Rajesh Uppal
September 6, 2025 Manufacturing, Space Technology, Defense & Exploration
1,432
3D Printing in Space: How In-Orbit Manufacturing is Changing Exploration and Defense Discover how space-based 3D printing is revolutionizing exploration and military security, building the future layer by layer. The space frontier is evolving rapidly—and so is the way we build for it. As humanity prepares for deeper and longer …
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Rajesh Uppal
September 5, 2025 Photonics, Quantum
67
DARPA’s Quantum Laser: A New Era in Military-Grade Photonics Harnessing quantum entanglement, DARPA’s next-gen laser promises unmatched stability, precision, and resilience — redefining the future of defense and communication. Introduction DARPA’s groundbreaking project to develop a military-grade quantum laser represents a significant leap forward in laser technology. Unlike conventional lasers …
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Rajesh Uppal
September 5, 2025 AI & IT, Unmanned & Autonomous Systems
225
DARPA’s AIR Program: AI Redefining the Future of Air Combat DARPA’s AIR initiative is creating AI co-pilots that can adapt, scale, and team with humans — transforming how the skies will be fought and won. Introduction: The Autonomous Combat Imperative The future of aerial warfare is being rewritten by artificial …
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Rajesh Uppal
September 4, 2025 Industry & Market Dynamics, Manufacturing, Material, Mechanical
40
Executive Summary The global organic substrate packaging material market is on a steady growth trajectory, driven by the rapid expansion of portable electronic devices and advanced semiconductor technologies. The global organic substrate packaging material market size is calculated at USD 16.47 billion in 2025 and is forecasted to reach around …
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Rajesh Uppal
September 4, 2025 AI & IT, Test & Measurement
499
DARPA’s ANSR Program: The Future of Trustworthy AI in Defense Merging neural networks with symbolic reasoning, DARPA’s ANSR program is redefining AI for military autonomy with transparency, safety, and trust. Introduction: Artificial Intelligence (AI) has evolved rapidly, propelling machines to match or surpass human intelligence in various tasks. Within the …
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Rajesh Uppal
September 4, 2025 AI & IT, Thermal, Propulsion & Energy
43
Building the Future of AI Sustainably: Shared GPU Infrastructure in Green Data Centers How suburban green data centers and shared GPU services are reshaping AI—delivering cost savings, cutting carbon, and accelerating innovation. Introduction: The AI Boom and Its Hidden Costs As artificial intelligence (AI) becomes the backbone of innovation across …
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Rajesh Uppal
September 3, 2025 AI & IT, Space Technology, Defense & Exploration
58
Introduction The ANGSTRM project is an ambitious initiative by U.S. Space Force researchers aimed at revolutionizing memory technology for military space and strategic systems. By combining advanced radiation hardening techniques with state-of-the-art CMOS and memory technologies, the project seeks to scale memory density far beyond what is possible with a …
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Rajesh Uppal
September 3, 2025 Electronics & EW, Human & Soldier Systems
3,381
In modern warfare, dominance isn’t just about firepower—it’s about controlling the electromagnetic spectrum. Militaries worldwide are increasingly fielding portable manpack electronic warfare (EW) systems, enabling soldiers to detect, deceive, and disrupt enemy communications, drones, and radar systems while on the move. These compact yet powerful devices are revolutionizing battlefield tactics …
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Rajesh Uppal
September 3, 2025 Material, Thermal, Propulsion & Energy
1,694
Heat-to-Power Technology and Thermoelectrics: Turning Waste Heat into Tomorrow’s EnergyFrom powering wearables with body heat to fueling spacecraft, thermoelectrics are recycling wasted heat into clean, reliable power. Introduction In the quest for sustainable and efficient energy solutions, heat-to-power technology and thermoelectrics (TEs) are emerging as promising contenders. These technologies leverage …
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Rajesh Uppal
September 2, 2025 Industry & Market Dynamics, Mechanical, Thermal, Propulsion & Energy
39
Introduction Every year, over 100 billion metric tons of bulk materials—equivalent to two-thirds the mass of Mount Everest—are transported around the globe using traditional conveyors and trucks. In today’s fast-paced, environmentally conscious world, achieving net zero emissions requires a radical transformation of supply chain processes. Bulk material handling technology is …
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