Latest news headlines about artificial intelligence
Uber Eats' sidewalk delivery robots are set to launch in Japan, marking Uber's first international expansion of its autonomous delivery service. The six-wheeled robots, created by Cartken, an AI company based in Oakland, will begin operating on Tokyo sidewalks by the end of March under the supervision of Mitsubishi Electric. Despite the growing popularity of delivery robots, they still rely on human workers to manage operations. The robots are designed to navigate obstacles, yield to pedestrians, and stop at traffic lights, showcasing the potential for autonomous delivery systems to revolutionize the food delivery industry in Japan.
Bioptimus, a Paris-based startup, has emerged from stealth with a $35 million seed funding round, aiming to build the first universal AI foundation model for biology. The project, led by a team of Google DeepMind alumni and Owkin scientists, plans to connect different scales of biology with generative AI, from molecules to whole organisms. Bioptimus will leverage AWS compute, Owkin’s data generation capabilities, and multimodal patient data sourced from leading academic hospitals worldwide. The team asserts that their approach will differentiate them from models trained solely on public datasets, providing a more comprehensive understanding of biology. The project will be released as open source, fostering transparency and collaboration within the community.
In a recent development, scientists have been exploring the fusion of large language models (LLMs) such as ChatGPT with robot bodies, aiming to overcome the limitations of traditional robotic programming. This integration, however, poses significant challenges and ethical concerns. The use of LLMs offers robots access to extensive knowledge and enables them to communicate in natural language. Yet, the practical application of this technology raises questions about the potential risks and limitations. While some researchers are excited about the possibilities for a leap forward in robot understanding, others are cautious, citing occasional errors, biased language, and privacy violations associated with LLMs. Despite the remarkable capabilities of LLMs, concerns persist about their reliability and potential implications in real-world scenarios. The ongoing debate underscores the need for careful consideration of the integration of LLMs into robot bodies.
In a recent incident involving Air Canada, an AI chatbot mistakenly promised a customer a partial refund for a flight ticket purchased after the death of the customer's grandmother. Despite the airline's official policy excluding post-flight refunds and any discount approvals beforehand, the chatbot assured the customer of a discount fare and advised him to request a refund within 90 days of booking. During a civil tribunal, Air Canada claimed that the chatbot is a separate legal entity and therefore relieved the airline of responsibility for its promises. However, the tribunal ruled in favor of the customer, ordering the airline to fulfill the chatbot's promised refund and pay nominal fees. This case has sparked discussions on the accountability of AI in business and the extent to which companies should take responsibility for their AI chatbots' actions.
Researchers from NYU and AI at Meta have successfully modified a commercial robot to perform cleaning tasks in unfamiliar rooms using only open-source AI. The robot, named "OK-Robot," was able to navigate and move objects around a room it had never entered before. Despite its imperfections, the robot's capabilities suggest that the integration of domestic robots into households may be closer than previously thought. The team equipped the robot with vision-language models and pre-trained navigation and grasping models, enabling it to receive natural language commands and perform tasks. The next step for the researchers is to open-source their code so that others can build upon their work and potentially accelerate the integration of domestic robots into household chores.
The latest development in generative AI technology has been unveiled by OpenAI, prompting concerns about unregulated and consequence-free advancements. The program, named Sora, is capable of producing photorealistic media from simple text inputs, raising issues of legality, privacy, and objective reality. OpenAI's decision to grant limited access to Sora's capabilities without providing technical details has prompted concerns about the lack of regulatory oversight. As the company aims to achieve Artificial General Intelligence, the potential implications of Sora's development on the online landscape are vast and warrant attention from policymakers and industry watchdogs to address potential risks and harms.
In a groundbreaking achievement, six doctors from Nebraska have successfully operated a robotic surgical arm, called spaceMIRA, aboard the International Space Station. Developed in a partnership between the University of Nebraska-Lincoln and Virtual Incision, the arm was remotely operated from mission control in Nebraska, conducted through NASA's Payload Operations Center. Despite a latency factor of 0.5 to 0.75 seconds, surgeons on Earth were able to control the arm to perform slicing and grabbing maneuvers on rubber bands, simulating surgery on human tissue. This successful test could have implications for future space missions and could also aid in remote surgical operations on Earth, particularly in rural areas lacking access to onsite surgical teams. The achievement marks a significant milestone in the field of space surgery and is set to "change the future of surgery," as stated by Virtual Incision.
