Is Generative AI complementing knowledge workers, or more often, displacing them?
That’s the subject of a newly published study by researchers at the University of Washington at St. Louis.
Is Generative AI complementing knowledge workers, or more often, displacing them?
That’s the subject of a newly published study by researchers at the University of Washington at St. Louis.
This is what it means to go back-to-school in America today.
Instead of being taught the three R’s of education (reading, writing and arithmetic), young people are being drilled in the three I’s of life in the American police state: indoctrination, intimidation and intolerance.
Calaxy, a social media platform which facilitates direct interactions and payments between social media creatives and audiences, made its official launch last week.
Conventional computer platforms are being outmoded and replaced by AI platforms, Jensen Huang, CEO of Nvidia, the company that leads the AI chip market, told a computer graphics conference earlier this month.
Science fiction writer Tim Boucher says that ChatGPT and other AIs have enabled him to create and illustrate 97 “mini-novels” in nine months.
The boom in AI has caused the same problem that the clamor for electronics did during the COVID War: there aren’t enough computer chips to meet the demand.
“I always had a question in the back of my mind,” Ylonda Sherrod told The New York Times. “Will I be jobless? Am I training my replacement?”
ChatGPT returned almost 10 percent in a month after telling BTCNews, a crypto website, how to invest $20,000. Following the chatbot’s guidance, the news site pocketed a gross return of $1,946 in barely four weeks.
Generative AI could boost global productivity by 1 percent a year for the 10 years after the technology is widespread in the world’s economy, a period that will begin in the last half of this decade, according to an analysis by Goldman Sachs Economic Research.
Using light to diagnose the presence of viruses or other invaders in the body isn’t new. Typically, the tests use a probe molecule that locks onto a gene known to belong to the villain. The combination of the two changes the frequency of light emitted by the target, and the change can be seen and quantified by an optical microscope.