At present, the robot chameleon developed by the researcher is a little larger than the real thing. However, with their initial study complete, the team are hoping to be able to scale down the design. In addition, the team are looking to give the robot the ability to reflect the textures of background surfaces with greater resolution, a feat they say may be attainable with advances in signal processing and data-driven science. The full findings of the study were published in the journal Nature Communications. 'The ultimate form of this application will be an invisibility cloak -- by blending into the background,' said paper author and mechanical engineer Seung Hwan Ko of the Seoul National University in South Korea.

From the textiles used in garment manufacturing to creating a sustainable supply chain, technological advancements are set to innovate fashion in countless ways. For a long time, the processes used in the fashion sector have remained remarkably unchanged. In the coming years, however, we can expect big things! As of 2020, fashion generates an estimated $664 million in revenue, making it one of the biggest industries in the world. Because of this, technological innovations within this sector are set to be nothing less than world-changing and, if implemented correctly, technology in fashion could make an unfathomable change in creating a greener, cleaner world.

Self-driving electric vehicles that change colour could be seen hitting the roads by 2050, automotive firm Auto Trader has claimed. Their predictions for the car of the future have been guided by so-called'futurologist' Tom Cheesewright and a survey of more than 2,000 UK drivers. They think the car of 2050 will include an all-electric cabin fitted with 360 panoramic glass windows and body panels that will change colours. Auto Trader has revealed how it envisions how the future of driving will look like in the year 2050. It includes an all-electric cabin fitted with 360 panoramic glass windows and body panels that will change colours (pictured, artist's impression) The 2050 car would supposedly come with fitted with windows that extend into the roof to form a large bubble.

Trains delayed by'leaves on the line' might soon be a thing of the past as an AI system is trialled to predict build ups on the line and warn of encroaching plants. The artificial intelligence studies footage of plants near the line taken from trains and attempts to spot when leaves change colour, indicating that they might fall. It can also warn of fallen trees and when vegetation growth might soon obstruct the path of trains and lead to delays. The project is one of 24 high-tech schemes that have today been funded a total of £7.8 million ($9.9 million) by the UK government to improve the nation's railways. Trains delayed by'leaves on the line' might soon be a thing of the past as an AI system is trialled to predict build ups on the line and warn of encroaching plants (stock image) Slippery rails -- commonly referred to as'leaves on the line' -- result when build ups on the track led to trains not being able to grip the rails properly.

"A collection of smart devices may not make you smarter. There seems to be a gap between what technology has to offer and what we are naturally able to do" Suranga Nanayakkara slips a black ring onto his finger and points. This ring, he explains, helps visually impaired people read by converting text into speech. Nanayakkara points at a poster on the wall more than a metre away, clicks a small button on the side of the ring, and almost instantaneously a female voice starts reading out the poster's header through the headphones he's wearing. Such optical character recognition technology, or OCR, already exists but is often locked inside clunky highlighter-style devices that are slow and cumbersome.

Now, scientists have taken inspiration from such creatures, replicating their colour-changing abilities with artificial electronic skin. Their incredible material could be used in a variety of ways in the future, including in robotics, prosthetics and wearable technology used by armed forces. The material is made from graphene - a form of pure carbon that is 200 times stronger than steel. Two layers of graphene are included - a highly-resistive strain sensor, alongside a stretchable organic electrochromic device (ECD) that changes colour when a current is applied. While other colour-changing materials require enormous strain of 100-500 per cent to change colour, the researchers found that subtle strain - between zero and 10 per cent - was enough to cause an obvious colour change.

The'BMW Motorrad Concept Link' uses radical electric battery packs stored in its base, and even features a reverse gear to make parking simple. The'BMW Motorrad Concept Link' has a touchscreen dashboard, and can be connected to the rider's online calender so it always knows where they want to go. Instead of a classic instrument cluster, speed, navigation and battery information is projected onto the windshield directly into the rider's field of vision. Instead of a classic instrument cluster, speed, navigation and battery information is projected onto the windshield directly into the rider's field of vision.

After cars that drive themselves, phones you can talk to and shopping delivered by drone, it's hard to guess where technology is headed next. Step forward these shorts, which reveal more than a pair of legs – they also tell the wearer where to go. The Daisy Duke-style shorts send a vibration to different sides of the body, indicating when and where to turn. Step in the right direction: The Spinali Design shorts, left, and jeans, right, send a vibration to different sides of the body, indicating when and where to turn. They are connected to a smartphone by Bluetooth, and so when a route is set on the phone it sends the directions through to the shorts. The shorts also buzz to let the wearer know if they have an incoming text or call, taking away the need to keep checking the phone.

It may seem like only yesterday that you had to look things up in an Encyclopedia instead of searching for answers on Google. So it's hard to imagine how technology will affect our daily lives in the years to come. But you can catch a glimpse of what the future may look like by using this interactive tool, which includes technologies such as colour-changing clothes and holographic personal assistants. Mobile users can visit RS component's website to use the tool Forget a crystal ball: You can catch a glimpse of the future may look like by using the interactive tool, above. The tool predicts that 10 per cent of the clothes we wear will be connected to the internet, allowing them to change colour, regulate temperature and charge gadgets, for example.