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China’s goal of beating the USA in the race of creating the best and smartest artificial intelligence in the world has finally come to fruition with the Wu Dao 2.0 AI model. This new NLP AI is much superior to OpenAI’s GPT-3 model which was released last year. Some of the abilities the WU Dao AI has are being able to speak multiple languages (chinese and english), being able to learn new things, write poems, do medical research and create art.

It’s unlikely that the USA will take this lying down and forfeit the AI race. They’ll likely answer with even bigger AI models very soon and then the race to Artificial Intelligence supremacy will continue with the rate of innovation increasing exponentially.
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Every day is a day closer to the Technological Singularity. Experience Robots learning to walk & think, humans flying to Mars and us finally merging with technology itself. And as all of that happens, we at AI News cover the absolute cutting edge best technology inventions of Humanity.

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TIMESTAMPS:
00:00 A new player in the field of AI
02:01 What is an AI Language Model?
04:30 What can these AI’s actually do?
07:36 Last Words.
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#ai #openai #wudao

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Baidu’s autonomous driving unit, Apollo, has developed a new vehicle capable of Level 5 vehicle autonomy, meaning the car requires no human intervention during operation. Notably, it has no steering wheel, gas pedal, or brake pedal, signifying that drivers are completely unnecessary.

The “robocar,” as Baidu founder and CEO Robin Li called it, was showcased during a livestream event on Wednesday. It is equipped with two passenger seats, a large curved screen, an intelligent console, and electrochromic glass with varying tints based on natural brightness. This follows Apollo’s showcase of its Moon model in June.

During the event, Apollo indicated that the new vehicle will incorporate machine learning to analyze passengers’ needs and respond to verbal commands. In some scenarios, the system may even anticipate demands made by people in the vehicle.

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Since the early days of the COVID pandemic, scientists have aggressively pursued the secrets of the mechanisms that allow severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) to enter and infect healthy human cells.

Early in the pandemic, University of California San Diego’s Rommie Amaro, a computational biophysical chemist, helped develop a detailed visualization of the SARS-CoV-2 spike protein that efficiently latches onto our cell receptors.

Now, Amaro and her research colleagues from UC San Diego, University of Pittsburgh, University of Texas at Austin, Columbia University and University of Wisconsin-Milwaukee have discovered how glycans–molecules that make up a sugary residue around the edges of the spike protein–act as infection gateways.

Published August 19 in the journal Nature Chemistry, a research study led by Amaro, co-senior author Lillian Chong at the University of Pittsburgh, first author and UC San Diego graduate student Terra Sztain and co-first author and UC San Diego postdoctoral scholar Surl-Hee Ahn, describes the discovery of glycan “gates” that open to allow SARS-CoV-2 entry.

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At Tesla’s AI Day event, Elon Musk unveiled the Tesla Bot — a humanoid robot that uses much of the tech found in Tesla’s car to perform such tasks as getting groceries or attaching a bolt to a car with a wrench. Oh, and a prototype is set to be ready next year.

The Tesla Bot will stand at 5’8” and will weigh approximately 125 pounds. Fortunately, for those who fear a possible robot uprising, the team at Tesla is building the Tesla Bot in a way that “you can run away from it… and most likely overpower it.”

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Physics researchers at the University of North Florida’s Atomic LEGO Lab discovered a new electronic phenomenon they call “asymmetric ferroelectricity”. The research led by Dr. Maitri Warusawithana, UNF physics assistant professor, in collaboration with researchers at the University of Illinois and the Arizona State University, demonstrated this phenomenon for the first time in engineered two-dimensional crystals.

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NASA calls it the “Double Asteroid Redirection Test,” or DART for short, and the mission involves NASA launching a spacecraft that will rocket towards the Didymos binary asteroid and collide with it. NASA wants to test if the impact of the spacecraft colliding with the asteroid will be enough to alter its course. It should be noted that the asteroid doesn’t currently pose any threat to Earth and that NASA is purely conducting this mission for research purposes.

According to NASA’s latest update on DART, the spacecraft recently received solar arrays that will be a core component to getting the spacecraft all the way to the Didmos asteroid system. The spacecraft will travel for ten months to reach the asteroid system and will launch aboard SpaceX’s Falcon 9 rocket this November. When the spacecraft collides with the asteroid, it will be traveling at around 15,000 mph, and NASA will have Earth-based telescopes aimed at the asteroid for clear observation.

For more information on this story, check out this link here.

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The crew of Shenzhou-12 has conducted the second spacewalk of the mission, and the second spacewalk of the new Chinese Space Station’s lifetime. The extravehicular activity (EVA) comes two months into their planned 90-day mission in low Earth orbit.

Mission commander Nie Haisheng and first operator Liu Boming exited the Tianhe core module at 00:38 UTC on Friday, August 20. The goals of the EVA included the installation of a new panoramic camera (known as Panoramic Camera D) as well as a backup thermal control pump. Second operator Tang Hongbo stayed inside the station to support the two spacewalkers, similar to how crew onboard the International Space Station support American and Russian spacewalks.

Haisheng and Boming exited the depressurized docking node of the Tianhe module, which is being used as an EVA airlock until the Wentian lab module, equipped with its own airlock for crewmembers, arrives in the spring of 2022. Panoramic Camera D was successfully installed, and the station was prepared for future EVAs and module installations. To that end, the taikonauts finished installing additional foot restraints onto the station as well as a work platform on the station’s robotic arm.

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