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A novel integrated methodology leveraging holography and machine learning for understanding cloud–aerosol interactions

Cloud-aerosol interactions remain one of the largest uncertainties in climate predictions due to the complex role of aerosols as cloud condensation nuclei (CCN), influencing warm rain formation and the Earth's radiative balance. To understand their e

Section: Engineering Sciences (Research Project)

Paleo-oceanographic implications of micro-faunal assemblage from upper Jurassic beds of Kachchh, Gujarat

The Mesozoic sequence of Kachchh has long been known to geoscientists because of its rich and exceptionally well-preserved fossil fauna. The mega invertebrates have been studied by several workers viz. cephalopods by Waagen (1873-75), Spath (1919, 19

Section: Earth, Atmosphere & Environment Sciences (Research Project)

Development of a closed loop approach for enhanced conversion of agro-residues to liquid hydrocarbons using multifunctional pyrolysis-derived porous graphitic carbon catalyst

At COP26 climate summit, India has set the target of achieving Net Zero carbon emissions by 2070. Rapid industrial growth, population rise and urgent need for a low-carbon economy make it crucial to embrace sustainable development, pressing the need

Section: Engineering Sciences (Research Project)

Investigating the role of novel ubiquitin ligases in warm ambient temperature-mediated suppression of disease resistance in Arabidopsis thaliana

Temperature is a critical environmental cue that regulates plant growth and adaptation. Warm ambient temperature promotes plant growth by accelerating vegetative and reproductive transitions while strongly compromising plant immunity, increasing dise

Section: Life Sciences & Biotechnology (Research Project)

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A novel integrated methodology leveraging holography and machine learning for understanding cloud–aerosol interactions

Paleo-oceanographic implications of micro-faunal assemblage from upper Jurassic beds of Kachchh, Gujarat

Development of a closed loop approach for enhanced conversion of agro-residues to liquid hydrocarbons using multifunctional pyrolysis-derived porous graphitic carbon catalyst

Investigating the role of novel ubiquitin ligases in warm ambient temperature-mediated suppression of disease resistance in Arabidopsis thaliana

विज्ञान एवं प्रौद्योगिकी विभाग

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A novel integrated methodology leveraging holography and machine learning for understanding cloud–aerosol interactions

Paleo-oceanographic implications of micro-faunal assemblage from upper Jurassic beds of Kachchh, Gujarat

Development of a closed loop approach for enhanced conversion of agro-residues to liquid hydrocarbons using multifunctional pyrolysis-derived porous graphitic carbon catalyst

Investigating the role of novel ubiquitin ligases in warm ambient temperature-mediated suppression of disease resistance in Arabidopsis thaliana

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