Neuroscience and psychology.
Researchers found that AI assistants can subtly distort users' reality, values, and actions in harmful ways. This discovery highlights the importance of developing psychological resilience to potential AI manipulation.
Researchers developed a new algorithm that can analyze patterns of emotion and psychology hidden within classical Persian poetry, offering a new way to understand the emotional lives of people long ago.
AI tools are helping scientists analyze and interpret complex neuroscience data faster, potentially leading to new discoveries about how the brain works and behavior.
Researchers developed advanced AI models that can more accurately predict individual human decision-making, which could improve strategic planning and policymaking in high-stakes situations.
Researchers developed an algorithm that analyzes brain networks to help diagnose Alzheimer's and Lewy body dementia, which have similar symptoms but require different treatments.
Researchers developed an AI system to assess the values expressed in digital content beyond just detecting explicit harms, which could help ensure online platforms better reflect societal diversity.
New AI chatbots can express unique personalities through language, which may influence how people perceive and interact with them.
AI systems can now assist human decision-making, but humans still make the final call. This could help experts like doctors make more informed decisions, with AI providing recommendations.
Researchers developed a way to model each person's unique preferences in AI systems, which could lead to more personalized and effective technologies.
Researchers developed an AI system called HiVAE that can better understand people's thoughts and goals, a capability that could improve AI's ability to interact naturally with humans.
Researchers found that large language models can associate personal details with people's names, raising privacy concerns about how AI systems process our data without our full understanding.
A new study uses AI to understand how online discussions about climate change can become hostile. This could help online platforms design features to reduce conflict and foster more constructive dialogues.
Researchers developed a new memory management system for AI models to better retain knowledge over long time horizons, which could lead to more capable and reliable AI assistants.
Generative AI can't understand people the way humans do. This means AI assistants may struggle to fully address user needs they haven't anticipated.
A new survey found that people are willing to tolerate less accurate AI in their personal lives compared to work, as they care more about convenience than precision in their day-to-day activities.
Remembering past routes and planning ahead can help animals and robots navigate uncertain environments more efficiently, a new AI study found. This insight could aid the development of smarter navigation systems for robots and self-driving cars.
Researchers developed a benchmark to evaluate whether AI agents can learn to make decisions that align with complex, hierarchical human moral norms, which is crucial for deploying safe and ethical AI systems.
Researchers found a new way to decode brain activity patterns across different people, which could lead to better brain-computer interfaces for applications like prosthetics, communication devices, and mind-controlled games.
Researchers developed a new benchmark to evaluate how well AI language models can assist in scholarly writing tasks like research summaries, experimental designs, and data analysis. This could improve AI tools for academic researchers.
Researchers are exploring how advanced AI could fundamentally transform software engineering, moving beyond just writing code to also shaping the vision, values, and vocabulary of software systems - changes that could have broad societal implications.
Researchers developed a new algorithm that can analyze patterns of emotion and psychology hidden within classical Persian poetry, offering a new way to understand the emotional lives of people long ago.
AI tools are helping scientists analyze and interpret complex neuroscience data faster, potentially leading to new discoveries about how the brain works and behavior.
Researchers developed advanced AI models that can more accurately predict individual human decision-making, which could improve strategic planning and policymaking in high-stakes situations.
Researchers developed an algorithm that analyzes brain networks to help diagnose Alzheimer's and Lewy body dementia, which have similar symptoms but require different treatments.
Researchers developed an AI system to assess the values expressed in digital content beyond just detecting explicit harms, which could help ensure online platforms better reflect societal diversity.
New AI chatbots can express unique personalities through language, which may influence how people perceive and interact with them.
AI systems can now assist human decision-making, but humans still make the final call. This could help experts like doctors make more informed decisions, with AI providing recommendations.
Researchers developed a way to model each person's unique preferences in AI systems, which could lead to more personalized and effective technologies.
Researchers developed an AI system called HiVAE that can better understand people's thoughts and goals, a capability that could improve AI's ability to interact naturally with humans.
Researchers found that large language models can associate personal details with people's names, raising privacy concerns about how AI systems process our data without our full understanding.
Researchers found that AI assistants can subtly distort users' reality, values, and actions in harmful ways. This discovery highlights the importance of developing psychological resilience to potential AI manipulation.
A new study uses AI to understand how online discussions about climate change can become hostile. This could help online platforms design features to reduce conflict and foster more constructive dialogues.
Researchers developed a new memory management system for AI models to better retain knowledge over long time horizons, which could lead to more capable and reliable AI assistants.
Generative AI can't understand people the way humans do. This means AI assistants may struggle to fully address user needs they haven't anticipated.
A new survey found that people are willing to tolerate less accurate AI in their personal lives compared to work, as they care more about convenience than precision in their day-to-day activities.
Remembering past routes and planning ahead can help animals and robots navigate uncertain environments more efficiently, a new AI study found. This insight could aid the development of smarter navigation systems for robots and self-driving cars.
Researchers developed a benchmark to evaluate whether AI agents can learn to make decisions that align with complex, hierarchical human moral norms, which is crucial for deploying safe and ethical AI systems.
Researchers found a new way to decode brain activity patterns across different people, which could lead to better brain-computer interfaces for applications like prosthetics, communication devices, and mind-controlled games.
Researchers developed a new benchmark to evaluate how well AI language models can assist in scholarly writing tasks like research summaries, experimental designs, and data analysis. This could improve AI tools for academic researchers.
Researchers are exploring how advanced AI could fundamentally transform software engineering, moving beyond just writing code to also shaping the vision, values, and vocabulary of software systems - changes that could have broad societal implications.