline, it enables us to detect extremely subtle variations and reconstruct high-quality tomographic images,” Alessandro Mirone, with ESRF, said. “Our role is to provide the most precise three-dimensional representation possible. These data serve as the foundation for the virtual unwrapping pipeline developed by the Vesuvius Challenge team, as well as for their neural network analysis.”

    The Vesuvius Challenge scans represent the largest dataset ever produced by ESRF. Individual scans generated datasets measuring as much as 300 terabytes per scroll — creating the most detailed three-dimensional maps of the carbonized artifacts to date.

    The Role of the Vesuvius Challenge

    Launched in 2023, the Vesuvius Challenge transformed a long-standing scholarly problem into a global, open competition — mobilizing researchers, engineers and citizen scientists to do what had never been done before: read the Herculaneum scrolls without physically opening them.

    The initiative built on decades of work led by Seales — and a team of researchers with University of Kentucky’s EduceLab — who demonstrated machine learning could detect ink hidden within X-ray scans of carbonized papyri. With that proof of concept, Seales joined Silicon Valley leaders Nat Friedman and Daniel Gross to launch a $1 million global challenge aimed at accelerating progress.

    Through the competition, Seales’ team released open-source software and high-resolution 3D X-ray images from two intact scrolls and several fragments.

    The response was immediate and transformative.

    What began as an ambitious experiment quickly became a breakthrough — reading the first letters from within the scrolls within months and demonstrating that large-scale recovery was within reach.

    Today, the Vesuvius Challenge has a dedicated team of researchers and technical experts who support contestants with preconditioned data, new tools and improved access to the scroll scans.

    “The challenge is ongoing; we need everyone’s help to read the scrolls, and a new web interface at scrollprize.org makes it easier than ever for individuals to access the data and participate,” Giorgio Angelotti, project lead with the Vesuvius Challenge, said.

    At its core, the Vesuvius Challenge has become more than a competition. It’s collaborative effort to recover a lost library — powered by shared data, open innovation and a global community united by a common goal: bringing ancient voices back to life.

    “The scrolls have always been a passion project — bringing together people from all walks of life to recover pieces of our shared history,” Sean Johnson, former contestant who now works on the Vesuvius Challenge technical team, said. “From the moment I read my first letter, I was hooked. There is nothing like uncovering text no one has seen in two millennia, alongside a community just as driven to see it through.”

    From Breakthrough to Cultural Recovery

    For centuries, the study of ancient papyri has been constrained by fragmentary evidence and the physical limitations of fragile artifacts.

    Today’s breakthrough marks a turning point — not in technology, but in purpose.

    As new texts are emerging faster than ever from the carbonized papyri, the focus is shifting from the engineers and computer scientists designing high-tech tools to the experienced papyrologists, classicists and historians who can interpret, contextualize and ultimately bring these ancient works back into human knowledge.

    “This is no longer just about imaging or machine learning,” Seales said. “Now we need experts who can read, edit and understand what they are saying.”

    More than 600 Herculaneum scrolls remain unopened.

    Recovering them has become a truly international effort — uniting research institutions, libraries and cultural heritage organizations across Europe and the United States to restore one of the most important surviving libraries of the ancient world.

    The implication is profound.

    It’s about the enduring power of human connection. How far will we go to preserve it?

    Across 2,000 years, across languages, cultures and civilizations, people continue to reach for one another through words.

    “Today, we are hearing voices that have been silent for 2,000 years,” Seales said. “For the first time, we are uncovering and reading them — but most importantly — we are beginning to understand them.”

    The groundbreaking work has garnered widespread global media coverage, with National Geographic among the outlets highlighting the announcement.

  • Applications Open for National Teachers’ Awards 2026 Till July 10

    June 25: The Ministry of Education has announced that online applications for the National Teachers’ Awards 2026 are now open and will remain available until July 10.

    The awards aim to recognize and honor outstanding contributions by teachers across the country who have demonstrated excellence in teaching, innovation in education, and commitment to student development.

    Eligible teachers from schools, colleges, and other educational institutions can submit their applications through the official online portal within the specified deadline. The selection process will evaluate candidates based on their teaching methods, innovation in pedagogy, community engagement, and overall impact on students.

    The initiative seeks to encourage excellence in the teaching profession and highlight the critical role of educators in shaping the nation’s future. It also aims to promote innovative practices and inspire educators to adopt modern and effective teaching techniques.

