CUR8, a London-based startup, is making strides towards tackling climate change by creating a platform for carbon removals. This approach to reducing CO2 is more effective and fairer than carbon offsetting and involves capturing carbon dioxide from the atmosphere and locking it away. The founders include experts from Google and leading climate journalists.
Almost half of Cambridge students use AI chatbots to complete coursework, yet the University has not investigated any cases of cheating. The Department of Modern and Medieval Languages and Linguistics consider it academic misconduct, however, students continue to take the risk for varying reasons. Some use it to summarize articles and plan essays, while others find it helpful after exams. Even supervisors have been known to use the technology. Will Cambridge take action against this growing trend?
Revolutionizing electronics manufacturing: MIT and Argonne researchers have developed an AI neural network called APT that can accurately reconstruct nanoscale components in just a few minutes.
This article highlights how innovative machine learning techniques are revolutionizing crop recommendations, helping farmers to increase yields while reducing costs and environmental impact. Bo Li’s research is leading the way in this field, providing accurate predictions and effective decision-making tools for the agricultural industry.
This article discusses a review of the applications of biochar, a type of charcoal from pyrolysis, as a result of agricultural biomass waste using machine learning and the circular economy. Biochar has potential to improve crop yields, increase soil fertility and provide carbon sequestration benefits. MDPI provides open access to its journal publications. Dr. Qingchun Wei, an associate professor at Fudan University in China has been researching biochar for environmental protection.
Explore the evolution of tech policy from Obama's optimism to Harris's vision at the Democratic National Convention. What's next for Democrats in tech?