Music & Perception artwork by Robert Strati
Glimpses of applied research on Indian music & art (GARIMA)
GARIMA is an international meeting series organized by brainrhythm database, a joint effort by National Institute for Materials Science, Japan and University at Buffalo, USA in association with International Institute of Invincible Rhythms. Our first meeting would be on 19th March 2022, from 10.00AM to 5pm Indian standard time, IST.
Scroll below the speakers for the schedule of meeting. Register here
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Topics to cover:
Identifying the pattern of frequencies and musical features connected to brain disease and its relief. Is there a hidden grammar?
Inventing new musical instruments to incorporate both Indian music and biological rhythms
Studying human subjects with state-of-the-art technologies for a better understanding of the musical connection with emotion and perception.
Exploring geometric pattern of frequencies in Raga and mathematics embedded in the Indian music and art of various forms, anharmonic overtones.
Developing a scientific method for composing music: the role of language and perceptions of words, a perspective on sanskrit.
Please click on the name to learn more about the person. Speakers would present their key achievements in the sequence below, experiences and visions in a very short time (10-15 minutes), which we cannot learn from their publicly available lectures and literatures. Its a free conversation, no strict time limit.
Temporal architecture of notations in a Raga and engineering of vocal styles in Indian Raga
Portable neuroimaging of the recovery of consciousness following acute brain injury and the role of music
Biological zero shot learning, speech recognition, role of group delay and hierarchical organization of signals in cognition,
While working with autistic patients she discovered that different autistic patients require very different kind of music for healing.
Trying to understand why musical perceptions are different for different persons. Acoustic keys to musical emotions.
Apply ancient Hindu scriptures like Natyashastra, Chhandashastra and Vyakaranashastra in composing sanskrit songs, interested in applied artificial intelligence
Effects of music on emotions with and without lyrics, correlating brain's neural network with musical timbre, key and rhythm
Decision neuroscience, learning of the brain, human emotion and functional center activities of the brain.
Interested in inventing musical and characterizing instruments to map brain activity while performing art and music
Music based therapy for brain disorders, Schizophrenia, traumatic brain injury, Parkinson's disorder, and Neuropsychological disorder.
A sanskrit scholar who did his PhD on Vijayanagara empire, interested in multi-instrumental ensemble piece.
Multifractal analysis of frequency responses in the musical architecture. non-linear brain dynamics
Studying the deep structure of Indian Ragas and their representation as semi-lexical languages – a study which is expected to highlight the creative liberty in Indian Classical Music from a cognitive perspective
A neuroscientist, interested in memory and learning disorder. Contributed in neurodegenerative disorders such as Alzheimer's disease (AD), Huntington's disease (HD) and Parkinson's disease.
Interested in understanding relation between speech, emotion and language for Rabindra Sangeet and Classic music