The Impact of Clouds on Climate Changeby Lauren EverettCloud formation and other fundamental knowledge can enhance future climate models
NewsAdvancing Chemistry with AI: New Model for Simulating Diverse Organic Reactionsby Carnegie Mellon UniversityNew machine learning model paves the way for efficient simulations of reactive processes, no supercomputer required
NewsHow Black Silicon Gets Its Dark, Rough Edgeby Princeton Plasma Physics LaboratoryResearchers have modeled how fluorine etched peaks form in silicon, creating a material that is highly light absorbent
NewsCoastal Populations Set to Age Sharply in the Face of Climate Migrationby Florida State UniversityIndirect processes could create 5.3 to 18 times the number of climate migrants as those displaced by rising seas
NewsSodium’s High-Pressure Transformation Can Tell Us a Lotby University at BuffaloScientists reveal how the element’s electrons chemically bond when under pressures like those found below Earth’s crust
NewsScientists Uncover Link between the Ocean’s Weather and Global Climateby University of RochesterUsing mechanical rather than statistical analysis, the team offers a new framework for understanding the climate system
NewsScientists Might Be Using a Flawed Strategy to Predict Impacts of Climate Changeby University of ArizonaUniversity of Arizona researchers say change is happening faster than trees can adapt
NewsCustom Software Speeds Up, Stabilizes High-Profile Ocean Modelby Oak Ridge National LaboratoryNew solver algorithm reduces the total run time of the Model for Prediction Across Scales-Ocean
NewsA Mathematical Model Connects the Evolution of Chickens, Fish, and Frogsby University of California - San DiegoA research team has built a mathematical model that can accurately predict gastrulation flows
NewsHow Can We Evaluate the Quality of Global Water Models?by International Institute for Applied Systems AnalysisInconsistencies between the results of different global water models make certain conclusions uncertain
NewsPlants Might Be Able to Absorb More Carbon Dioxide than Previously Expectedby Trinity College DublinNew models that incorporate more of our understanding of plant physiology project stronger vegetation carbon uptake