A new study reveals how biological branching networks use surface geometry to shape blood vessels, brains, and plants.
Find out how and why mathematics is used in microeconomics, its limitations, and the math skills that economics students need.
Dr. Gunjan Sharma develops DP-coloring frameworks to ensure seamless coordination and predictable complexity in large-scale ...
Following CES Unveiled, FIRSTHABIT will officially unveil its next-generation learning platform CHALK 4.0 during the CES 2026 ...
CNN reporter Harry Enten issued a devastating blow to US President Donald Trump as he shared a news alert on the latest ...
As schools across the U.S. continue to grapple with low math achievement and persistent staffing shortages, some district leaders are exploring whether artificial intelligence can aid in improved ...
This year has seen some amazing advancements in fundamental mathematics. Researchers have made breakthroughs in geometry, topology, chaos theory, and more. And a startling three of our top 10 ...
Abstract: Complex network has been a powerful tool for time series analysis by encoding dynamical temporal information in network topology. In this article, we introduce a framework to build a bridge ...
Abstract: Equivariant quantum graph neural networks (EQGNNs) offer a potentially powerful method to process graph data. However, existing EQGNN models only consider the permutation symmetry of graphs, ...
Grand View Elementary first-grader Penelope Fowler and parapro Kim Zandbergen count blocks to complete an Illustrative Math challenge Grandville — Leland Smith says he really likes math, but it’s not ...
Thinking of getting an electric vehicle? E.V.s tend to be pricier than comparable gas cars, but they have lower maintenance costs. And charging with electricity is typically cheaper than stopping at ...
This paper presents the practical applications of Laplacian and signless Laplacian spectra across various fields including theoretical chemistry, computer science, electrical engineering, and complex ...