A groundbreaking study proposes that spacetime is made of small, indivisible units, potentially explaining gravity through quantum theory.
Over the past decades, roboticists have introduced a wide range of systems with distinct body structures and varying capabilities. As the number of developed robots continuously grows, being able to easily learn about these many systems, their unique characteristics, differences and performance on specific tasks could prove highly valuable.
Researchers at Technical University of Munich (TUM) recently created the “Tree of Robots,” a new encyclopedia that could make learning about existing robotic systems and comparing them significantly easier. Their robot encyclopedia, introduced in a paper published in Nature Machine Intelligence, categorizes robots based on their performance fitness on various tasks.
“The aspiration for intelligent robots that can understand their environment as we humans do, and execute tasks independently, has existed for ages,” Robin Jeanne Kirschner, first author of the paper, told Tech Xplore.
US pair set to return home on Wednesday after Boeing Starliner problems meant eight-day mission lasted nine months.
With the anniversary of the first lockdown approaching, inflation and market volatility are now facts of financial life.
Chinese internet search giant Baidu released a new artificial intelligence reasoning model Sunday and made its AI chatbot services free to consumers as ferocious competition grips the sector.
Technology companies in China have been scrambling to release improved AI platforms since start-up DeepSeek shocked its rivals with its open source and highly cost-efficient model in January.
In a post on WeChat, Baidu announced the launch of its latest X1 reasoning model—which the company claims performs similarly to DeepSeek’s but for lower cost—and a new foundation model, Ernie 4.5.
An interactive visualization and analysis tool for exploring large-scale AI model repositories. The atlas maps model relationships, and helps identify trends and fill in undocumented regions using structural patterns in the data.
Join the free, hour-long Journal of Virology Seminar Series webinars, where authors will present their recently published Journal of Virology® (JVI) articles and share the story behind their research with the wider academic community. Presentations are followed by an open forum panel discussion with all speakers and participants. JVI editors will moderate the sessions, including the discussion and live Q&A.
Join us for the second webinar in the Journal of Virology Seminar Series, where we’ll explore the New York City Virus Hunters community science initiative. Christine Marizzi, Ph.D., and Phillip Meade, Ph.D., will introduce this exciting program, which brings together community scientists, veterinarians, wildlife rehabilitators and virologists to generate actionable data in urban areas and help prepare for future pandemics.
During the seminar, the New York City Virus Hunters team will share their latest findings on avian influenza in the city’s wild bird population. Program alumni Kailani Gaynor and Sadia Choudhury will also discuss their experiences as youth researchers. Don’t miss this opportunity to connect and learn about the critical role of community science in virology.
By combining drugs/therapies with different mechanisms of action, different pathways in cancer cells can be targeted, potentially leading to improved patient outcomes. Using AI is hastening this research.
Artificial intelligence can transform medicine in a myriad of ways, including its promise to act as a trusted diagnostic aide to busy clinicians.
Over the past two years, proprietary AI models, also known as closed-source models, have excelled at solving hard-to-crack medical cases that require complex clinical reasoning. Notably, these closed-source AI models have outperformed open-source ones, so-called because their source code is publicly available and can be tweaked and modified by anyone.
Has open-source AI caught up?
The mass extinction that ended the Permian geological epoch, 252 million years ago, wiped out most animals living on Earth. Huge volcanoes erupted, releasing 100,000 billion metric tons of carbon dioxide into the atmosphere. This destabilized the climate and the carbon cycle, leading to dramatic global warming, deoxygenated oceans, and mass extinction.
However, many plants survived, leaving behind fossils which scientists have used to model a dramatic 10° rise in global temperatures.
“While fossilized spores and pollen of plants from the Early Triassic do not provide strong evidence for a sudden and catastrophic biodiversity loss, both marine and terrestrial animals experienced the most severe mass extinction in Earth’s history,” explained Dr. Maura Brunetti of the University of Geneva, lead author of the article in Frontiers in Earth Science.