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Thermal, Propulsion & Energy

The Fusion Frontier: Global Race for Star Power and Strategic Dominance (2025 Update)

The race to harness nuclear fusion, often dubbed the “holy grail” of energy, is intensifying on a global scale. Fusion promises not only an unlimited source of clean and cheap energy but also holds the potential to reshape the strategic balance of power. Countries around the world are investing heavily …

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Geothermal Power Market Outlook (2025–2034): Igniting the Earth’s Inner Fire for a Sustainable Energy Future

Geothermal Power Market Outlook (2025–2034) Geothermal energy—once seen as a niche renewable—has entered a new era of global relevance. From next-generation drilling and heat exchange technologies to substantial investment surges and strategic defense deployments, the market is undergoing a transformative expansion. Global capacity is projected to reach 24 GW by …

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The Silent Revolution: Powering the Battlefields of Tomorrow

    Introduction: The Electric Battlefield Imperative Modern warfare is entering an era where electrification isn’t just a technological upgrade—it’s a decisive force multiplier. With the proliferation of AI-enhanced command centers, directed-energy weapons, next-gen sensors, and autonomous platforms, energy consumption on the battlefield is rising exponentially. Traditional 28V DC architectures, …

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The Fuel Revolution Reshaping Global Shipping: 2025’s Cutting-Edge Solutions for a Net-Zero Future

  The maritime industry stands at an inflection point. With the International Maritime Organization’s (IMO) binding net-zero framework now approved, and over 1,300 liquefied natural gas (LNG) vessels retrofitted and operational globally, the race to decarbonize has moved from policy ambitions to on-the-water execution. As penalties from FuelEU Maritime begin …

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The Aerodynamic Renaissance: How Computational Science and Suction Technology Are Revolutionizing Modern Sails

Global shipping is the backbone of international trade, enabling the movement of over 80% of the world’s goods. Yet as demand for maritime transport grows, so does its environmental footprint. The shipping industry currently accounts for nearly 3% of global greenhouse gas emissions—a figure projected to rise without decisive intervention. …

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Beyond Jet Fuel: How Cryogenic Hydrogen-Electric Propulsion is Paving the Way for Net-Zero Skies

The roar of jet engines may soon give way to the near-silent hum of hydrogen fuel cells. Aviation, which currently contributes around 4% of global warming and is projected to add approximately 0.1°C of temperature rise by 2050, is undergoing a pivotal shift. The answer may lie not in biofuels …

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The Bio-Manufacturing Revolution: DARPA’s SWITCH to Reprogram America’s Defense Supply Chains

The U.S. Department of Defense (DoD) faces a strategic vulnerability that runs deep through its logistics systems—petrochemicals. These petroleum-derived carbon molecules underpin nearly every facet of military operations, from jet fuel and explosives to life-saving medicines, textiles, and polymers used in protective gear. Yet, more than 80% of these crucial …

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Space Propulsion Market: Growth Trajectory, Innovation Trends & Strategic Outlook (2025–2030)

The global space propulsion market is entering a new era, poised to catapult from $10.2 billion in 2024 to $38 billion by 2032, expanding at a CAGR of 15.9%. The global space propulsion market is poised for robust expansion, projected to grow from USD 10.21 billion in 2024 to USD …

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The Low-Power Revolution: Powering the 21st Century Soldier with Man portable military systems

The modern soldier is being reimagined not just as a combatant but as a highly mobile, adaptive, and networked battlefield asset. The vision for the future warfighter revolves around full combat effectiveness paired with enhanced situational awareness, information assurance, and sustainability. To meet these demands, today’s dismounted soldier is equipped …

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Beyond Moore’s Law: How Wafer-Scale Computing is Revolutionizing Energy Research Efficiency

  For decades, the pace of computing advancement has been measured by Moore’s Law—the observation that the number of transistors on a chip doubles every two years. Yet, as computational power has surged, energy efficiency has lagged dangerously behind. The mismatch has grown stark in high-performance domains like energy research. …

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