NeuroResonance
Exploring the brain through electromagnetic resonance patterns
Welcome to NeuroResonance, the comprehensive brain database developed by Dr. Pushpendra Singh, currently working at the Sapiotectronics Lab, IKSMHA Centre, IIT Mandi, in collaboration with Dr. Anirban Bandyopadhyay at the Research Center for Materials Nanoarchitectonics (MANA) at NIMS, Japan. Our platform integrates multi-scale electromagnetic data from molecular structures to whole brain- body networks, revolutionizing how researchers understand neural dynamics. Through advanced dielectric modeling, clocking architectures, and high-frequency signal analysis, we provide unprecedented insights into brain function across wide frequency domains. Join us in bridging cutting-edge technology with neuroscience to unlock the mysteries of consciousness, cognition, and human potential.
How to access the database?
The data that are available already on this website, the visitors could download it under the creative commons license.
Please open www.brainrhythm.org <http://www.brainrhythm.org> Go to brain---brain components (do not click on brain components, but to its left there is a down arrow, click on it all brain component list would open)------select the component whose data you want to download--login to a Gmail account----apply for accessing----we would authorize from our own server----the user get an automatic email to access the data--- they can click from their email and download, entire page would be visible.
Types of brain data
Simulation Data
Experimental Data
Clocking Map Data
Functional Data_ EEG and DDG
Quantum Computer_Optical Vortex
Protein & Complex
Human Subject Study
Future Enhancement_ Medical Applications
NeuroResonance Database
NeuroResonance Database brings together valuable brain information, useful research tools, and expert knowledge in one place. Researchers can use this resource to better understand how the human brain works. Our database offers reliable methods and data that researchers around the world can access to advance their work and make new discoveries about the brain.
About us