Customers will be ordering food from AI.
#Wendys #Google #yahoofinance.
Yahoo Finance culinary correspondent Brooke DiPalma joins the Live Show to discuss the partnership between Wendy’s and Google to revolutionize drive-thru orders with the use of AI technology, first premiering in Columbus.
Ohio in June of this year, and how AI is transforming the restaurant industry.
Europe’s newest weather satellite has snapped an image of the Earth that reveals our planet’s incredible beauty, despite gathering clouds.
The image taken by Meteosat Third Generation — Imager 1 (MTG-I1) shows conditions over Europe, Africa, and the Atlantic to an incredible level of detail and demonstrates that the satellite is set to live up to its promise of revolutionizing weather forecasting including the prediction of severe weather.
The space tourism company will blast its rocket-powered space plane and four passengers toward the Kármán line later this month.
The tool, called Wendy’s FreshAI, can understand customization requests, respond to common customer questions and offer upsell suggestions.
It is often desirable to restrict flows—whether of sound, electricity, or heat—to one direction, but naturally occurring systems almost never allow this. However, unidirectional flow can indeed be engineered under certain conditions, and the resulting systems are said to exhibit chiral behavior.
The concept of chirality is traditionally limited to single direction flows in one dimension. In 2021, however, researchers working with Taylor Hughes, a professor of physics at the University of Illinois Urbana-Champaign, introduced a theoretical extension that can account for more intricate chiral flows in two dimensions.
Now, a team led by Hughes and Gaurav Bahl, a UIUC professor of mechanical science & engineering, has experimentally realized this extension. As the researchers reported in Nature Communications, they constructed a topological circuit network, a system of electronics that simulates the microscopic behavior of quantum materials, to explore the entirely new behaviors predicted by this extended, or higher-rank chirality.
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Root canal treatment removes the infection and bacteria from the core of a tooth — the pulp chamber. These bacteria are often present within the canals of the teeth. However, proper treatment saves a badly infected natural tooth from needing to be extracted. Sufficient cleaning of the root canals is a key step of RCT. A lack of proper canal debridement can cause bacteria to thrive — a significant cause of RCT failures.
The tooth is washed with antibiotics or other chemicals that kill the bacteria to get rid of the infection. However, some teeth have complex root structures, and conventional ways of cleaning them are not enough to remove all bacteria. That’s one area where dental nanorobots can help. Nanorobots are showing promise in different steps of RCT, even better than traditional ways.
Dental nanorobots, also called nanobots/nanomotors/nano propellers, are designed to reach nooks and crannies within teeth to disinfect even the narrowest and most complex tooth canals during RCT. As the name suggests, nanorobots are microscopic — one-millionth of a millimeter. Dentists need special equipment like electron microscopes to see them. Their tiny size helps them to enter tooth canals and maneuver to depths and through curves not previously accessible.
Bittrex already announced its intention to exit the U.S., but also faces an SEC enforcement action.
Last video: major new starship launch update!
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Year 2020 😗😁
Utilizing a multi-step CRISPR-Cas9 screen, researchers from Yale University (CT, USA) have identified two genes within the complex axolotl genome that seem to play an important role in limb regeneration. The study, publi shed in eLife, has overcome the limitations imposed by the size and repetitious areas of the axolotls’ genome to identify the genes through a novel platform, combining CRISPR and fluorescent chimeras.
While some level of regeneration is present in most animals, axolotls possess one of the most extensive capabilities, regenerating a range of tissues, including major organs and limbs, and many believe that the animals may help unlock the ability to regenerate large wounds. The researchers from Yale University have tracked 25 genes that are believed to be involved in the process, identifying two genes as having a considerable role in partial regeneration of the axolotl limb.
“It regenerates almost anything after almost any injury that doesn’t kill it,” commented Parker Flowers (Yale University), one of the authors of the paper.
