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Brain development, neurochemical changes can lead to formation of new species
Rhagoletis pomonella, commonly known as the apple maggot fly, provided the researchers with a unique opportunity to study a system currently forming a new species. -
New hypothesis for evolution of different species
Bengaluru: Factors such as new environments, climates, competition, and habitats are known to lead to the formation of different species. However, the changes that individuals undergo during evolution are still an area of study.
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Bengaluru researchers propose new evolution theory
The researchers studied fly species in Bengaluru, where they tried to find if changes in their brains could encourage them to further evolve.
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No Human Could Do That: Is AI Becoming Too Alien?
Computers are solving problems no human could ever decode — and in ways that feel distinctly nonhuman to us. Should we embrace or rethink the strange intelligence of machines?
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India's first digital feather library project is flying
The one-of-a-kind virtual repository of plumage documents the subcontinent's 1,000-plus species of birds
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University of Manchester delegation to visit India for joint collaboration in education
The visit underlines the key role of India to Manchester’s ambition to develop global solutions to global problems.
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University of Manchester to collaborate with IIT Kharagpur and Tata Research Centre to contribute to cancer research
The
University of Manchester is collaborating with several Indian institutes, medical research centres and corporates to boost initi -
No human could do that: Is AI becoming too alien?
Computers are solving problems no human could ever decode — and in ways that feel distinctly nonhuman to us. Should we embrace or rethink the strange intelligence of machines?
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Yeast, vesicles and genome duplication – A model for understanding eukaryotic evolution
Researchers at NCBS gain key insights into the role of whole genome duplication in the evolution of the vesicle trafficking system
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New hypothesis for evolution of different species!
Rate of brain development and changes in neurochemicals can lead to the formation of new species.
