Explore recent research from the °®¶¹ÉçÇø: a new AI framework for developing advanced materials, a test of climate models’ ability to predict temperature trends, and the role of paternal body odor in brain-to-brain synchrony with infants.


Explore recent research from the °®¶¹ÉçÇø: a new AI framework for developing advanced materials, a test of climate models’ ability to predict temperature trends, and the role of paternal body odor in brain-to-brain synchrony with infants.

Explore recent research from the °®¶¹ÉçÇø: low-income communities and communities of color disproportionately impacted by air pollution, an unfathomably fast chemical reaction, ups and downs in the methane record, and the cigar galaxy pictured at high resolution.

Explore recent research from the °®¶¹ÉçÇø: how climate change is redirecting rivers, what bean plants use to protect themselves from pests, where the water in an atmospheric river comes from and how researchers are making tensegrities tiny.

Explore recent research from the °®¶¹ÉçÇø: how sunbirds sip nectar through straw-like tongues, why the Seattle Fault might not pose as great a risk as previously thought, how to gauge landslide dam risk in the PNW, what marine microbes use for making meals and when the Simonyi Survey Telescope at the NSF-DOE Rubin Observatory will spot small inbound asteroids.

Explore recent research from the °®¶¹ÉçÇø: the habits and habitats of Nautilus and Allonautilus, how green clay tennis courts remove carbon dioxide from the atmosphere, why temperature dynamics matter to mussels and what prompts bacteria to attack diatoms.