A comprehensive scientific analysis of 50+ software platforms for Brain-Computer Interfaces and Brain-Machine-Brain Interfaces, covering consumer-grade systems, research platforms, cloud infrastructure, and AI-powered analysis tools validated through peer-reviewed studies from 2020-2025.
Read onA comprehensive review examining commercially available brain activity recording devices, analyzing peer-reviewed literature from 2020-2025 to evaluate technical specifications, validation studies, and clinical applications across consumer-grade EEG devices, professional systems, and brain stimulation technologies.
Read onA comprehensive review of electromagnetic brain-to-brain interface technologies, introducing the Brain-Machine-Brain Interface paradigm where computational intermediaries actively transform neural signals to enable direct mind-to-mind communication.
Read onIntegrating human and machine intelligence is an emerging reality. A reality that has the potential to augment what is human about human beings or to amplify its antithesis.
Read onExploring the futuristic vision of direct brain-to-brain communication through portable TMS devices and the formidable technical challenges that must be overcome.
Read onMiniaturizing brain-computer interfaces presents critical technical challenges including heat dissipation, power supply, safety, and ergonomics that must be solved for practical applications.
Read onAims to expand our understanding of the electromagnetic activity generated by the human brain and body with a focus on researchig and identifying fundamental electromagnetic characteristics of key physiological processes.
Read onDevelop non-invasive brain-machine-brain interfaces to enhance human thinking, imagination, and perceptions, as well as aid in the treatment of various brain-related conditions. Ultimately, our goal is to create a brain-machine-brain interface capable of connecting and enhancing human intelligence.