Transhumanism & Neuroethics

Transhumanism, particularly through the use of advanced technologies to support people with disabilities, is pushing the boundaries of human capability. For example, innovations like handless orthoses address unmet medical needs and demonstrate how technology can help overcome limitations. Elon Musk, as an influential innovator and business leader, exemplifies the drive to realize this potential.

The development of brain-computer interfaces (BCIs) represents a significant step in tackling human motion dysfunction. By converting brain signals into actions, BCI technology addresses the challenges faced by individuals with disabilities. Both invasive and noninvasive approaches, including innovative microchips, aim to improve patient outcomes and social integration. Projects are progressing toward enabling thought-controlled movement, marking a transitional stage toward posthuman capabilities. The reference to Stephen Hawking's speech synthesizer illustrates the practical potential of such technologies, while research groups, such as those led by Elon Musk, conduct clinical trials to further understand and expand these capabilities.

Ray Kurzweil's speculation suggests 2035 as the year of commercialization for this project on a large scale.

We do not intend to overshadow futuristic visions of posthumanism—humans as hybrids combining exoskeleton elements, such as bionic arms and legs, with biological bodies. This vision is driven by inspiration from new high technologies based on artificial intelligence and nanorobots capable of micromanipulation.

Neuralink BCI's investigations require close review, caution, and clear limits to improve functionality for people with disabilities in society. Neuroethics aims to set strict standards for science diplomacy, such as technoscience, focusing on transparency in various countries. The Pentagon continues to provide funding for Musk's neurotechnology research.