What Shoes Do We Wear In 20 Years?

What kind of clothes do you think will be worn on us after 20 years?

Maybe at that time, those things hanging in your wardrobe were not so much clothes as computers, generators, monitors or anything else.

Because in the future, more and more high-tech elements will be integrated into ordinary clothes. Clothes will no longer be just a warm and beautiful cover, it will also be your life and work assistant, and even help you survive in extremely complex and harsh environment.

You can say you can sing entertainment and omnipotent.

In August this year, at the 2007 annual meeting of computer graphics in San Diego, California, an exhibition of future costumes attracted the attention of many viewers. Among them, the solar bikini designed by Andrew Schneider of New York University was the most attractive.

The bikini is equipped with 40 flexible photovoltaic cells, which can generate 5 volts of output power. By attaching USB interface, it can charge small accessories like iPod player.

Schneider said that only two hours of sunshine can power a iPod.

So when you enjoy sunbathing on the beach, you no longer need to worry that your iPod will strike halfway.

More amazing than the solar bikini is Motorola's electronic ski jacket.

This ski suit is not only equipped with a full set of entertainment equipment, but also has a complete communication system.

Through the built-in Bluetooth stereo system, consumers can pmit the downloaded music from the mobile phone to the coat, and click the button on the sleeve to listen to music and make phone calls, while the two independent speakers on the hat can produce professional 3D surround effect.

The US DADA company is even more unpredictable. Not long ago, they launched a basketball shoe with MP3 function.

This sneaker has a complete audio playback function. The middle part of the shoe is built with a high performance loudspeaker and can also be tuned through a wireless headset.

It is said that the shoes that are full of electricity can last for 6 hours.

If these clothes mentioned above are only "singing" with the help of MP3, then another dress here can definitely be called "singers".

The "singing" clothes are equipped with a variety of motion sensors, which can pmit information from the wearer to the computer through the built-in Bluetooth system.

Through computer processing, these mobile information can be pformed into pleasant music.

And a T-shirt is more suitable for those who often miss the phone.

The T-shirt fabric contains sensors that can exchange information with electronic devices such as mobile phones. It is very sensitive to the electronic equipment around the wearer. As soon as there is information coming from outside, it will hug you tightly. At this point, you will know that you should look at your cell phone.

Warm in winter and cool in summer without sunscreen.

Of course, entertainment is only one of the many functions of future clothing. With the latest biotechnology, nanotechnology and microwave technology, the future super fabrics will have special functions that you can't imagine.

Anti mosquito clothing: you don't have to worry about annoying mosquitoes when camping in the wild.

Just wearing a "mosquito repellent suit" made of fibers containing special chemical components, can be "no poison".

No matter what kind of mosquito it is, it will faint if it touches the clothes. When people contact with a small animal, it is no different from an ordinary dress.

Sunscreen clothing: an American company combines ceramic fibers with synthetic fibers to make sunscreen suits, which are two times more efficient in summer sun protection than ordinary clothes, and can also reflect harmful ultraviolet rays, while ceramic fibers can prevent thermal infrared escape.

Laundry free: clothes that have not been washed for several weeks are still as clean as new?

Air Force scientists recently developed a self-cleaning fiber.

The new technology uses microwaves to attach nano sized ions to fibers.

These nano ions are not only waterproof, oil proof, but also antibacterial.

Thermal clothing: clothes made of some microcapsules in the manufacturing process can make you no longer worried about the cold winter.

Because the small spherical membrane capsule attached to the fiber contains some special substances, which can store heat energy under normal temperature conditions and release heat energy when the temperature is reduced, so as to achieve the purpose of thermal insulation.

Power clothing: Australian researchers are designing a clothing that can collect energy from the human body.

This garment is equipped with a device that can convert vibration into electrical energy. The clothes woven by conductive fibers can store electric energy in flexible batteries.

Unlike Australian scientists, German scientists hope to achieve the same goal by making use of solar energy fiber woven "battery cloth" to achieve the same goal. It is said that the fabric can withstand high temperatures of 100 degrees Celsius.

Bulletproof clothing: a bulletproof vest made of carbon nanofiber threads in the future will be stronger and softer than the "Kevlar" fiber. After adding a complex compound, it can also make the helmet harden in a moment when it is attacked or collided.

Edible clothing: edible clothing is made of special proteins, amino acids and vitamins. It can be eaten and worn. A jacket ensures the nutrition and energy required by a soldier for 6 days, but the weight of the clothes is only 2.5 kilograms.

Information Center soldier intimate friend

Compared with civilian, the arrival of hi-tech clothing may even change the concept of traditional war, and let the digital individual soldier fight become a reality.

The United States is developing a digital individual combat platform called "Superman combat suit".

The uniform covers almost all the scientific and technological achievements currently available in clothing, with many functions such as protection, invisibility, treatment and communication.

The super man combat clothing has built in personal LAN and can access multiple devices.

At that time, the laser protective helmet worn by US soldiers will become the information center. The helmet is made of nanoparticles, equipped with a microcomputer monitor, a laser aiming sensor for day and night, a chemical and biological respirator, etc.

The nano solar conductive battery used in military uniform materials can be connected with ultra micro memory to ensure the energy supply of the whole system.

The chest of a military uniform is equipped with a cigarette box that can receive satellite signals. The soldier can easily identify the position of himself and his comrade in arms through this device.

In addition, the military uniform made of nanomaterials is also equipped with biochemical sensors and super sensors to monitor soldiers' physical condition.

The former can monitor many important indexes such as heart rate, blood pressure and body temperature of the wearer. The latter can identify the bleeding parts of the body. When the need arises, the military uniforms can rapidly shrink and play the role of tourniquet.

Uniformed researchers also want to make use of nanomaterials to make the new military uniform fabrics have higher elasticity, lighter texture and higher strength and toughness, and can also play the role of bulletproof clothing.

A research project called "exoskeleton enhancing human function" has also been launched in the United States.

The project plans to develop a machine skeleton to enhance the combat capability of soldiers.

At present, the design and production of samples have been completed.

According to the introduction, the equipment can make people trot along the road with a load of several hundred kilograms, and the maximum load can reach 465 kilograms.

This means that a soldier can wear more than 100 kilograms of armor and survival protection system and equipped with weapons and ammunition for the previous class or the entire platoon.

All kinds of future costumes make people dizzy.

However, most of the clothing mentioned above is still in the experimental stage, and there are still many difficulties to overcome in the course of its development.

As the researchers at the national communication research center of France admit, there are still many problems to be solved in marketing these clothes, such as the high initial cost, the design of the button position and how to clean it.

Other scientists also pointed out whether the application of so many electronic components and chemical materials would have adverse effects on the human body. It is necessary to further confirm that the development of high-tech clothing must develop a uniform and perfect safety standard.

So it may take quite a long time for these powerful clothes to enter the homes of ordinary people.