Measurements of the “hyperfine” splitting of certain electronic levels of hydrogen have broken precision records, potentially enabling precise tests of quantum electrodynamics.
Optical imaging and metrology techniques are key tools for research rooted in biology, medicine and nanotechnology. While these techniques have recently become increasingly advanced, the resolutions they achieve are still significantly lower than those attained by methods using focused beams of electrons, such as atomic-scale transmission electron spectroscopy and cryo-electron tomography.
Researchers at University of Southampton and Nanyang Technological University have recently introduced a non-invasive approach for optical measurements with atomic-scale resolution. Their proposed approach, outlined in Nature Materials, could open exciting new possibilities for research in a variety of fields, allowing scientists to characterize systems or phenomena at the scale of a fraction of a billionth of a meter.
“Since the nineteen century, improvements of spatial resolution of microscopy has been a major trend in science that has been marked with at least seven Nobel Prizes,” Nicolay I. Zheludev, one of the researchers who carried out the study told Phys.org. “Our dream was to develop technology that can detect atomic scale events with light, and we have been working on this for the last three years.”
A machine learning-based method developed by a Mount Sinai research team allows medical facilities to forecast the mortality risk for certain cardiac surgery patients. The new method is the first institution-specific model for determining the risk of a cardiac patient before surgery and was developed using vast amounts of Electronic Health Data (EHR).
Comparing the data-driven approach to the current population-derived models reveals a considerable performance improvement.
Researchers hope the new app can help bridge the gap between supply and demand for mental health support.
Asking an AI chatbot to give a rundown on Napoleonic wars is fine. But using a chatbot service for a therapy session?
Even ChatGPT suggests going to a traditional mental health practitioner when you pour your heart out to the AI – perhaps because the most important element of therapy is the client-therapist relationship.
The announcement comes shortly after IBM announced it would replace 7,800 jobs with AI.
After IBM’s CEO, earlier this month, announced that the company could easily replace at least 7,800 human personnel with artificial intelligence (AI) over the next five years, another startling announcement in the ‘Will AI replace humans’ debate has come to the fore.
BT, a prominent British multinational telecommunications firm, said it will become a ‘leaner business’ as it announced its plans to shed up to 55,000 jobs by the end of the decade, mostly in the United Kingdom. The company also announced that approximately 10,000 of its workforce will be replaced by AI, said a report by The Guardian.
According to RollingStone, and other news outlets, a group of students at Texas A&M University-Commerce’s graduations is in question after being accused of using ChatGPT for their essays.
A Texas A&M University-Commerce professor has taken drastic action to fail all his students after suspecting them of using ChatGPT to write their papers. This decision has now delayed them from passing their diplomas. According to RollingStone, the professor, Dr. Jard Mumm, the decision appears flawed as he used the natural language processing software to analyze each essay and judge whether it generated it.
Glegorly/iStock.
ChatGPT is a wildly popular AI chatbot and scammers are happy to try to take advantage of that — and you.
Artificial intelligence (AI) and the metaverse are some of the most captivating technologies of the 21st century so far. Both are believed to have the potential to change many aspects of our lives, disrupt different industries, and enhance the efficiency of traditional workflows. While these two technologies are often looked at separately, they’re more connected than we may think. Before we explore the relationship between AI and the metaverse, let’s start by defining both terms.
The metaverse is a concept describing a hypothetical future design of the internet. It features an immersive, 3D online world where users are represented by custom avatars and access information with the help of virtual reality (VR), augmented reality (AR), and similar technologies. Instead of accessing the internet via their screens, users access the metaverse via a combination of the physical and digital. The metaverse will enable people to socialize, play, and work alongside others in different 3D virtual spaces.
A similar arrangement was described in Neal Stephenson’s 1992 science-fiction novel Snow Crash. While it was perceived as a fantasy mere three decades ago, it seems like it could become a reality sooner rather than later. Although the metaverse isn’t fully in existence yet, some online platforms incorporate elements of it. For example, video games like Fortnite and Horizon World port multiple elements of our day-to-day lives into the online world.
Exploring the potential of ChatGPT in the fields of biology and environmental science, this research paper investigates the implications and applications of using ChatGPT for advancing knowledge and understanding in these domains.
