Researchers at AWS AI Labs, found that most publicly available LLMs can be easily manipulated into revealing harmful or unethical info.
China has officially showcased its machine-gun armed robodog drones during a 15-day military exercise with Cambodian forces.
The new AI technology enables personalized noise-canceling headphones, which can isolate a speaker’s voice from ambient noise in real time.
Chinese researchers employ deep learning to enhance metalens image quality, unlocking its viability in versatile applications.
Musk’s plan to use Chinese data to train algorithms aligns with the country’s ambitions to lead in autonomous driving technologies.
OpenAI just announced new changes to ChatGPT’s data analysis feature. Users can now create customizable, interactive tables and charts with the AI chatbot’s help that they can later download for presentations and documents. They can also upload files to ChatGPT from Google Drive and Microsoft OneDrive.
However, not all ChatGPT users will gain access to the new data analysis features. The upgrade will roll out for ChatGPT Plus, Team, and Enterprise users over the coming weeks. The new data analysis capabilities will be available in GPT-4o, OpenAI’s new flagship model recently released as part of the company’s Spring Update.
Also: ChatGPT vs. ChatGPT Plus: Is a paid subscription still worth it?
Language models are taking a significant step forward in understanding and executing abstract concepts.
AI humanoid robot Sophia delivers a historic commencement speech at D’Youville University, marking a new era in education and technology.
A team of AI researchers at AWS AI Labs, Amazon, has found that most, if not all, publicly available Large Language Models (LLMs) can be easily tricked into revealing dangerous or unethical information.
In a May 15 paper released in the journal Physical Review Letters, Virginia Tech physicists revealed a microscopic phenomenon that could greatly improve the performance of soft devices, such as agile flexible robots or microscopic capsules for drug delivery.
The paper, written by doctoral candidate Chinmay Katke, assistant professor C. Nadir Kaplan, and co-author Peter A. Korevaar from Radboud University in the Netherlands, proposes a new physical mechanism that could speed up the expansion and contraction of hydrogels. For one thing, this opens up the possibility for hydrogels to replace rubber-based materials used to make flexible robots—enabling these fabricated materials to perhaps move with a speed and dexterity close to that of human hands.
Soft robots are already being used in manufacturing, where a hand-like device is programmed to grab an item from a conveyer belt—picture a hot dog or piece of soap—and place it in a container to be packaged. But the ones in use now lean on hydraulics or pneumatics to change the shape of the “hand” to pick up the item.
