Researchers have analysed the rise of antibiotic resistance over the last 20 years in the UK and Norway, highlighting that antibiotic use is not the only factor in the increase.

A new research has revealed that the manner in which our brain learns things is different and better than the way artificial systems learn. This insight may help AI developers to develop better learning algorithms in their systems.

A new study reveals a novel approach using titanium dioxide and visible light to efficiently produce sulfur-containing heterocyclic compounds. This innovative method holds promise for revolutionizing the chemical and pharmaceutical industries, offering a sustainable and cost-effective alternative for producing complex organic materials.

A new follow-up study has revealed that a sedentary lifestyle during a person’s childhood to young adulthood phase can lead to a build-up of body fat and abdominal fat. It further adds that light physical activity can help to reverse the obesity condition in such people.

Researchers have revealed that the digital twin technology could be used for personalizing the treatment of patients suffering from brain tumors. The impact of this technology could be revolutionary for the healthcare sector.

A comprehensive review of ancient CO2 levels and temperatures highlights the long-term impact of greenhouse gases, with current levels last seen 14 million years ago, signaling a critical need for climate action.

Groundbreaking MIT research has the potential to revolutionize how ultrathin, two-dimensional materials are integrated into electronic devices. The scientists use a novel technique that maintains their pristine quality and maximizes their extraordinary electrical and optical properties.

Researchers at The Ohio State University have made a breakthrough in understanding why leishmaniasis lesions are painless, uncovering potential pathways for non-narcotic pain medication development. Their findings not only deepen knowledge of the disease affecting a million new patients annually but also opens doors to new pain management therapies.

A new paper by scientists has focused on studying the organisms in the ocean in the background of climate change. The paper suggests a new approach for understanding the impact of climate change on marine ecosystems.

US scientists have developed “Anthrobots,” tiny robots made from human tracheal cells, capable of moving and stimulating neuron growth in damaged areas in lab settings. These cell-based robots, varying in size and shape, are self-assembling and demonstrate healing properties, advancing the field of regenerative medicine.