A Dutch company developing an automated bricklaying machine, Monumental, has secured a $25 million investment from investors. The company's brick laying robots are supplied bricks by electric autonomous ground vehicles (AGVs) moving around the construction site. Monumental's robots are equipped with sensors and small cranes that can place bricks and mortar with human-level precision, accuracy, and efficiency. Controlled by Monumental’s AI-powered software, Atrium, the robots are small enough to access tight corners, doorways, or vans. Following successful pilot tests, Monumental has completed large-scale facade projects and deployed robots in various construction projects. The company aims to address the industry's labor shortages and rising supply chain costs through their innovative robots and software. This investment will further propel Monumental's mission to revolutionize the construction industry.
Roman Rember, discusses the emergence of Generative Artificial Intelligence (GenAI) as a subset that goes beyond traditional AI capabilities. While AI excels in specific tasks like data analysis and pattern prediction, GenAI acts as a creative artist by generating new content such as images, designs, and music. The article highlights the potential impact of GenAI on various industries and the workforce, citing a McKinsey report that anticipates up to 29.5% of work hours in the U.S. economy being automated by AI, including GenAI, by 2030. However, the integration of GenAI into teams poses unique challenges, such as potential declines in productivity and resistance to collaboration with AI agents. The article emphasizes the need for collaborative efforts between HR professionals and organizational leaders to address these challenges and establish common practices for successful integration. It also underscores the importance of robust learning programs and a culture emphasizing teaching and learning to harness the potential of GenAI for growth and innovation. The article provides a comprehensive overview of GenAI and its implications, aiming to inform and prepare organizations and individuals for the transformative power of this technology.
OpenAI's Eve humanoids are making significant strides in autonomous work, showcasing their abilities in a recent video. While visually less impressive than their competitors, the Eve humanoid robots from 1X are capable of performing tasks independently through neural network control, with no teleoperation or scripted trajectory playback involved. These robots, lacking the advanced mobility and dextrous hands of other models, are designed for use in warehouses and factories, where their primary task will be picking up and moving objects. The company has employed a novel training method involving imitation learning via video and teleoperation, allowing the robots to efficiently learn and execute a range of tasks. With further developments underway, the future integration of these autonomous humanoid robots in various industries seems promising.
In a groundbreaking collaboration, comedian Ana Fabrega and Cristóbal Valenzuela, CEO of AI startup Runway, showcased a video at the Seven on Seven event, demonstrating the unconventional partnership between art and artificial intelligence. Through a series of exchanges, Valenzuela prompted Fabrega with AI-generated content, to which she responded with her own creative interpretations. This experiment highlighted the potential for AI to lead artists in innovative directions and showcased the creative possibilities of human-algorithm collaboration. The event also featured other pioneering partnerships, shedding light on the evolving relationship between artificial intelligence and various artistic disciplines. Ultimately, the collaboration emphasized that art created with AI is enriched by human input, underscoring the role of humans in harnessing the full potential of this technology.
A new soft robot inspired by a sea creature extinct for half a billion years has been developed by researchers at Carnegie Mellon University. The robot is modeled after pleurocystitids, an ancient ancestor of sea urchins, and is designed for underwater use. By studying CT scans of the creature's fossilized remains, the researchers were able to develop mobility simulations, with the robot featuring a tail-like structure for underwater maneuvering. The team believes that robots inspired by extinct creatures could lead to advancements in fields such as paleobionics, using Earth's animal past to guide future robotic creations. The researchers hope that their soft robot could be utilized for tasks such as surveying dangerous geological locations and underwater machine repairs.
The Mammotion YUKA robotic lawnmower, equipped with 3D vision navigation and GPS tracking technology, automates lawn care with precision and efficiency. Designed to seamlessly integrate into smart home setups, the mower is programmed to navigate around obstacles and outdoor decor while collecting grass clippings and debris. Its self-emptying feature ultimately contributes to the convenience of maintenance. This disruptive innovation in robotic lawn care equipment suggests promising opportunities for the industry and home automation, alongside the potential for advancement in outdoor equipment manufacturing.
Researchers from TU Delft have developed a new AI tool that can discover and design realistic metamaterials with unusual properties. These metamaterials have the potential to create devices with unprecedented functionalities, such as coatings that can hide objects in plain sight or implants that behave like bone tissue. Unlike traditional materials, whose properties are determined by molecular composition, metamaterials' properties are determined by their unique structures. The AI tool incorporates deep-learning models to solve the inverse problem of finding the geometry that gives rise to desired properties, bypassing previous limitations. Additionally, the research focuses on addressing the durability of metamaterials, a practical problem often neglected in previous studies, resulting in fabrication-ready designs with exceptional functionalities. The potential applications of these metamaterials range from orthopedic implants to soft robots, presenting revolutionary opportunities in various fields. The study opens new possibilities for metamaterial applications, shifting the design process from intuition and trial-and-error to an inverse design approach using AI.
