Biotech & Synthetic Biology

  Introduction: The New Diagnostic Revolution Biosensors have garnered attention for their potential to address a wide array of biomedical and public health issues. These include early disease diagnosis, identification of drug-resistant organisms, detection of emerging epidemics, and identifying low-concentration toxins and pathogens in food and water. However, the road …

As the world accelerates its transition to clean energy, hydrogen has emerged as a cornerstone of decarbonization strategies—particularly in hard-to-electrify sectors like steelmaking, shipping, and heavy transport. However, the majority of today’s hydrogen is still produced from fossil fuels through carbon-intensive processes like steam methane reforming, known as “grey hydrogen.” …

The human body operates as a highly sophisticated network of light-sensitive processes, where biophotonic interactions govern everything from cellular signaling to neural communication. By tapping into this natural affinity for light, researchers have unlocked groundbreaking possibilities in medical diagnostics and treatment. Lithium niobate photonic chips, for instance, are now enabling …

The Quantum Leap in Medical Sensing Quantum biosensing is no longer confined to theoretical physics—it has stepped into real-world clinical relevance. By leveraging principles like quantum superposition and entanglement, these novel sensors can detect biological phenomena with extraordinary sensitivity, bypassing the noise limitations inherent in classical sensors. Quantum biosensors are …

For millennia, the question “Are we alone?” echoed unanswered across civilizations. Today, scientific progress is bringing us closer than ever to an answer. Astronomers are now probing distant worlds for signs of life, not through imagined messages from intelligent species, but by decoding the chemistry of alien atmospheres. Molecules like …

Bloodstream infections (BSIs) remain one of the deadliest complications in trauma care—particularly in combat environments where gunshot wounds, burns, and blast injuries create the ideal conditions for bacterial and fungal pathogens to thrive. Traditional treatments rely on pathogen identification and delayed antibiotic administration, a reactive model that often proves fatal …

Imagine a toddler gleefully stacking blocks while wearing a colorful helmet, completely unaware she’s offering scientists the clearest picture ever captured of her developing brain. This isn’t a scene from a sci-fi movie—it’s today’s reality, made possible by a seismic shift in neuroimaging powered by wearable technologies. The age of …

  At the cutting edge of quantum science lies a paradox. X-rays offer unmatched atomic-level resolution, yet their extreme energy and penetrative properties make them notoriously difficult to manipulate using conventional optical tools. Today, this limitation is rapidly being dismantled. With the rise of advanced quantum engineering, X-rays are no …

We are undoubtedly living longer today than ever before, but medicine is no longer content with simply extending life—it now aims to enhance the quality of those additional years. Rather than chasing immortality, we’re focusing on extending healthspan—the years of vibrant, disease-free life.  A new generation of scientists, physicians, and …

Introduction: In a world where the quest for eternal youth has captured the imagination of countless generations, advancements in science and technology are bringing us closer than ever to unlocking the secrets of ageing. Anti-ageing technologies and therapies have emerged as a beacon of hope for those seeking to defy …