EEG and Quantum Circuit Correlation Dataset: Subjectivity-Quantum Study

This dataset was generated for a study investigating nonlocal correlations between human EEG signals and quantum computational outcomes.Participants performed a series of tasks while EEG was recorded, and quantum circuits were executed on a cloud-based quantum computer (Rigetti Ankaa-3).The main objective was to evaluate whether statistically significant correlations exist between specific EEG features and quantum measurement results, as part of research on the intersection between subjectivity and quantum processes. Contents: Raw EEG data for each participant Jupyter notebooks for individual analysis The exact quantum circuit notebook used in the experiment An Excel file summarizing all correlation results (correlation_results_all.xlsx) Note: Raw EEG data and analysis notebooks for intersection experiments are not included in this release. Only the main correlation results for those experiments are provided. All data and code are provided for non-commercial, academic research and educational use only. See the included README.md for full directory structure, file descriptions, and license.