On face value, fashion and science is about as different as water and oil. The two rarely mix, if not never. Fashion is all about what we, as humans, wear—either for the sake of the purpose or for gaining self-value. Science, on the other side of the spectrum, concerns about advancing technology for a better future, among other things. Just by observing http://bengkelbola.org these two premises, attempting to establish a point of convergence where fashion and science become one inseparable entity is a fruitless endeavor.
The two function practically at their own polarity. But with the emergence of wearable technologies, fashion has been incorporated as an integral part to make said technologies not only effective and efficient but also fashionable. Attempts at unification of fashion, design, engineering, and science have been made to synchronize all the involved components.
In a way, humans today are looking to find a way to redesign fashion using science on a more fundamental level. As a matter of fact, such attempts extend beyond application to the thing that first pops up to mind when talking about wearable technologies: camera/glasses hybrid. Admitted or not, wearable camera in the form of eyeglasses (such as Google Glass) is the first image you can imagine about wearable technologies. But to be fair, science and technology are not only applicable to glasses. And to be honest, this type of application more often than not fails to meet the esthetic requirement of what fashion world dictates.
Conjoining different experts in different areas is the key to achieving a successful merger of science and fashion. Efforts to deviate from typical science application to the world of fashion have also been made. Take a look at a wearable solar dress as designed by Pauline van Dongen. The Dutch fashion designer is renowned for her efforts in the field of wearable technologies.
The project she embarks on with Christiaan Holland seeks to embed solar cells on a piece of garment to be worn closer to the body of a wearer. The solar energy gathered by the cells can be harnessed by the body to turn it into a walking electrical power source. The project first used a coat of wool and leather that is embedded with 48 rigid-type solar cells and a dress of leather and wool that incorporated 72 flexible-type solar cells. Both types of garment allow their wearer to reveal the http://citibetqq.com solar cells to expose them to sunlight. When not needed, the solar cells can be tucked away.
An hour of exposure to sunlight enables the solar cells to recharge standard smartphone up to 50%. The wearable solar cells concept is an evidence of how several experts working together toward creating fashionable technologies can come up with an interesting design.
Suzanne Lee is another pioneer in wearable technologies. She comes up with a project that, in essence, makes it possible to grow a dress with help from bacteria. Another example is Donna Franklin of Edith Cowan University who in 2003 tried to observe the role fungi hold in staining fabrics.