Automated analysis of microscopic images offers a powerful new tool for predicting and managing under-deposit corrosion in critical industrial systems.

Researchers combine weather forecasts, satellite soil moisture data, and a computer simulation for efficient irrigation water management at district and sub-district scales.

The team built a computational model that revealed how a simple force travelling along the snake can replicate the complex movement of the S-start motion, revealing deeper insights and hinting at evolutionary connections.

New study reveals a strong link between air pollution during pregnancy and higher risks of low birth weight and preterm birth across India, especially in the northern regions.

New research in Bengaluru reveals that unchecked urban growth, replacing natural landscapes with concrete, dramatically intensifies urban heat islands, underscoring the critical need for green spaces and water bodies to maintain livable temperatures.

A unique material, chromium antimonide (CrSb), defies conventional rules by conducting electricity like two different materials in one, dominated by electrons in one direction and holes in another, a phenomenon called DDCP.

A new study showed that magnetic flux cancellation and reconnection drive the recurrent fan-shaped jets in the Sun's chromosphere.

Researchers conducted extensive field surveys in Arunachal Pradesh, India, specifically in the Tale Valley Wildlife Sanctuary, Tiwarigaon, and Namdapha National Park, to gain a deeper understanding of the elusive Gracixalus frogs. 

A new study found that while India’s east coast, with its vast river deltas, might have a slight edge in adapting to changing conditions in the short term, both coasts face serious threats.

New research sheds light on how electrons interact with the innate vibrations within DNA molecules, known as phonons, which could be harnessed for future technologies.