A team of researchers led by Hebrew University has developed a groundbreaking method that dramatically enhances quantum system stability. Published  in Physical Review Letters, their work overcomes quantum technology’s greatest challenge—noise-induced decoherence—through an ingenious solution that turns noise into an advantage. The Challenge of Noise in Quantum Systems Quantum technologies …

The Russia-Ukraine war has become a proving ground for next-generation warfare, where robotic systems are being deployed not only to gain tactical advantages and reduce casualties but also to navigate the complexities of entrenched, high-intensity combat. While Ukraine’s so-called “army of robots” initiative has garnered global attention for its rapid …

The Middle East has long been a hotspot for geopolitical tensions, with Iran and Israel often at the center of conflicts shaping the region’s landscape. As hostilities between the two nations escalate, a closer examination of their military capabilities reveals the strengths and strategies that define their power dynamics. Historical …

In the vast world of therapeutics, medicines are often categorized as small-molecule or large-molecule drugs, each with unique characteristics and applications. Small-molecule drugs, the unsung heroes of modern medicine, are organic compounds with low molecular weight. They can easily penetrate cell membranes and are designed to trigger specific biological processes. …

In the clandestine theater of counter-terrorism, a silent revolution is reshaping how threats are detected, tracked, and prosecuted. Forensic DNA technology—once a tool confined to cold case murder investigations—now plays a pivotal role in the global effort to dismantle terror networks. As terrorist organizations evolve with new tactics and transnational …

Cyber warfare refers to the strategic use of technology to attack nations, governments, or individuals, causing disruption and damage comparable to traditional warfare. Over the years, it has evolved into a complex battleground where both state and non-state actors deploy sophisticated cyber weapons to compromise critical infrastructure such as power …

Introduction Microfluidics has emerged as a transformative technology, enabling precise manipulation of fluids at the microscale. Its integration with BioMEMS (Bio-Micro-Electro-Mechanical Systems), artificial intelligence (AI), and multi-modal biosensing has revolutionized biomedical applications, including synthetic biology, drug discovery, and point-of-care (POC) diagnostics. Recent advancements in microfabrication techniques, such as single-mask photolithography, …