Day September 11, 2025
HMN 2025: Teens are less defiant when parents model values and show understanding
HMN 2025: How New technology turns paintings into holograms, bringing art to life
HMN 2025: Why sharing data between tech rivals can be an effective strategy
HMN 2025: What is the tale of the creature with the most chromosomes
HMN 2025: How ‘Three-tailed’ lipid helps cells survive during heart attack and stroke
HMN 2025: How Physical neural networks exploit light to train more efficiently
HMN 2025: How plants use sugar flow to control microorganisms at their roots
HMN 2025: Students with overprotective parents are more vulnerable to anxiety during their transition to university
HMN 2025: How Students in England and Australia are supposedly poor at learning languages. Our research shows this isn’t true
HMN 2025: How Streaming video-on-demand episodes gradually boosts consumers’ searches, subscription rates
HMN 2025: How Stem cell–based embryo models reveal pathway to understanding fertility
HMN 2025: Why some steel truss bridges stay standing after potentially catastrophic failure
HMN 2025: How State school finance reforms increase racial and ethnic funding inequities
HMN 2025: How Spatial patterns of Tianshui’s folk fortresses show how local landscapes shaped community defense
Examples of Tianshui fortresses with drone aerial records. Credit: Humanities and Social Sciences Communications (2025). DOI: 10.1057/s41599-025-05399-2 A research team from the Aerospace Information Research Institute (AIR) of the Chinese Academy of Sciences has systematically mapped and analyzed the cultural…
HMN 2025: How Solid-state device harvests body heat to power battery-free wearables and IoT sensors
Operational principle and thermopower of the solid-state TD-assisted TG cell. Credit: Energy & Environmental Science (2025). DOI: 10.1039/D5EE01216C A research team affiliated with UNIST has unveiled a technological advancement that allows body heat to generate electricity sufficient to power electronic…
HMN 2025: How Software tool turns everyday objects into animated, eye-catching displays—without electronics
FabObscura is a system for creating visually dynamic physical media based on the classic barrier-grid animation technique. We introduce a novel parameterization and computational design tool for systematically designing new barrier-grid animations without domain expertise. Our abstraction is expressive enough…
HMN 2025: How Software company Oracle shares surge more than 35% on huge AI deals
HMN 2025: How Rolling soft electronics yields 3D brain probes for precise neuron mapping
HMN 2025: How Smartphones in cars offer new way to monitor city road conditions
HMN 2025: Why small business owners are more likely to be right wing
HMN 2025: How Skin protein is found to use physical tension to control tissue growth
Credit: Nature Communications (2025). DOI: 10.1038/s41467-025-62270-3 Investigators at Johns Hopkins Medicine report new evidence that the protein Piezo1 controls skin growth by detecting when skin is stretched and then coordinating the metabolic and immune changes necessary for growth. Experts say…
HMN 2025: How Simulations solve centuries-old cosmic mystery—and discover new class of ancient star systems
HMN 2025: How Marketing study applies screening tool to identify competitors in geographical markets
HMN 2025: How Scientists uncover a clean, natural process that nourishes rivers, supports fish and honors innovation
HMN 2025: How to uncover extreme life inside the Arctic ice
HMN 2025: What is the mechanism behind sea urchin twinning
HMN 2025: How quasi-moon orbiting the Earth for the last 60 years—and is not the first one
HMN 2025: What is the hydrogel platform for long-lasting, precision drug delivery
HMN 2025: How to harness the power of collapsing bubbles to propel tiny robots
HMN 2025: What is the curvy answer to harnessing ‘swarm intelligence’
HMN 2025: How Robots could help kids conquer reading anxiety
HMN 2025: How RoboBallet system enables robotic arms to work together like a well-choreographed dance
HMN 2025: How RNA technology ‘hacks’ into phage replication, offering new insights into molecular interactions
ASOs silence ?KZ transcripts in Pseudomonas. Credit: Nature (2025). DOI: 10.1038/s41586-025-09499-6 Bacteriophages, or phages for short, are viruses that infect bacteria. Using phages therapeutically could be very useful in fighting antibiotic-resistant pathogens, but the molecular interactions between phages and host…
