Latest news with #Pangea
Euractiv
6 hours ago
- Business
- Euractiv
Energy's quantum leap will power Europe's supercomputers
As big data centres and artificial intelligence generate continued transformations in all areas of society, there has been increasing attention paid to how much energy these supercomputing activities use. But what is less known is that these major computing operations are also changing how energy is generated. From optimising oil and gas exploration to accelerating breakthroughs in renewables and fusion energy, advanced computing is transforming how the energy sector operates. High-performance supercomputers capable of performing immense numbers of calculations per second are finding new applications in the sector. Traditionally, such computing power has been used to analyse massive seismic datasets, helping geologists locate new oil and gas reserves deep beneath the earth's surface. But today, supercomputers are tackling far more - simulating new battery chemistries, designing more efficient solar panels, and modelling carbon capture and storage projects that could trap millions of tonnes of CO₂ underground. Energy pioneers Much of the pioneering work in this area has been going on in Europe. For instance, Italian energy company Eni has, over the past decade, been making rapid advances on its supercomputers. For years, starting in the 1970s, Eni had used supercomputing on various fronts in its traditional businesses, from optimising the operation of industrial plants to simulating the behaviour of plasma in magnetic confinement fusion. But since 2013, Eni has equipped itself with successive generations of supercomputers housed in Eni's Green Data Centre in Ferrera Erbognone, near Pavia. 'On supercomputing, it's been a very long journey at Eni, continuing today, because we started many years ago,' says Dario Pagani, Head of Digital and Information Technology at Eni, and CEO of the company's joint venture Eniquantic. 'More than ten years ago, Eni was among the first companies to believe in the so-called 'hybrid' supercomputing architectures, those combining CPUs (Central Processing Units) with GPUs (Graphics Processing Units). GPUs, initially conceived only for massive parallel computing in gaming consoles, are now at the core of the most advanced supercomputers in the world. Eni has therefore had a pioneering vision on this, and we are now reaping the fruits in terms of competitive advantage and innovation possibilities.' Eni isn't alone in Europe in its interest in the supercomputing space. TotalEnergies in France has its Pangea supercomputers, which combine on-site high-performance computing with cloud. in Germany has developed quantum algorithms for weather-risk management by collaborating with the American computing company IBM. Iberdrola in Spain has developed quantum-inspired software via multiverse computing called Singularity, which is working to solve energy sector challenges like optimising power grids and improving generation planning. All of these projects combine classical simulation with quantum-ready algorithms. Onward to quantum While supercomputers tackle huge volumes of data at extraordinary speeds, quantum computers promise something more: solving problems that are practically impossible for even the biggest classical computers. Energy companies around the world are now investing in hybrid systems that combine quantum processors with traditional high-performance computing. This combination could unlock new ways to model complex chemical reactions, optimise power grids in real time, or predict maintenance needs across vast networks of pipelines and facilities. Quantum computing could also be a game changer for ambitions in nuclear fusion, the 'holy grail' of clean energy. Simulating the extreme physics inside a fusion reactor pushes classical computers to their limits - but quantum algorithms could help tackle challenges that stand in the way of viable commercial fusion. Across the sector, the implications are clear. From oil and gas majors to green energy pioneers, companies are investing heavily in digital twins, AI-powered reservoir modelling, and quantum pilot projects to refine exploration, cut emissions, and optimise trading operations. As global energy demand grows - and the push for net zero intensifies - supercomputers and quantum systems are fast becoming the unsung heroes behind the scenes. They're more than machines: they're the engines of a cleaner, smarter, and more sustainable energy future. Realities on the ground Last year Eni launched its new HPC6 system, which today ranks first in the world among supercomputers for industrial use, and the largest of any kind outside the US. It has a computing power of 606 PFlops peak (and 477 'sustained'), equal to over 600 million-billion complex mathematical operations per second. 'This is the sixth version of our HPC machine, and it has a huge amount of computational power,' says Pagani. 'The sheer power of the hardware is very important, and hardware can be provided by different suppliers according to the period, but what is even more important is having software that can perform as well as possible in this type of architecture.' He added: 'Therefore, in parallel with choosing the best hardware configurations that the supercomputing market can offer from time to time, we have been building highly specialised internal software skills to make best use of our computational power.' Eni is one of the few companies that has been building its machines rather than buying cloud computing services, which usually come from the United States. The code on which HPC6 runs started to be developed in the 1980s by Eni. Pagani says this is particularly important for Europe's energy security. 'My vision is that quantum computing could be very important for Europe, also to develop a new internet – a quantum internet,' he says. 'It's a new frontier where the EU can play a big role.' On datacenters, he says it's important for the EU to keep pushing for developing this type of technology and facilities in Europe to reinforce its data and computing sovereignty. Eni's Green Data Centre is a good example for the whole of Southern Europe of a highly efficient and continuously evolving asset whose capabilities can benefit not just Italy but our whole continent, he says. Green challenges However, there remains an irony that as much as supercomputing can help with the generation of energy, it is also a major energy user itself. So Europe's energy companies are also looking at ways to decrease the energy consumption of these facilities, even as the computing power increases. 