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Radiation Therapy Algorithm Could Substantially Reduce Side Effects, Maintain Effect Against Tumors

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A graphic shows the ultrastructural morphology exhibited by coronaviruses. Graphic by the CDC.

Jan 12, 2023

Researchers Fix ‘Fundamental Flaw,’ Improving Pandemic Prediction Model

By modifying an existing pandemic model, NC State mathematicians substantially improved its accuracy in predicting disease spread.
icebergs in water

Dec 17, 2021

Time Lag Between Intervention and Actual CO2 Decrease Could Still Lead to Climate Tipping Point

A lag between intervention and CO2 decrease could have ramifications for climate change.
Electron microscope image of the SARS-CoV-2 virus.

Feb 10, 2021

Bidirectional Contact Tracing Could Have a Dramatic Impact on COVID-19 Infection Numbers

NC State mathematician Alun Lloyd recently co-authored a study that found bidirectional contact tracing is twice as effective as forward tracing, the contact tracing method currently in use.
Black Box Dance Theatre dancers rehearse for their Applied Dance + Inspired Mathematics performance

Sep 17, 2018

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.
Path of the quantum wave function

Jul 17, 2018

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.
SAS Hall

Feb 15, 2018

Mathematician Named Sloan Research Fellow

NC State mathematician Tye Lidman has received a prestigious 2018 Sloan Research Fellowship.
The NC State belltower.

Jan 8, 2018

Radiation Therapy Algorithm Could Substantially Reduce Side Effects, Maintain Effect Against Tumors

A new mathematical model for computing radiation therapy treatments could reduce side effects while delivering the same results as conventional radiation therapy.