Physics can feel inscrutable to students; this lesson helps them understand a graphing problem by analyzing their own ...

Learn how to turn AI into a study feedback loop for faster learning, better self-correction, and deeper academic understanding. Most students use AI tools like calculators: ask a question, get an ...

Abstract: Graphs-based neural networks are powerful tools for analyzing intricate non-euclidean data structures to solve complex real-world problems bounded by latency and throughput constraints.

An electric vehicle plugged into a fast charger in Rutland on Feb. 17, 2022. File photo by Glenn Russell/VTDigger To celebrate Earth Day, two nonprofits have announced the launch of a Vermont-specific ...

2. A constant slope implies constant velocity, and thus no acceleration. 3. A changing slope indicates that velocity is changing, signaling acceleration. To find acceleration from a graph, calculate ...

In physics, displacement is a key concept that allows us to measure an object’s overall change in position. One way to determine such displacement is by analyzing a velocity-time graph. In this ...

The triangle ain't equilateral. Also, I read the jar drawing as being constant speed, not constant acceleration. Each consecutive falling object is at a constant horizontal distance. At the small ...

Abstract: Image segmentation is one of the most important steps in image processing. The graph cut is an effective method for the image segmentation. For calculating the graph cut, the max-flow ...

I have to learn similarity between graphs using deep learning. I have many samples (~500k) of graphs. Graphs have ~5000 nodes and ~4000 edges in the average. How can I compute similarity score between ...

Researchers used the ultra-intense J-KAREN laser to directly accelerate ions by irradiating the thinnest and strongest graphene target. First experimental realization of energetic ions driven by ...