Future Fashion Can Be Directly Sprayed On The Body.

London calmed down from the glamour of the twenty-fifth fashion week anniversary, and the haute coupons continued to sail from Milan to Paris.

It is not hard to imagine the trend of the next season: the trend of the first few months of 2010 will shift from fashion show to commercial street.

However, if you want to know the fashion trend of the next ten years, do not ask the designer, ask the scientist.

Torres

This does not mean that white lab clothes will become the theme of the next season.

But the inspiration from science can change everything about clothing: Designer Marne Torres is exploring the possibility of spraying cloth, and has successfully created the prototype.

"Torres nonwovens" is a good chemical agent (fibrous) which is evenly sprayed directly on the human body. It will combine itself and form a disposable coat after spraying.

If clothes really become "sprayed", then it will give "convenient clothes" a new meaning.

But this is not just a matter of fabric production: Textile researchers have begun to explore how to react to textiles.

Imagine if clothes can change your feeling of the room and satisfy your preferences when you enter the room.

Science can provide such a suit, which can sense and control the environment.

It will be warmed or cooled on the small scale according to the change of temperature in the form of clothing. The University of Bath and the London Fashion Institute are studying how to design such fabrics around the systems found in nature.

In the long run, nanotechnology in fabrics can make the interior a "smart" material, allowing rooms to adjust smell, color, temperature, texture, taste and sound to suit the mood of occupants.

implantation

Fabrics implanted with nanotechnology may even help you make a successful date.

Scientists and designers are studying a kind of clothing that has the ability to monitor and respond to the body's respiratory system, heartbeat and temperature, thereby changing your health or mood.

Saint Martin, the designer of the Central Saint Martins College of Art and Design, has been developing the "intelligent" second skin of Saint.

It has an interactive fragrance technology that permanently implants clothing: its samples include clothes and jewelry that emit mint and other flavors, which may help alleviate some health problems including asthma attacks.

This innovation can also be used for more romantic purposes.

In the future, your clothes can sense the body attractiveness index, such as raising body temperature, heart rhythm and sweating, releasing hormones to attract the opposite sex.

Prospects for future fashion

But all this is just beginning.

In the next ten years, we will see that shop sales can turn our own shirts into portable power stations: scientists are already developing energy absorbing fabrics.

The fabric can be converted into electrical energy charged by electronic equipment by embedding nano technology and using the kinetic energy generated by the movement of the user. In fact, similar kinetic energy watches are now available.

Such a system can save hikers and soldiers' lives, and has a wide market for charging mobile phones, MP3 players and more.

In addition, scientists are studying how energy absorption fabrics can pform low-frequency vibrations into electrical energy, using nanowires and

Scientific fashion is not only beneficial to consumers, but also helps to save the earth, or at least provide some solutions for ecological and sustainable problems in today's society.

One of the interesting examples is Susan Lee's "biological sewing" project.

The project looks at how to use lab grown bacterial cellulose to make clothes: we can grow clothes in a large bucket of liquid instead of sewing clothes with plants or animal fibers.

It may seem like a distant dream, but it is not so far away.

Science has long affected our costumes, from gradually improving wool and cotton products to artificial fibers.

We have not only those kinetic watches, but also fashionable wearable products (such as iPod) or photosensitive fibers (remember the global super color T-shirt [Hypercolor T-shirts]?).

With the development of nanotechnology, this possibility will also increase.

In fact, some textile innovations are on the stage of fashion show.

In 2008, Karajan brought his exquisite LED costume to the fashion show in Tokyo.

This video costume shows a time-lapse image - the 15000 LED implanted into the fabric allows a rose to open freely and produce a series of color and light changes.

Karajan also showed a dress that can change the shape in front of the audience: because of the use of microcontrollers, switches and motors, zipper closure, clothing bunching and bottom edge lifting do not require human assistance.

In short, this is the turning point of textiles. Although we can not be very sure that when the innovation I described will be scientific or commercial, the collision between fashion and science will create a more brilliant era.