    Officials have urged eligible candidates to apply well before the deadline to avoid last-minute issues and ensure smooth submission of applications.

    The National Teachers’ Awards continue to serve as one of the highest national recognitions for educators, celebrating their dedication and contribution to the field of education.

  • India–Saudi Arabia Talks Focus on Boosting Ties and Supporting Diaspora

    June 25: India and Saudi Arabia have held discussions aimed at strengthening bilateral relations and addressing issues concerning the Indian diaspora living in the Kingdom.

    The talks focused on enhancing cooperation across key areas including trade, investment, energy, labour mobility, and people-to-people ties. Both sides reaffirmed their commitment to deepening the longstanding strategic partnership between the two countries.

    Special attention was given to matters related to the welfare and safety of the Indian community in Saudi Arabia. Officials discussed ways to improve support mechanisms and ensure smoother resolution of consular and employment-related issues faced by expatriates.

    The two countries also explored opportunities to expand collaboration in emerging sectors, while building on their strong energy partnership and growing economic engagement.

    Officials noted that India and Saudi Arabia share a robust and evolving relationship, supported by regular high-level exchanges and mutual interests in regional stability and economic growth.

    The discussions reflect continued efforts by both nations to strengthen diplomatic ties and enhance cooperation for mutual benefit.

  • PM Modi to Visit Seychelles for Golden Jubilee Celebrations of National Day

    June 25: Prime Minister Narendra Modi is scheduled to visit Seychelles to attend the Golden Jubilee celebrations of the country’s National Day, marking an important milestone in India–Seychelles bilateral relations.

    The visit is expected to further strengthen diplomatic ties between the two nations and reinforce ongoing cooperation in areas such as maritime security, trade, development partnership, and regional stability in the Indian Ocean region.

    During the visit, the Prime Minister will participate in official commemorative events and hold discussions with the leadership of Seychelles on ways to expand and deepen bilateral engagement. The two sides are also expected to review progress in existing partnerships and explore new avenues of collaboration.

    Officials note that India and Seychelles share long-standing and friendly relations built on mutual trust, shared democratic values, and close maritime connectivity. The visit underscores India’s continued commitment to strengthening ties with Indian Ocean island nations and enhancing regional cooperation.

    The Golden Jubilee celebrations of Seychelles’ National Day mark 50 years of the country’s national journey, and India’s participation highlights the importance it places on its partnership with Seychelles.

    The visit is expected to add further momentum to bilateral relations and support broader cooperation in the Indian Ocean regio

  • IBM Pushes Semiconductor Limits with Sub-1 Nanometre Chip Innovation

    June 25: IBM has announced a major breakthrough in semiconductor innovation with the development of a sub-1 nanometre chip architecture, marking a significant step forward in next-generation computing technology.

    The new advancement is designed to deliver higher performance while using less energy, addressing the growing global demand for faster and more efficient computing systems. By pushing beyond traditional scaling limits, the technology represents a major milestone in chip design and engineering.

    IBM stated that the breakthrough leverages advanced fabrication techniques aimed at improving transistor density and overall chip efficiency. This could help unlock new possibilities in areas such as artificial intelligence, cloud computing, data processing, and scientific research.

    Experts believe this development may reshape the future of the semiconductor industry, as companies continue to seek more powerful and energy-efficient solutions to support increasingly complex digital workloads.

    The innovation also highlights the rapid pace of progress in chip technology, where even small improvements in size and efficiency can lead to significant gains in computing power and performance.

    IBM’s latest announcement reinforces its position as a key player in advanced semiconductor research and next-generation computing solutions.

  • Russia Considers Gasoline Imports from India Amid Refinery Disruptions: Report

    June 25: Russia is reportedly exploring the possibility of importing gasoline from India as it navigates temporary disruptions in its domestic refinery operations, according to recent reports.

    The development highlights emerging energy trade dynamics between the two countries, with India’s refining capacity increasingly positioned as a potential source of supply in global fuel markets. India, one of the world’s largest refining hubs, has expanded its export capabilities in recent years, supplying petroleum products to multiple international markets.

    The report suggests that refinery disruptions in Russia have created short-term supply pressures, prompting considerations for alternative sourcing options to ensure stable domestic fuel availability. In this context, India’s robust refining infrastructure and surplus production capacity have drawn attention as a viable option for meeting demand.

    Industry observers note that any potential fuel trade between India and Russia would reflect broader shifts in global energy flows, where refining capacity and export flexibility are becoming key strategic assets. Such developments could also strengthen energy trade ties between the two nations.

