Google, Microsoft and other blue-chip big tech companies are racing to integrate AI language tools like the popular ChatGPT into their search engines.
Amazon’s CEO Andy Jassy chimed in on the conversation about generative AI and ChatGPT in an interview with the Financial Times, published on Monday.
“I think it’s exciting, what’s possible with generative AI,” Jassy told the FT. “And it’s part of what you’re seeing with models like ChatGPT. But most large, deeply technical companies like ours, have been working on these very large, generative AI models themselves for a long time.”
While Amazon already has AI and machine learning technology in place — like Alexa, its voice assistant, and CodeWhisperer, a code recommendation generator — company supporters are concerned that the tech giant is falling behind in the generative AI department, per the FT.
When Google’s ChatGPT competitor event was announced for last week, we wrote that it seemed like a rush job designed to reassure investors, and since then, that event happened and went worse than anyone could have imagined. Google’s event did the opposite of what it wanted, with the stock down nearly 12 percent since the recent high just before the event. Even Google employees are starting to take notice, with CNBC’s Jennifer Elias writing that, internally, employees are criticizing CEO Sundar Pichai for what they call a ‘rushed, botched’ announcement of Google’s new chatbot.
CNBC says it was able to view several messages from Google’s internal “Memegen” employee forum, and while these are normally lighthearted, the report says “the posts after the Bard announcement struck a more serious tone and even went directly after Pichai.”
Alex Goryachev is the former managing director of Cisco’s global Co-Innovation Center, where he spearheaded programs and initiatives to accelerate innovation. He is a Silicon Valley veteran who is a sought-after speaker on innovation and is often referred to as the ‘innovation therapist’.
#innovation #futurism #business
In an attempt to radically alter the fast food industry, one Los Angeles based business is serving up healthy fast food at the same low cost as competitors like McDonald’s and Burger King.
The people at Everytable believe that healthy food isn’t a luxury product to be enjoyed by the most affluent, but rather, it is a human right that should be accessible to all. So they came up with a unique business model that enables them to provide cheap healthy food in low-income communities and food deserts.
Check out all the on-demand sessions from the Intelligent Security Summit here.
Massachusetts-headquartered Dynatrace, which provides an intelligence layer to monitor and optimize application development, performance and security, today announced key updates for its core platform, including a new AutomationEngine that enables teams to streamline monitoring and other activity across a variety of workflows.
Developers, security specialists, operations personnel and even business users can tap into the platform. The company made the announcement at its annual cloud observability conference in Las Vegas.
When neutron stars collide they produce an explosion that is, contrary to what was believed until recently, shaped like a perfect sphere. Although how this is possible is still a mystery, the discovery may provide a new key to fundamental physics and to measuring the age of the universe. The discovery was made by astrophysicists from the University of Copenhagen and has just been published in the journal Nature.
Kilonovae—the giant explosions that occur when two neutron stars orbit each other and finally collide—are responsible for creating both great and small things in the universe, from black holes to the atoms in the gold ring on your finger and the iodine in our bodies. They give rise to the most extreme physical conditions in the universe, and it is under these extreme conditions that the universe creates the heaviest elements of the periodic table, such as gold, platinum and uranium.
But there is still a great deal we do not know about this violent phenomenon. When a kilonova was detected at 140 million light-years away in 2017, it was the first time scientists could gather detailed data. Scientists around the world are still interpreting the data from this colossal explosion, including Albert Sneppen and Darach Watson from the University of Copenhagen, who made a surprising discovery.
Observations of supermassive black holes at the centers of galaxies point to a likely source of dark energy—the ‘missing’ 70% of the universe.
The measurements from ancient and dormant galaxies show black holes growing more than expected, aligning with a phenomenon predicted in Einstein’s theory of gravity. The result potentially means nothing new has to be added to our picture of the universe to account for dark energy: black holes combined with Einstein’s gravity are the source.
The conclusion was reached by a team of 17 researchers in nine countries, led by the University of Hawai’i and including Imperial College London and STFC RAL Space physicists. The work is published in two papers in the journals The Astrophysical Journal and The Astrophysical Journal Letters.
University of Calgary researchers designed a novel imaging and experimental preparation system, allowing them to record the activity of the enteric nervous system in mice. The new technique allows researchers to record what is sometimes referred to as the gut’s brain during the complex processes of digestion and waste elimination.
“This completely different way of conducting experiments allows us to better understand the complexity of the nerve interactions that are regulating and coordinating the responses by the gut’s nervous system,” says Dr. Wallace MacNaughton, Ph.D., co-principal investigator. “It opens up new avenues for us to understand what’s really going on, and that’s going to help us understand gastrointestinal diseases and disorders a lot better.”
Neurons, or nerve cells, embedded in the wall of the gut precisely control its movements. The team used mice genetically encoded with fluorescent labels, so the neurons in the gut’s nervous system would “light up,” glowing green under microscopes, whenever the neurons were activated. The images are already providing new insights.