Researchers.One: A New Model for Open Access Publishing and Peer Review
Researchers have developed a genuinely open-access peer review publication platform they believe will promote academic freedom, broaden dissemination and improve the quality of scientific research.
Researchers Identify Promising Proteins for ALS Diagnosis and Prognosis
A team led by an NC State researcher with ALS has discovered new links between particular proteins and this deadly disease.
Building Better Predictions From Polls
Inaccurate 2016 election predictions were due not to shy voters or flawed surveys, but to excessive averaging over multiple polls. An NC State statistician proposes a better model.
Researchers Find Bacterioplankton Rely on Environmental Vitamin B1 Rather Than Making Their Own
New research could have impacts on aquatic microbial food webs, as well as energy and nutrient exchange.
Physicists Create Guidelines for Non-Equilibrium Measurements of Many-Body Systems
A research team found that electrons in materials in a non-equilibrium state don’t necessarily behave in the same way that materials in equilibrium do, which could affect experimental results.
Detecting Gluons Inside Pions: 5 Questions With NC State Physicists
Physicists Patrick Berry and Chueng Ji are learning more about how nuclei are assembled, which could increase our understanding of how the universe works.
Rocky Road: Nanocars Roll, Hop and Skid Across Surfaces
New research finds a nanocar’s rolling wheels can move the vehicle in a straight line in distances up to 16 times its body length.
Math in Motion
An NC State mathematician and a dancer have worked together to create a unique modern dance performance that brings math concepts to life.
Rapid Cloud-Clearing Phenomenon Could Provide Another Piece of Climate Puzzle
New NC State research published in Science shows rapid and dramatic clearing of low cloud cover could shed light on how clouds affect Earth’s heating and cooling.
Following the Path: Making Huge Calculations Predictable
A new approach narrows down huge calculations, like those involved in quantum physics, by focusing on a single, predictive parameter.