Consciousness Research: Exploring the Neural Foundations of Mind
A consciousness research lab investigating brain network dysfunctions, neural enhancement, and developing practical BCI applications for understanding the mind.
A consciousness research lab investigating brain network dysfunctions, neural enhancement, and developing practical BCI applications for understanding the mind.
Follow the journey of consciousness research and BCI development. Read about personal insights into severe OCD, research updates, and breakthrough discoveries.
Learn consciousness coding with real EEG data and practical applications in neurotechnology research.
Investigating the neural mechanisms underlying consciousness and cognition
Investigating how alterations in neural networks (e.g., salience network) contribute to sensory processing differences in autism spectrum disorder and obsessive-compulsive disorder.
Exploring technological interventions to modify states of consciousness, enhance cognitive performance, and optimize mental well-being through advanced BCI applications.
Making consciousness research and neurotechnology education accessible to everyone, breaking down barriers to understanding the mind.
Welcome to IchiZen Labs.
My name is Binuri, and I'm a 23-year-old medical student on a mission to become a solo researcher in brain-computer interfaces (BCI). IchiZen Labs is my home-based lab, a testament to the idea that you don't need a massive grant or a university affiliation to start exploring the frontiers of the human brain. By supporting IchiZen Labs, you're not just buying a course or donating; you're helping prove that independent, open science is a viable path forward.
Thank you for being part of the journey.
# Consciousness research pipeline
import consciousness_tools
study_networks = True
enhance_cognition = True
democratize_knowledge = True
if all([study_networks, enhance_cognition,
democratize_knowledge]):
advance_consciousness_science()
# Welcome to the future of mind research
A Practical Guide to BCI for Consciousness Research
This practical self-study package teaches consciousness neuroscience through real EEG coding projects using Python and MNE-Python. Students work through three progressive modules with hands-on Jupyter notebooks: analyzing alpha suppression during mental arithmetic tasks, building automated sleep stage classifiers using power spectral analysis, and creating motor imagery BCIs that decode left/right hand intentions from mu rhythm patterns.
Each module includes real datasets (EEGMAT, Sleep-EDF, EEGBCI), step-by-step code explanations, and complete implementations from raw data loading through preprocessing, feature extraction, classification, and results interpretation.
Interactive coding environments with complete implementations for each module
Detailed step-by-step explanations of every code implementation
Basic Theory, Advanced Theory, and Terminology references
Complete Bundle
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Your donation advances BCI research, consciousness studies, and OCD advocacy. Every contribution makes a difference.
Fund equipment and software for cutting-edge brain-computer interface studies
Support investigations into neural mechanisms of consciousness
Advance understanding and treatment of obsessive-compulsive disorder
Support independent consciousness research with a secure bank transfer
Beneficiary Name
Binuri Beneragama
Bank Name
Bank of Georgia
Account Number
GE47BG0000000541726631USD
GE47BG0000000541726631EUR
SWIFT/BIC Code
BAGAGE22
Reference
"Research Donation"