Technological Transformations, Formation of GMS (Global Mental System) and GFS (Global Forecasting System) —“Right-Brain Technologies” Based on Biological Entities with Consciousness, Artificial Intelligence, Quantum Computing, and Blockchain: “Banchenko-Market” (Global Market of Lucid Dreams and Ot

This article proposes a theoretical framework for transmitting states of consciousness between individuals by combining neurointerface technologies (EEG, MEG, fMRI) with quantum-resistant blockchain systems like Quantum Resistant Ledger (QRL). AI algorithms classify and analyze neural signals to objectify consciousness states through stable neural activity patterns. The authors also explore the quantum nature of consciousness, invoking superposition and entanglement to justify using quantum technologies for data transmission. Ethical and philosophical implications are discussed, alongside prospects for integrating technology and cognitive processes.

Study at a glance

Abstract

This article is a logical continuation of our previous work [1]. In this article, we continue to explore the possibilities of the economy of states of consciousness. In this continuation, drawing on intuitive insights, we significantly develop the theme outlined in the previous article [1]. Modern research in the field of transmission and fixation of consciousness states opens up new possibilities for studying cognitive processes and their objectification. This article examines methodological approaches to transmitting consciousness states from one subject to another using advanced neurointerface technologies and quantum-resistant blockchain systems. Special attention is paid to the objectification of consciousness states through stable patterns of neural activity, captured using technologies such as electroencephalography (EEG), magnetoencefalografi (MEG), and functional magnetic resonance imaging (fMRI). Algorithms of artificial intelligence (AI) are applied for processing and transmitting data, enabling classification and analysis of neural signals. The article also discusses the theoretical aspects of the quantum nature of consciousness, implying the use of quantum processes in the brain to explain cognitive states. The connection of these processes with quantum principles such as superposition and entanglement provides an opportunity for the application of quantum technologies in transmitting data about the state of consciousness. Within the study, quantum-resistant cryptographic systems are proposed, such as Quantum Resistant Ledger (QRL), which ensure data transmission security and protection against hacking by quantum computers. In this article, we use the term neurointerface as the closest to the goals of our research, which involve seeking technological solutions for transferring states from one biologically conditioned subject to another. As the term brain-computer interface implies interaction between the brain and a computer, which is not the focus of our research, we do not use this term in this article. In conclusion, ethical and philosophical aspects of transmitting consciousness states are discussed, as well as the prospects for further research in the integration of technologies and cognitive processes.