Wearable art and technology primarily revolves around merging artistic expression with technological advancements to create interactive and visually captivating garments.

While conductive thread, LED lights, and recycled materials are often employed in wearable art and technology, natural fibers are typically not used due to their limited ability to integrate with electronic components.

Responsive wearables are designed to react to various external stimuli, such as touch, movement, or environmental changes, and adapt their appearance or functionality accordingly.

Iris van Herpen is widely recognized as a leading figure in wearable art and technology, pushing the boundaries of fashion design through her innovative use of 3D printing, laser cutting, and other cutting-edge techniques.

Sensors are often embedded into wearable art and technology to collect data related to the wearer's health and vital signs, enabling real-time monitoring and tracking of various physiological parameters.

Microcontrollers are small, programmable devices that are often used in wearable art and technology to control and coordinate various electronic components, enabling interactive and responsive behavior.

Augmented reality wearables overlay digital information and graphics onto the wearer's field of view, enhancing their perception of the real world.

While wearable art and technology can be used for monitoring health data and providing therapeutic interventions, administering medication is typically not a direct application of this field.

Energy-harvesting wearables utilize various sources of energy, such as solar, kinetic, or thermal energy, to generate electricity and power their electronic components.

Conductive fabric is a type of textile that is embedded with conductive materials, allowing it to conduct electricity and be used in various interactive and responsive wearables.

Virtual reality wearables create a fully immersive digital environment that the wearer can interact with, blocking out the real world.

While wearable art and technology can be used for interactive gaming, immersive storytelling, and live performances, medical diagnostics is not typically an application in the entertainment industry.

Mixed reality wearables combine elements of both augmented reality and virtual reality, allowing the wearer to interact with both the real world and digital content simultaneously.

While wearable art and technology can be used for tracking physical activity, providing feedback, and preventing injuries, administering medication is typically not an application in sports and fitness.