Draft:Human augmentation
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| Submission declined on 11 June 2024 by MicrobiologyMarcus (talk). This draft's references do not show that the subject qualifies for a Wikipedia article. In summary, the draft needs multiple published sources that are:
This submission is not adequately supported by reliable sources. Reliable sources are required so that information can be verified. If you need help with referencing, please see Referencing for beginners and Citing sources. Declined by MicrobiologyMarcus 5 months ago. | |
Comment: Did you write two drafts on this? Both seem at least partially AI-written and extremely confusing. Chaotic Enby (talk · contribs) 21:29, 11 June 2024 (UTC)
Human augmentation technology applies to the advances in science and technology used to optimize or improve the performance of humans in a variety of areas. The notion of human augmentation has been a source of fascination throughout history, with a particular emphasis on improving the capabilities of the human body. As of now, the area of human augmentation is quickly growing, spurred by technical developments that provide new opportunities for improving human capacities.[1]
• Distinction between Human Enhancement and Human Augmentation
Human enhancement and human augmentation are related but distinct concepts: Human enhancement is the process of permanently or temporarily improving human skills by technology such as medications, hormones, implants, genetic engineering, or procedures. The goal is to enhance a person's natural strengths and characteristics. Contemporary examples include reproductive technology, cosmetic surgery, performance-enhancing medications, and neuroethologies'. Future technologies for human improvement include genetic editing, neural implants, brain-computer interfaces, nanotechnology, and 3D bioprinting.
Human augmentation study tries to increase human capacities through medication or technology. Human body enhancement can be achieved through natural, artificial, or technological means. Human augmentation technologies include wearable electronics, personal drones, on-body and in-body Nano networks, and networked Internet of Things.[2]
Evolution and Consequences Mankind has consistently endeavored to enhance its capabilities; however, it is anticipated that in the coming decades, there will be a substantial advancement in our capacity to manipulate the human body in a highly effective manner. The progression of human augmentation technologies is propelled by societal demand growth, technological advancements, and the acknowledgment of the risks and potential benefits associated with such interventions.
Types of Enhancement for Humans Reproductive Enhancements: The term "human enhancement" refers to a variety of methods and tools used to try to improve human capabilities. The search results shed light on several types of human augmentation, such as improvements to the reproductive, physical, and mental systems. Enhancements for Reproduction:
Technology used for reproduction is crucial to human improvement. Reproduction-related features, including fertility, genetic traits, and the entire reproductive process, can be altered or improved with the use of these technologies. Genetic engineering to produce desirable features in progeny, assisted reproductive technologies such as in vitro fertilization, and fertility-boosting therapies are a few examples of reproductive enhancements.
Physical Enhancements:
The goal of physical enhancements is to improve or change a person's physical characteristics and abilities. Technologies and therapies that improve strength, endurance, sensory perception, and general physical performance fall under this area. Prosthetics, implants, and medications that improve physical capabilities are a few examples of physical enhancements. Furthermore, developments in fields like as bio printing and nanotechnology present opportunities for future physical improvements.
Uses Applications for human augmentation technologies are many and span many different fields, such as:
Healthcare: Human augmentation technologies are utilized in the healthcare industry to help people with disabilities, increase the skills of healthcare personnel, and improve patient outcomes. Neural implants, robotic surgical systems, and prosthetic limbs are a few examples of technology that enhance human skills in healthcare environments.
Military and Defense: To boost troop performance and battlefield effectiveness, the military uses human augmentation technology. Troops' strength, situational awareness, and communication skills are enhanced via exoskeletons, wearable sensors, and augmented reality systems.
Moral and Social Consequences The creation and application of technology for human enhancement gives rise to a number of moral, legal, and societal issues. Important concerns consist of:
Concerns have been raised concerning access and equality to human augmentation technology, specifically with regard to differences in access depending on socioeconomic position, location, and access to healthcare. To avoid making already-existing disparities worse, it is crucial to provide fair access to these technologies. Privacy and Security: Human augmentation technologies often involve the collection and processing of sensitive personal data, raising concerns about privacy and security. Privacy protection and data security against abuse and unauthorized access are important factors that are taken into account while developing and implementing new technologies.
Future Courses The field of human augmentation technology is undergoing fast evolution because to the constant progress made in research, engineering, and medicine. Prospective avenues for research and development encompass:[3]
Integration and Interoperability: Developing technologies that allow for the smooth integration and interoperability of biological systems with human augmentation devices, allowing for more organic and intuitive human-technology interaction. Strong ethical and regulatory frameworks: should be created in order to direct the appropriate development, application, and use of human augmentation technologies. This will guarantee that ethical issues are taken into account at every step of the technological lifecycles.