Scientists have created a new method to study how brain cells connect and communicate. They used tiny clusters of brain cells from the cortex and hippocampus. These clusters were allowed to join together on their own, without any artificial support. This setup mimics how brain cells naturally form n
Fake news spreads like wildfire on social media. It's not just one person sharing a false story. It's a group of people, a community, working together. These communities are not static. They change over time. People join, leave, and new groups form. This makes it hard to track how fake news spreads.
The building industry is going green, and recycled cement mortar (RCM) is getting attention. It's eco-friendly, but how strong is it? That's where smart tech comes in. Scientists used artificial neural networks (ANNs) to predict the strength of RCM. They added some smart algorithms to make the ANNs
People are using smart computers to make new medicines. These computers can look at tiny parts of medicine and guess how they work. They can also make new medicines that might help people feel better. First, the computers learn about medicines. They look at how medicines are built. Then, they guess
Video analytics are a big deal, but sending high-quality videos from edge devices to the cloud can be costly. It's not just about the money; it's also about the power and bandwidth used. So, how can we make this process more efficient? Enter LtC, a smart framework that teams up the video source and
AI systems are often tricked by sneaky inputs called adversarial examples. These inputs are tweaked just enough to confuse AI models, but not enough for humans to notice. The tricky part is making these examples work well on different AI systems without being too obvious. A new method called Diff-A
Ever wondered how scientists figure out what's in our bodies? It's not as easy as it sounds. They often use a method called metabolomics. This involves looking at tiny amounts of chemicals, or metabolites, in our cells. The problem is, there are lots of unknown metabolites out there. And without a r
Modern buildings are becoming more intelligent, with sensors monitoring various aspects like temperature and air quality. However, these sensors often fail to capture all necessary data, leading to gaps that can disrupt building management efforts. Researchers recently developed a clever solution t
Researchers have found a clever way to figure out the best conditions for a magnesium alloy called AZ91D to work well under heat. They used a computer model that mimics the human brain, called an artificial neural network (ANN), to predict how much wear and friction happen when the alloy is tested.
Brain-inspired computers, called Spiking Neural Networks (SNNs), are great for low-power devices like wearables and sensors. But one key part, the leaky time constant (LTC), hasn't been fully studied. The LTC helps these computers process information over time. Scientists tested how changing the LTC
