Category: Nanomaterials

Nanomaterials, engineered at a scale invisible to the naked eye, are quietly revolutionizing multiple industries around the world. From improving product performance to enabling entirely new functionalities, these tiny structures are influencing how goods are manufactured, used, and maintained. As scientific research continues to uncover unique properties of materials at the nanoscale, their applications are

Shifting priorities in everyday sun care For decades, sunscreen was valued primarily for its ability to block harmful ultraviolet radiation. Early products fulfilled that role but often at the expense of elegance and everyday appeal. In recent years, the interplay between material science and cosmetic expectation has driven a noticeable shift: sun protection that performs

Nanoparticles are reshaping conversations in medicine, imaging, and biotechnology. Tiny by everyday standards but complex in how they interact with living systems, these engineered materials present fresh opportunities — and fresh puzzles — for researchers, clinicians, and regulators. Central to those discussions is pharmacokinetics, the study of how a substance is absorbed, distributed, metabolized and

From the clothes we wear to the screens we swipe, nanotechnology is becoming an invisible but influential ingredient in everyday life. By manipulating structures at extremely small scales, scientists and manufacturers are tuning materials so they behave in new and useful ways — surfaces that repel water, fabrics that sense movement, composites that combine lightness

Nanotechnology in food — often called nano-foods — is about controlling structures at extremely small scales to change how ingredients behave, how nutrients are delivered, and how food is stored and consumed. Many of the techniques build on familiar food science (emulsions, encapsulation, coatings), but making those structures deliberately nanoscale opens new practical possibilities across

Solar energy is widely seen as a key element in modern energy systems, but practical hurdles remain as designers and manufacturers work to make photovoltaic technology more efficient and affordable. One promising direction gaining attention among researchers and engineers is the use of nanostructures to change how light interacts with solar materials. By shaping surfaces

Nanotechnology has quietly shifted from a niche research topic into a broad enabling force for materials and manufacturing. By manipulating matter at extremely small scales, scientists and engineers can tune properties such as strength, conductivity, repellency, and flexibility in ways that were previously difficult to achieve. The result is a wave of subtle but meaningful

Nanotechnology — the science of manipulating materials and structures at extremely small scales — is steadily reshaping products found in homes, workplaces, and public spaces. Once considered futuristic, nano-enabled solutions now appear across industries, often without drawing attention to themselves. People encounter them through improved durability, enhanced cleanliness, better electronic performance, and advanced medical applications,

Invisible to the naked eye yet active across continents, environmental nanoparticles and colloids are quietly shaping the behaviour of air, water, and soil. These tiny particles originate from natural geological processes, biological activity, and atmospheric events, influencing how contaminants travel, how nutrients cycle, and how ecosystems respond to change. As global environmental concerns intensify, scientists