Test & Measurement

Modern warfare has exposed a crucial vulnerability: advanced counter-drone systems can be neutralized by electronic warfare (EW) attacks. No longer just a technical issue, electromagnetic resilience has become a strategic imperative. As drone technologies evolve—integrating hardened communications and jamming-resistant guidance, such as Ukraine’s fiber-optic-controlled drones—defensive systems must now do more …

From Diagnostic Blindness to Molecular Precision For decades, early-stage cancer detection and monitoring of treatment-resistant diseases were plagued by critical technological limitations. Traditional genetic testing methods, including Sanger sequencing and even early PCR-based diagnostics, were limited by poor sensitivity—often requiring more than 20–30% mutant allele frequency to detect a mutation. …

As near-peer adversaries aggressively expand their electromagnetic warfare capabilities, the U.S. Air Force is racing to future-proof its dominance across contested domains. At the heart of this effort lies the REFLECT (Radio Frequency Electronic Warfare Focused Laboratory Evaluations of Critical Technologies) program—an ambitious, multi-million-dollar initiative launched by the Air Force …

Introduction: The Growing Necessity of Cyber Resilience In today’s hyperconnected world, where digital infrastructure underpins everything from financial systems to critical healthcare operations, cyber resilience has emerged as a strategic imperative. While traditional cybersecurity measures aim to prevent breaches, cyber resilience emphasizes an organization’s ability to withstand, respond to, and …

Unlocking the Atomic Dance: How Quantum Microscopy is Redefining the Future of Advanced Materials Quantum microscopy reveals ultrafast atomic and electronic motion in real time — opening the door to next-generation superconductors, quantum chips, and atom-engineered materials. A New Window Into the Invisible World of Atoms In the hidden world …

Illuminating Health: Biophotonic Sensors Transforming Medicine Through Light How photons are revolutionizing diagnostics — enabling faster, non-invasive, and intelligent healthcare powered by light. Biophotonic sensors and systems are rapidly transforming how we approach medical diagnostics, disease detection and biological research. These innovative optical devices offer real‑time, non‑invasive and highly sensitive …

3D AI-Based Automated Optical Inspection: The Future of Smart ManufacturingAI-driven 3D inspection systems are redefining precision, efficiency, and quality in modern manufacturing. In today’s fast-paced manufacturing landscape, where precision, speed, and scalability are crucial, the integration of artificial intelligence (AI) and advanced imaging technologies is transforming quality control like never …

A groundbreaking third-party study conducted by researchers at York St. John University in York, England, has validated the extraordinary capabilities of Base Molecular Resonance™ (BMR) technology, heralding a new era in security, public safety, and medical diagnostics. The peer-reviewed findings, published this month, reveal that BMR operates with 100% accuracy—demonstrating zero false positives …

On July 10, 2024, the U.S. Army took a leap into the future of combat engineering during the Sandhills Project 3.0 exercise at Fort Liberty, North Carolina. Designed as an innovation experiment, this project brought together cutting-edge robotics and drone systems to explore how autonomous technologies can transform large-scale combat …

Dark Matter Detectors: The Quantum Frontier Illuminating the Universe’s Invisible Web Scientists worldwide are pushing the limits of quantum sensing and cryogenic technology to unveil dark matter — the hidden mass that holds the universe together. Our universe contains a profound mystery that has puzzled scientists for decades – the …