Feature Stories
Updates every hour. Last Updated: 6-Apr-2026 16:15 ET (6-Apr-2026 20:15 GMT/UTC)
Can Taylor Swift teach botany? Music videos boost meaningful learning and help combat “plant blindness”
Universidad Miguel Hernandez de ElcheIn a student-centered teaching project, undergraduates analyzed botanical elements in Taylor Swift music videos to activate prior knowledge and reinforce complex plant science concepts. The experience reports improved comprehension, high student satisfaction, and potential to counter “plant blindness” through popular culture.
ETRI unveils “Safe LLaVA,” a vision language model with enhanced safety
National Research Council of Science & TechnologyKorean researchers have achieved a breakthrough in the safety of generative AI. They developed a vision language model optimized for safety and released it for the first time. In this model, AI can preemptively analyze both images and text, even detecting risks. The research team is paving the way for a safe AI era. ETRI announced that it has unveiled a new type of vision language model called “Safe LLaVA,” which structurally enhances safety in generative AI models.
- Funder
- Ministry of Science and ICT
How natural language processing and AI can help policymakers address global food insecurity
CGIARThe (microbe) highway to the danger zone
La Jolla Institute for ImmunologyThe science of Ramadan fasting
University of California - Riverside(6,5) Carbon nanotubes: ultrahigh-purity synthesis achieved through trimetallic catalyst innovation
Advanced Institute for Materials Research (AIMR), Tohoku UniversityResearchers at AIMR achieved breakthrough 95.8% purity synthesis of (6,5) carbon nanotubes using a novel NiSnFe trimetallic catalyst. The discovery of Ni3Sn crystal formation within catalyst nanoparticles enabled selective chirality control. This advancement opens pathways for semiconductor device applications and establishes multi-element catalysts as a promising approach for single-chirality nanotube synthesis.
- Journal
- ACS Nano
Popping the cork on new low-cost carbon capture method
Texas A&M UniversityNaturally fearless? A UVM neuroscientist on how elite athletes view risk
University of VermontImagine soaring more than 400 feet in the air before landing on skis, launching off a nearly 50-foot platform strapped to a snowboard, or sledding face first over 80 miles an hour down a sheet of ice—on purpose. Spectators of the 2026 Winter Olympic Games may wonder if the brains of elite athletes are wired differently than the rest of us mere mortals. For neuroscientist Sayamwong Hammack, professor of psychological science at the University of Vermont, the answer is much more complicated.