आयआयटी मुंबईद्वारे विकसित नवीन डीप-लर्निंग फ्रेमवर्क SpADANet (स्पाडानेट) मर्यादित लेबल्स वापरूनही अनेक चक्रीवादळांमधील संरचनात्मक नुकसान अधिक अचूकपणे वर्गीकृत करू शकते.
Researchers studied how the electrical and optical behaviour of a sheet of molybdenum disulfide (MoS2) changed with temperature and explored the role of imperfections in its electrical and optical properties.
IISc researhers have developed a Natural Resource Rich Regions ranking method to identify and rank areas rich in natural resources, crucial for effective conservation and sustainable development.
New research reveals that a unique Indian skink species arrived on the subcontinent by rafting across the ocean from Southeast Asia millions of years ago, a journey made possible by fluctuating sea levels.
New research compares two methods for keeping spacecraft in stable halo orbits near Earth Lagrange Point L1, finding the best approach depends on how much the spacecraft is nudged off course.
Forest gain from 2015 to 2019 is in fragmented patches, reveals a study conducted using a new framework designed by IIT Bombay and SASTRA Deemed University.
बड़े एवं अखंड वन पारिस्थितिक रूप से स्वस्थ होते हैं एवं जैव विविधता को समृद्ध करते हैं। ये प्राकृतिक एवं मानव-निर्मित बाधाओं का प्रतिकार कर सकते हैं तथा स्वयं को पुनर्जीवित कर सकते हैं। अखंड रूप से आच्छादित ये वन दीर्घकालिक सामाजिक-आर्थिक लाभ प्रदान करते हैं। इसके विपरीत, खंडित रूप से वितरित वन, पौधों तथा जानवरों के अस्तित्व एवं जानवरों के आवागमन को बाधित करते हैं; उद
अखंड मोठ्या वनांचे पर्यावरणाच्या दृष्टीने अनन्यसाधारण महत्व असते. जैवविविधतेची समृद्धी जपणारी वने नैसर्गिक किंवा मानवनिर्मित धोक्यांसमोर तग धरू शकतात आणि आपली आपण परत वाढू शकतात. या प्रकारची वन क्षेत्रे सलग आणि अखंड असतील तर त्यांचे सामाजिक-आर्थिक लाभ दीर्घकालीन असतात.
Researchers explored the differences between a person solving a logical problem and one facing a moral dilemma by tracking people's eye movements as they tackled these kinds of problems.
An AI-powered robotic system, Polybot, has successfully automated the complex process of creating highly conductive and defect-free electronic polymer films, paving the way for faster material discovery and manufacturing.
Study shows how the structure of the networks that quantum particles travel through affects their properties, like coherence. Could lead to better designs for quantum devices.