Is traditional chromatography holding back scientific progress? See how 3D printing is making chemical separation faster, more precise and cost-effective.
Could the future of denim be greener? Scientists have discovered a sustainable way, harnessing enzymes and light, to revolutionise denim production.
Could reality itself be information-based? Explore how scientists use functional information to unlock mysteries across biology, physics, and technology.
Scientists have found a way to make solar panels cheaper, more efficient, and longer-lasting. Could this be the future of renewable energy?
How can we tackle the microplastic threat in water? A microrobot can remove microplastics even in low sunlight conditions, offering a potential solution.
Transforming global health demands smart chemistry, addressing urgent health challenges through innovative, durable medical solutions and devices.
Molybdenum disulfide, a versatile 2D material, shows unexpected cardiotoxicity in developing vertebrates, highlighting the need for safer nanomaterial designs.
What can quantum chemistry contribute to understanding the telomere hypothesis of aging? It unveils hydrogen-bonding patterns and structure-function insights.
Self-moving droplets mimic life, reacting to chemicals and converting energy, potentially leading to adaptive materials and new technologies.
Could thermal initiators in 3D printing revolutionise the industry? This method promises cost savings and enhanced safety for a range of applications.