'Our need was to have a significant internal capability in supercomputing, both hardware and software-wise', says Pagani. 'If you want to have this kind of capability, you first of all need to have your own 'house' for the supercomputer. We therefore decided in 2013 to realise our Green Data Centre, which has a very unique set of features. Since its construction, it's one of the most energy-efficient data centres in Europe and among the best for carbon footprint, because among its original requirements were high operational efficiency and minimisation of its environmental impact, placing therefore sustainability at the core of its design.' The challenge is that these supercomputers use a huge amount of power in a small space, which can be 10kw of power in just one square metre. As the supercomputers accelerate their computing power, innovation is necessary in the design to accommodate the space in an efficient way. Structures like Eni's Green Data Centre allow for refreshing the infrastructure as innovations are found to reduce energy use, even as the computing power increases. Partnerships This digital revolution is also fueling new partnerships. Many companies are now opening their computing power to startups, universities, and research labs to accelerate innovation across the entire energy ecosystem. The goal is to combine the expertise of data scientists, chemists, physicists, and engineers to tackle big challenges in renewable energy, energy storage, and emissions reduction. By opening advanced infrastructure to external researchers, the industry hopes to multiply breakthroughs - and prove that the energy transition will rely as much on bits and qubits as on barrels and wind turbines. But these companies are also asking policymakers for more support in making sure Europe is leading in this space, making the argument that it will improve Europe's energy security. [Edited By Brian Maguire | Euractiv's Advocacy Lab ]
ITV News
26-06-2025
- Health
- ITV News
Thousands of pounds worth of potentially life-threatening tablets seized as part of major operation
In just five months, the police seized 100,000 powerful fake anti-anxiety tablets that can be life-threatening. They are called pregabalin, although on the streets they are known as Belfast buds. The Health Minister, Mike Nesbitt, has described the drug as "widespread in society" and warned that the tablets seized have a "strength of 300mg" but "75mg is the normal dosage". "So even if that is genuine stuff and passes any kind of regulatory test, it's far, far too strong, and it's damaging people's lives up to the point of putting those lives at risk," he said. Hundreds of weight-loss kits, sold on the black market for up to £400, have also also been seized. They were discovered as part of a worldwide operation known as 'Pangea'; the police then carried out follow up searches and interviewed a number of suspects. "You're not just putting money in the pockets of people who are reckless with regard to your health and wellbeing, but also will be using that money to fund other criminal enterprises," warned the Justice Minister. Naomi Long added: "Do not play Russian roulette with your health because that's what you do. You take one of these pills, you do not know what you're taking. "It could be anything from rat droppings to rat poison that's in those tablets, and you're taking that into your body and putting your life at risk. It is not worth the risk." Want a quick and expert briefing on the biggest news stories? Listen to our latest podcasts to find out What You Need To Know.
Yahoo
05-06-2025
- General
- Yahoo
Zion museum's new temporary exhibit delves into research on end-Triassic extinction
SPRINGDALE, Utah () — A new, temporary exhibit featuring research on the Triassic and Jurassic periods is available at the Zion Human History Museum. It features research on geoscience and extinction, as well as a model phytosaur skull. The new exhibit will bring guests through the late Triassic period, the end-Triassic Extinction, and the beginnings of the Jurassic period, between 227 to 180 million years ago. This is the culmination of a seven-year research project involving scientists from all over. Dr. Celina Suarez, a geoscience professor at the University of Arkansas, led the team. The rocks at Zion National Park were key to this research, as they were used to study and understand the climate change that led to the end-Triassic Extinction. Two Utah campgrounds included in list of 50 Favorite Places to Camp in America Right Now: Hipcamp According to a press release from Zion National Park, Dr. Suarez and her team identified 'a spike in CO2 levels in the park's Moenave Formation.' Using this information, the scientists were able to pinpoint a rapid increase in volcanic eruptions that led to the supercontinent Pangea splitting. 'We've got to look at the geologic past and all these past events to understand where we're going in the future,' Dr. Suarez is quoted in a press release. 'If we can just get one or two people that come and visit Zion to understand that … I've done my job.' Alongside that discovery, which is mirrored in sites all around the world, Dr. Suarez and the team of scientists found that the CO2 spike would also cause wildfires and 'intense weather patterns' that led to the End Triassic Extinction, which wiped out 'approximately 80 percent of all marine and terrestrial species on Earth,' according to the release. 10 hikes with stunning wildflowers across Utah The new exhibit at the Zion History Museum was built on this research, and was created by a collaboration between scientists, artists, and partners. Zion National Park extends a special thanks to the Zion Forever Project, St. George Dinosaur Discovery Museum, the Utah Geological Survey and the National Science Foundation in their release. 'None of us could have done anything to this scale by ourselves,' Robyn Henderek, the park's physical scientist, is quoted. 'We all had a role to play in this process.' For more information about visiting this new exhibit, visit . Orangutan at Utah's Hogle Zoo expecting baby this month Trump and Musk feud escalates Tariff battle continues Zion museum's new temporary exhibit delves into research on end-Triassic extinction One person dead following accident on Highway 89 near Utah-Sanpete county line Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.