On possible uprising of robots and revolutionary changes expected in our lives: Interview with Paolo Pirjanian
In an interview with Paolo Pirjanian, CEO of Embodied, Inc., he discussed the possible uprising of robots and the revolutionary changes expected in our lives. With a background in robotics and artificial intelligence, Pirjanian emphasized the need to treat robots well, as their potential uprising could be influenced by how they are treated. He also stressed the importance of developing robots that assist humans rather than replace them. Furthermore, he highlighted Armenia's potential in the field of robotics and urged for immediate action in seizing the opportunity. Having founded a leading company in robotics and AI, Pirjanian's insights offer a glimpse into the future of human-robot interaction and the potential impact on society.
The innovative underwater robot developed by ScrubMarine is poised to revolutionize the shipping industry by autonomously combatting biofouling, which is the accumulation of microorganisms, plants, and algae on marine vessels. This poses significant challenges to hull structures and propulsion systems, leading to increased fuel consumption. ScrubMarine's robotic solution promises to reduce fuel costs, maintenance needs, and environmental impact by addressing biofouling issues. The company is taking part in Heriot-Watt University's DeepTech LaunchPad program to further develop its underwater robot and navigate real-world applications. The program aims to foster innovation in various sectors, with plans to expand to other Scottish universities in the future. If successful, ScrubMarine and its cohort members will bring transformative technologies to market, signaling a new era of commercial success and sustainability across critical sectors.
Florida woman, 78, dies after surgical ROBOT burned a hole in her intestine during colon cancer operation and caused fatal internal leak, lawsuit claims
A lawsuit filed by the husband of a Florida woman, 78, claims that a surgical robot burned a hole in her small intestine during a colon cancer operation, leading to her death. The woman, Sandra Sultzer, underwent surgery in 2021 at Baptist Health Boca Raton Regional Hospital using a 'da Vinci' robot. The lawsuit alleges that the robot's faulty parts allowed electrical energy to escape, burning her internal organs without the surgical team's knowledge. This caused a fatal internal leak, leading to her death in 2022. The device's manufacturer, Intuitive Surgical Inc., has been involved in thousands of injury and defect reports. The lawsuit also claims that the company failed to adequately train doctors in the use of the device, raising the odds of potentially fatal errors during surgery. Reports to the FDA have shown issues with the robots, including burns to internal organs and malfunctions. Despite these issues, the company has emphasized its commitment to patient safety and provided comprehensive training on the technology. This case adds to the growing concerns about the safety and effectiveness of robotic surgery systems.
German scientists at the Forschungszentrum Jülich have achieved a breakthrough by training artificial intelligence (AI) to think like famous physicists such as Albert Einstein or Isaac Newton. Using this learning, the AI model can recognize patterns in complex data sets and form physical theories around them. This innovative "physics of AI" approach allows the AI to extract the theories it has learned and the language it uses to explain interactions between system components. Lead researcher Moritz Helias stated that this new understanding bridges the gap between AI's complex workings and theories that humans can comprehend. The research findings were published in the journal Physical Review X, marking a significant advancement in AI and physics integration.
CERN is currently training robot dogs to identify and report radiation hazards at the Large Hadron Collider (LHC). The LHC, a 27-kilometer circular structure located beneath Switzerland and France, produces ionizing radiation during particle collision experiments, posing potential risks to staff. In response, CERN has employed a four-legged robot dog, equipped with sensors and cameras, to patrol and inspect the facility. This dog-like robot successfully completed a radiation protection test, demonstrating its ability to navigate tight spaces and unstable terrain to monitor radiation levels. CERN aims to develop software to enhance the robot's functionality and plans to deploy more robots for monitoring purposes in the future.
Humanoid robots developed by the research team of the Institute of Automation, Chinese Academy of Sciences, made their public debut in Beijing. Led by Qiao Hong, an academician of Chinese Academy of Sciences and director of the state key laboratory of multimodal artificial intelligence systems, the research team built a "big factory" for the design and assembly of the humanoid robots. Several prototypes of "Q Family" humanoid robots have obtained preliminary technical verification. The debut marks a significant step in the development of humanoid robotics, showcasing the progress and potential of artificial intelligence in the field of robotics.