Future screens will 'not waste battery' thanks to phase shifting materials?

Thanks to the application of new screen material technology, scientists have brought hope to future smartphones with good displays but still saving energy.

Material helps to create smartphone screens better

According to BGR, the E Ink screen is highly applicable but not suitable for smartphones. The low power consumption and sunshine visibility of E Ink screens are two of the great advantages. Unfortunately, this monochrome screen makes images and videos inadvertently become unintentionally boring.

LCD and AMOLED screens are the two most suitable screens for smartphones today.

For LCD and AMOLED screens . These are the two most suitable screens for smartphones today due to their brilliant color display and good screen refresh rate.

However, it should be known that lighting the display screen accounts for 90% of the smartphone's energy. Therefore, researchers at UK-based technology firm Bodle Technologies have created a special display panel, which is expected to become the future of touchscreen smartphones.

The study was initiated by researchers at Oxford University, England. They discovered a new kind of smart device that is extremely thin, flexible and transparent. This material can be applied on high resolution screens.

This new material is extremely thin, flexible and transparent.

The company recently also received funding from investors including the Science Creation Fund and the Oxford University's Creative and Technology Foundation.

Bodle has not disclosed much information around how this screen material works. However, Dr. Peiman Hosseini, founder of Bodle Technologies, said that this phase change material works almost without energy consumption . Specifically, the new material uses electrical pulses to create vivid images, based on the technological process used when burning CDs and DVDs.

This phase change material works without almost any energy consumption.

"We can create a new market. Currently, you have to charge smartwatch every night, which makes them less acceptable to users. But when you have smartwatch or smart glass, it doesn't consume much energy, You can charge it and use it for a week, everything will be different, " Hosseini told the Telegraph.

Bodle Technologies insists that they have started negotiations with a number of major consumer electronics companies around the world to soon commercialize this material in the market. Accordingly, this material can also be used in the creation of smart windows, a market assessed to be worth up to $ 2 billion in 2017.