Yahoo
04-06-2025
- Business
- Yahoo
Pangea Named to Rising in Cyber 2025 List of Top Cybersecurity Startups
Selected by over 150 CISOs, recipients representing the most innovative cybersecurity startups to be recognized on NYSE trading floor tonight PALO ALTO, Calif., June 4, 2025 /PRNewswire/ -- Pangea, a leading provider of AI security guardrails, today announced its inclusion in Rising in Cyber 2025, launched by Notable Capital to spotlight the 30 most promising cybersecurity startups shaping the future of security. Unlike traditional rankings, Rising in Cyber 2025 honorees were selected through a multi-stage process grounded in real-world validation. Leading cybersecurity venture firms submitted nominations, and nearly 150 Chief Information Security Officers (CISOs) and senior security executives voted on the final list, highlighting the companies solving the most urgent challenges facing today's security teams. Pangea was selected for delivering the industry's most comprehensive AI guardrails, enabling organizations to secure employee AI use and ship secure AI applications faster. The company's AI Guardrail Platform delivers measurable value to security teams navigating today's complex threat landscape. The company joins a cohort that has collectively raised over $7.8 billion according to Pitchbook as of May 2025, and is defining the next era of cybersecurity across key areas like identity, application security, agentic AI, and security operations. "The demand for cybersecurity innovation has never been greater. As the underlying technologies evolve and agentic AI reshapes everything from threat detection to team workflows, we're witnessing a shift from reactive defense to proactive, intelligence-driven operations," said Oren Yunger, Managing Partner at Notable Capital. "What makes this list special is that it reflects real-world validation—honorees were chosen by CISOs who face these challenges every day. Congratulations to this year's Rising in Cyber companies for building the solutions that modern security leaders truly want and need." In celebration, honorees will be recognized today at the New York Stock Exchange (NYSE) alongside top security leaders and investors. "We are thrilled to receive this recognition from Notable Capital and its esteemed community of security leaders," said Oliver Friedrichs, Co-founder & CEO of Pangea. "This validates Pangea's commitment to pioneering the AI security market through continuous innovation. As AI continues to create new attack vectors and vulnerabilities, we remain dedicated to staying at the forefront, safeguarding our clients' digital assets while driving industry-wide transformation." Pangea's recognition follows new AI security product launches earlier this year designed to help customers defend against threats like prompt injection and sensitive information disclosure to large language models. Pangea serves a wide range of customers, from Fortune 100 companies to AI-native technology startups. To learn more about Rising in Cyber 2025, visit About PangeaPangea's AI Guardrail Platform empowers security teams to ship secure AI applications quickly and protect workforce AI use with the industry's most comprehensive set of AI guardrails, easily deployed via gateways or into applications with just a few lines of code. Pangea stops LLM security threats ranging from prompt injection to sensitive data leakage, covering 8 out of 10 OWASP Top Ten Risks for LLM apps, while accelerating engineering velocity and unlocking AI runtime visibility and control for security teams. For more information, visit or contact: press@ Media Contact: Growth Stack Media | 415-574-0738 View original content to download multimedia: SOURCE Pangea Cyber
Time Out
29-05-2025
- Entertainment
- Time Out
Mendoza sounds: 11 must-listen bands from Mendoza
This band offers songs blending Soul, Jazz, Funk, Rock, and Hip-Hop elements, with touches of Latin sounds. They started making waves in the underground scene in 2010, evolving with natural musical maturation and sound experimentation. Their first album with the stable lineup—Nawel 'Chino' Lim, Tomás Lazzaro, Francisca Figueroa, Ricardo 'Tapa' Quirós, and Quito Pithod—came out in 2015. Their catalog includes the self-titled Spaghetti Western and Pangea, plus singles like 'Tiembla,' 'Ir y venir,' and 'Mansa buena onda,' which explore reflection, empowerment, and celebration of Latin roots. Their latest releases 'La Cobarde' and 'Yarará' mark a new musical era. Fun fact: They recently kicked off a national tour with fellow Mendoza band Pasado Verde, promising nights full of dancing and excitement. In Buenos Aires, they will play at Niceto Club on 05/28 and Auditorio Oeste on 05/30.
