Nov 10 (Reuters) — Alphabet’s (GOOGL.O) Google is in talks to invest hundreds of millions of dollars in Character. AI, as the fast growing artificial intelligence chatbot startup seeks capital to train models and keep up with user demand, two sources briefed on the matter told Reuters.
The investment, which could be structured as convertible notes, according to a third source, will deepen the existing partnership Character. AI already has with Google, in which it uses Google’s cloud services and Tensor Processing Units (TPUs) to train models.
Google and Character AI did not respond to requests for comment.
Airbnb CEO Brian Chesky said that the digital home-share company will reap the benefits of artificial intelligence more than hotels, at least in the near term.
“The reason we know this is because AI is mostly changing… the digital world a lot faster than the physical world,” Chesky told reporters during a meeting in New York City on Tuesday. “Because we have more of a digital product, we can actually adapt and change faster.”
Chesky also said that hotels are not going to be different five years from now because of AI, but that Airbnb “will be transformed.”
Earlier, CEO Elon Musk had expressed some caution regarding the production of the highly anticipated Cybertruck.
Tesla.
According to the video by TFLEV(via Electrek), the Tesla Cybertruck will have a length of 18.6 feet, a width of 79.9 inches (without mirrors), and a height of 70.5 inches (at medium setting). The wheelbase will be 143 inches, and the curb weight will range from 6,670 lbs for the dual-motor version to 6,890 lbs for the tri-motor version. The truck will also have a towing capacity of 11,000 lbs and a maximum tongue weight of 1,110 lbs.
StoreDot is a leader in extreme fast charging (XFC) battery technology, which uses silicon-dominant chemistries to enable rapid charging without compromising energy density or safety. The company has successfully validated its “100in5” XFC cell, which can deliver 100 miles of range in five minutes, at an independent battery lab in Israel. The cell has also shown superior performance compared to other EV batteries.
Now, researchers have managed to genetically modify yeast cells to produce drugs for mental disorders such as schizophrenia with fewer side effects.
“Development of medicines from natural plant substances is widely used. However, since plants do not produce these substances to fight human diseases, there is often a need to modify them to make them more effective and safe,” said Michael Krogh Jensen, a senior researcher at DTU Biosustain and co-founder of the biotech company Biomia.
“Plastic recycling has been touted as a solution to the plastics pollution crisis, but toxic chemicals in plastics complicate their reuse and disposal and hinder recycling.”
As such, plastic recycling today is an essential part of waste management and environmental preservation initiatives. Recycling plastics minimizes the environmental impact of plastic manufacturing, conserves energy, and helps lower the need for new raw materials.
A crucial sustainable process
However, a new study is putting a damper on this crucial sustainable process. Researchers from the University of Gothenburg investigated recycled plastic pellets gathered from 13 different nations and discovered they contained hundreds of hazardous substances, including pharmaceuticals and pesticides.
I started messing with computers when I was seven or eight.
Illinois State University.
Students from various disciplines gathered around a target, eyes fixed on model rockets lifted into the air by a buzzing drone. Their mission— landing the rocket safely from a 22-yard, three-second free fall.
(Phys.org)—Quantum computers are inherently different from their classical counterparts because they involve quantum phenomena, such as superposition and entanglement, which do not exist in classical digital computers. But in a new paper, physicists have shown that a classical analog computer can be used to emulate a quantum computer, along with quantum superposition and entanglement, with the result that the fully classical system behaves like a true quantum computer.
Physicist Brian La Cour and electrical engineer Granville Ott at Applied Research Laboratories, The University of Texas at Austin (ARL: UT), have published a paper on the classical emulation of a quantum computer in a recent issue of The New Journal of Physics. Besides having fundamental interest, using classical systems to emulate quantum computers could have practical advantages, since such quantum emulation devices would be easier to build and more robust to decoherence compared with true quantum computers.
“We hope that this work removes some of the mystery and ‘weirdness’ associated with quantum computing by providing a concrete, classical analog,” La Cour told Phys.org. “The insights gained should help develop exciting new technology in both classical analog computing and true quantum computing.”
