The Tarantula Nebula taken by the Super Pressure Balloon Imaging Telescope (SuperBIT). Credit: NASA/SuperBIT And the recovery journey involving a smashed telescope, a cougar scare,…
View More When Telescopes Fall: The Daring Recovery of NASA’s Dark Matter Data
Generative artificial intelligence, such as OpenAI’s ChatGPT, is transforming the landscape of machine learning, moving from simple predictive models to sophisticated systems capable of creating…
View More Beyond Human: MIT Experts Explain Generative AI and the ChatGPT Phenomenon
This prototype millimeter-wave radar sensor developed at UC Davis is capable of measuring extremely small vibrations and movements while being energy-efficient and cheap to produce.…
View More Scientists Develop “Impossible” Millimeter Wave Sensor With Vast Potential
A breakthrough by MIT and Harvard scientists allows efficient conversion of carbon dioxide into stable, safe formate, potentially replacing fossil fuels and suitable for long-term…
View More Green Genius: MIT and Harvard Engineers Transform CO2 Into Formate Fuel
SONATE-2, a nanosatellite developed by JMU, is scheduled for launch in March 2024 to test novel AI technologies and other advanced systems in space. Managed…
View More SONATE-2’s Space Odyssey: Testing AI’s Limits in Space
Scientists at Oak Ridge National Laboratory have advanced CRISPR Cas9 technology for microbial genome editing by using quantum biology and explainable artificial intelligence. This breakthrough…
View More Revolutionizing CRISPR: Quantum Biology and AI Merge to Enhance Genome Editing
A study by MIT Lincoln Laboratory suggests that formal specifications, despite their mathematical precision, are not necessarily interpretable to humans. Participants struggled to validate AI…
View More The Illusion of Understanding: MIT Unmasks the Myth of AI’s Formal Specifications
MIT and NVIDIA researchers have created two techniques to enhance sparse tensor processing, improving performance and energy efficiency in AI machine-learning models. These techniques optimize…
View More New Techniques From MIT and NVIDIA Revolutionize Sparse Tensor Acceleration for AI
Innovative new chip technology integrates data storage and processing, significantly boosting efficiency and performance. Inspired by the human brain, these chips, expected to be market-ready…
View More Twice As Powerful: Next-Gen AI Chip Mimics Human Brain for Power Savings
The outside of the micromotor in this study is coated with the chemical compound laccase. This enables the motor to convert the urea in the…
View More Generating Green Energy From Wastewater With AI-Enhanced Micromotors