    Experts believe that India’s growing role in global petroleum product markets underscores its importance as a reliable energy supplier, particularly in times of regional supply constraints.

    The report reflects ongoing changes in global energy supply chains and highlights the increasing interconnectedness of fuel markets across regions.

  • India Monitoring 1,987 Major Infrastructure Projects Across Key Sectors

    June 25: The Government of India is currently monitoring 1,987 ongoing infrastructure projects with a total investment value of approximately ₹42.50 lakh crore, reflecting the country’s large-scale focus on infrastructure-led development.

    The initiative aims to ensure timely execution, improved efficiency, and better coordination across various infrastructure sectors, including transport, energy, urban development, and logistics. Regular monitoring is being carried out to address delays, resolve implementation challenges, and enhance project delivery outcomes.

    Officials noted that infrastructure development remains a key priority for the government, as it plays a crucial role in driving economic growth, generating employment, and improving connectivity across regions. The large number of ongoing projects highlights the scale and ambition of India’s long-term development strategy.

    According to available details, the monitoring framework is designed to strengthen accountability and ensure that projects progress as planned. This is expected to help reduce cost overruns and improve overall implementation efficiency.

    Experts believe that successful execution of such large-scale infrastructure projects will significantly contribute to India’s economic expansion and support its long-term growth trajectory. Improved infrastructure is also expected to boost industrial activity and enhance ease of living for citizens.

    The statement reinforces the government’s continued emphasis on infrastructure development as a key pillar of national economic progress.

  • MIT-WPU Researchers Develop Solar Thermal Battery That Enables Hot Water Availability After Sunset

    MIT-WPU Researchers Develop Solar Thermal Battery That Enables Hot Water Availability After Sunset

    Mumbai/Pune June 25: Researchers at MIT World Peace University (MIT-WPU) have developed a solar thermal energy storage system that enables hot water availability even after sunset by storing solar heat in a phase change material (PCM)-based thermal battery. The technology addresses one of the biggest challenges associated with solar energy—its intermittent availability—and has the potential to reduce dependence on electricity and fossil fuels for water heating applications.

    Developed by Dr. Anita Nene and Dr. Rohit Ghadge from the Department of Mechanical Engineering, MIT-WPU, the system combines a Scheffler solar concentrator with a thermal storage capsule containing paraffin wax, a phase change material capable of storing and releasing large amounts of heat.

    Unlike conventional energy storage systems that rely on electrochemical batteries, the proposed solution stores energy directly as heat. The system incorporates a detachable PCM tube, a water-jacket heat transfer mechanism, and polyurethane insulation to maximize heat retention and energy utilization.

    According to the researchers, the technology achieved complete thermal charging in approximately 18 minutes and complete discharge in approximately 32 minutes during laboratory-scale testing. The system continued supplying hot water after solar input was removed, demonstrating its ability to provide thermal energy beyond daylight hours.

    The prototype stores approximately 1.5 to 2 kWh of thermal energy and can maintain water temperatures between 50°C and 60°C for up to 14 hours after charging. Compared to conventional electric water heaters.

    “One of the major limitations of solar energy is that it is available only when the sun is shining. Our objective was to develop a simple, cost-effective, and sustainable thermal storage solution that can store solar energy and make it available whenever required,” said Dr. Anita Nene.

    “Thermal energy accounts for a substantial share of overall energy consumption. Technologies that enable efficient storage of solar heat can help reduce dependence on conventional fuels, improve energy security, and support the transition towards cleaner and more sustainable energy systems,” said Dr. Rohit Ghadge. 

    The researchers conducted Computational Fluid Dynamics (CFD) simulations alongside laboratory-scale validation to evaluate system performance.

    The technology is currently at Technology Readiness Level (TRL) 7 and is being prepared for pilot deployments in real-world environments.

    Potential applications include residential water heating systems, hotels, hospitals, hostels, educational institutions, industrial process heating facilities, community kitchens, agricultural operations, and off-grid rural communities.

    An Indian patent application titled “Solar Energy Storage Capsule Using Phase Change Material” has been filed under Application No. 202521118546. The researchers are currently exploring collaborations with industry partners for pilot deployment and commercialization.

    “The next phase of development will focus on field trials, performance optimization, and scale-up for commercial deployment,” said Dr Anita Nene.

    lower carbon emissions by approximately 2.5 to 3 tonnes annually, contributing to India’s clean energy and sustainability goals.