LG Electronics is defining the next generation of televisions with the introduction of the world's first rollable OLED TV, with a variable form factor only made possible by the company's industry-leading OLED technology.

The speech user interface landscape is changing, as described in IDTechEx's brand-new report "Voice, Speech, Conversation-Based User Interface 2019-2029: Technology, Player, Market".

Researchers have now developed a way to adjust the properties of the transport layers to encourage the ionic defects within the perovskite to move in such a way that they suppress recombination and lead to more efficient charge extraction - increasing the proportion of the light energy falling on the surface of the cell that can ultimately be used.

Electronics experts are collaborating on a design tool that could help introduce interactivity into everyday objects such as smart packaging.

Royole Corporation, manufacturer of next-generation human-machine interface technologies and products, including advanced flexible displays, flexible sensors, and smart devices, is showcasing its full line of fully flexible display and flexible sensor technologies.

E-paper keyboard lets you modify characters as you wish: QWERTY, AZERTY, Bépo, in French, Spanish with the shortcuts of your favourite software... you are free to customise it thanks to its dedicated application, wherever you want.

Skanska's CEE office unit has begun test-cell implementation in one of their Warsaw office projects. The usage of perovskite technology for zero-energy buildings is just the latest innovation in the developer's sustainable building strategy.

Latest results achieved with third generation solar cells highlight that the perovskite can increase the efficiency and lower the cost of solar energy.

Researchers have developed a new system to charge electronic devices such as smartphones and smartwatches wirelessly. The method involves a cuttable, flexible power transfer sheet which charges devices wirelessly and can be molded or even cut with scissors to fit different-shaped surfaces and objects.

These bio-inspired soft robotic devices could offer many more capabilities for movement and performance - such as real-time bio-sensing, self-organization, adaptability, or self-healing - than existing systems, which use solely artificial materials.

Flexible, wireless electronic devices are rapidly emerging and have reached the level of commercialization; nevertheless, most of battery shapes are limited to either spherical and/or rectangular structures, which results in inefficient space use.

A team of neuroscientists and engineers has developed a tiny, implantable device that has potential to help people with bladder problems bypass the need for medication or electronic stimulators.

A team of researchers has developed a technique that, for the first time, allows single-crystal hybrid perovskite materials to be integrated into electronics. Because these perovskites can be synthesized at low temperatures, the advance opens the door to new research into flexible electronics and potentially reduced manufacturing costs for electronic devices.

A technique that enables biologically active enzymes to survive the rigors of inkjet printing presents a promising alternative to routine blood screening exams faced by diabetic patients.

Researchers have invented a way to fabricate nanoscale 3-D objects of nearly any shape. They can also pattern the objects with a variety of useful materials, including metals, quantum dots, and DNA.

A polymer aerogel combines the benefits of an aerogel with the conveniences of a plastic (i.e., polymer).

Flexible transparent conductive thin films could use environmentally friendly hemisellulose with carbon nanotubes. It could be used in next generation flexible touch screens and biosensors.

A team of researchers have found a low cost method for producing graphene printed electronics, which significantly speeds up and reduces the cost of conductive graphene inks.

To date it has proved very difficult to convert the promises of the miracle material graphene into practical applications. A researcher has developed a method of cutting graphene into smaller fragments using a diamond knife. He can then construct nanostructures from the fragments.