You need to set up both a router and a modem if you want Wi-Fi internet in your home, but there are major differences between the two devices.

Software company Adobe unveiled a new futuristic “digital dress” that lets wearers change patterns on its surface on the fly with the click of a button. The dress, created under Adobe’s “Project Primrose”, is made of sequins which are “reflective light-diffuser modules” built using liquid crystals such as those in smart lighting. Researchers say the sequins are basically tiny screens built using smart materials. The dress was unveiled for the first time for the audience at Adobe’s MAX conference last week with the software company describing it as bringing “fabric to life”. Video from the conference showed Adobe researcher Christine Dierk wearing the strapless outfit, which appeared like an average cocktail dress on first impression, but the patterns on it begin to shift immediately with the touch of a remote button. “Unlike traditional clothing, which is static, Primrose allows me to refresh my look in a moment,” the Adobe scientist said while demonstrating that its colors can go from light to dark in a moment. The researcher-turned-model also showed that the dress not only had static changes, but also animated designs with patterns fading in and out. Ms Dierk, who not only designed the dress but also stitched it herself, demonstrated that the outfit will even respond to movement. Researchers say the dress is built using “reflective-backed polymer-dispersed liquid crystal (PDLC)” a material commonly used in smart windows. “This low-power non-emissive material can be cut to any shape, and dynamically diffuses light,” scientists wrote in a study presented at a tech conference last year, but it remains unclear how heavy the dress can actually get. “Designers can layer this technology into clothing, furniture, and other surfaces to unlock infinite style possibilities – such as the ability to download and wear the latest design from a favorite designer,” Adobe noted. They said the high-tech sequins are also used for smaller products part of Project Primrose including a handbag and a canvas. “We hope this work inspires future designers of flexible displays,” scientists said. Read More Photo giant Getty took a leading AI image-maker to court. Now it's also embracing the technology John Warnock, who helped invent the PDF and co-founded Adobe Systems, dies at age 82 In closed forum, tech titans to give senators advice on artificial intelligence Tell us if you think price is the biggest problem with electric cars Sadiq Khan, Met Commissioner to ask phone companies to ‘design out’ theft TikTok details plans for Israel-Hamas war posts

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VANCOUVER, British Columbia--(BUSINESS WIRE)--Aug 2, 2023--

xQc, a popular Canadian streamer, rose to fame playing League of Legends and Overwatch before rebranding to his current name

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The best ISO 45 SMG Build for Warzone Season 4 Resurgence and Battle Royale, including all attachments and tuning, is here.

A battery breakthrough made by researchers in Japan could pave the way for next-generation batteries to finally enter mass production. A team from Tokyo University of Science discovered a way to build sodium-ion batteries with an equivalent performance to conventional lithium-ion batteries. Lithium-ion, or li-ion, batteries are found in everything from electric cars to smartphones, however they are made from difficult-to-extract and expensive resources, while also containing liquid electrolytes that are toxic and flammable. By contrast, sodium-ion batteries are cheaper, offer stability against extreme temperatures, and pose no risk of overheating. Until now, their main limitation has been a lower energy density compared to li-ion batteries. To overcome this limitation, the scientists developed a high-capacity electrode made from nanostructured hard carbon, which they were able to optimise and then incorporate into an actual battery. The researchers said the new electrodes deliver “unprecedented performance” and offer a viable option for producing next-generation batteries for consumer electronics and electric vehicles. “This value is equivalent to the energy density of certain types of currently commercialised lithium-ion batteries... and is more than 1.6 times the energy density of the first sodium-ion batteries, which our laboratory reported back in 2011,” said Professor Shinichi Komaba from Tokyo University of Science. The breakthrough could also make sodium-ion batteries viable for other practical applications, such as low carbon footprint energy storage systems for solar and wind farms. The research was detailed in a study, titled ‘New template synthesis of anomalously large capacity hard carbon for Na- and K-ion batteries’, published in the journal Advanced Energy Materials. Read More Breakthrough solar system outperforms military-grade diesel generator

AUSTIN, Texas & DARMSTADT, Germany--(BUSINESS WIRE)--Sep 15, 2023--

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A Georgia school board has voted to fire a teacher after officials said she improperly read a book on gender fluidity to her fifth grade class