Faculty Labs

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186 Labs Found
Psychology of Misinformation Lab
Led by Briony Swire-Thompson, the Psychology of Misinformation Lab studies why people believe in misinformation, why people share misinformation online, and how corrections can be designed to foster belief change.
Quantum Matter and Correlated Electron Theory Lab
The Fiete lab has broad interests in condensed matter physics that range from confined electrons at the nanoscale to frustrated magnetism in macroscopic samples. Their research focuses primarily on interaction effects in quantum many-body systems. The theoretical methods they use range from numeric..
Reid Lab
Led by Dr. Brie Reid, PhD, we study how climate stress, environmental stressors, water insecurity, metal exposures, climate-change induced food insecurity can impact human development through prenatal/postnatal stress physiology and nutrient mechanisms.
Respiratory Innovation and Simulation Team
This lab combines state-of-the-art experimental and numerical methods to quantify the health impacts of inhaled toxins (e.g. e-cigs) or to optimize inhaled therapeutics.
Ries Lab
The program investigates a wide range of subjects in the marine and geological sciences, including global climate change, ocean acidification, paleoceanography, paleobiology, carbonate sedimentology, isotope geochemistry, biomineralization, and carbon sequestration.
Ruberti Lab
Jeffrey Ruberti's research focuses on tissue engineering of load-bearing matrix (bone, cornea), bioreactor design, multi-scale mechanobiochemistry, statistical mechanics, energetics microscopy, high-resolution imaging, and biopolymer self-assembly.
Saavedra Lab of Host-Microbe Interactions
The Saavedra lab investigates host-microbe interactions in health and disease through an immunology and cell biology lens.
Sage Lab
Professor Sage’s research is motivated by a fascination with the physical basis for the function of proteins. He develops and applies novel spectroscopic approaches to understand the structure, dynamics, and function of biological macromolecules.
Sayre Photocatalysis Research Group
Photocatalysis captures the energy of light to power chemical transformations. The Sayre Photocatalysis Research Group designs low-energy photocatalysts and investigates the mechanisms of light-activated chemistry. Applications of photocatalysis include solar fuels, pharmaceutical synthesis, plant-..
Biochemistry
Shefelbine Lab
The Shefelbine Lab studies multiscale mechanics and musculoskeletal mechanobiology.
Sherbo Lab
The Sherbo Lab is focused on converting abundant and waste gases like CO2 and N2 into foods, fertilizers and fuels. The lab uses two main strategies to accomplish this goal. The first is electrocatalysis, a method of performing chemical reactions like gas reduction using clean electricity. The seco..
Sive Lab
The Sive Lab, led by Hazel Sive, studies the development of the vertebrate embryo. The group has made unique contributions to the fundamental questions of how the face forms and how the brain develops its normal structure. Research in the Sive lab emphasizes neurodevelopmental and craniofacial di..

News

How teens make decisions: Juliet Davidow’s research sheds light on motivation and the adolescent mind

When Juliet Davidow was a teenager, she noticed something curious: Even though she and her friends shared similar life experiences, their outcomes often looked very different.

“Some teens I was friends with came through their adolescence relatively unscathed, whereas others were less fortunate,” says Davidow, an assistant professor of psychology at Northeastern University.

That early observation sparked a lasting interest in how people grow and change. In college, Davidow began studying how the human brain develops over time — and how that development influences thoughts, emotions and behavior.

 

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Photo by Alyssa Stone/Northeastern University

April 01, 2025

Are seed oils bad for you? Moderation is the key, Northeastern experts say

Seed oils have recently come under heavy scrutiny but consuming them in moderation does not present a major health risk, according to Northeastern University experts.

“There are fractions of populations who consume a lot of oil just from a single source and that’s the concern,” says Jing-Ke Weng, a professor of chemistry, chemical biology and bioengineering at Northeastern University.

Weng recommends consuming a variety of oils, eating different types of foods in moderation and avoiding highly processed foods.

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Photo by Jeffrey Greenberg/Universal Images Group via Getty Images.

March 26, 2025

What is a conlang? A linguist explains how languages in ‘Game of Thrones,’ ‘The Lord of the Rings’ and ‘Star Trek’ are created

Years before J.R.R. Tolkien published “The Lord of the Rings” and “The Hobbit,” he had started work on a language in search of a world.

Even before Bilbo Baggins set out on his grand adventure, Tolkien was tinkering with the many  languages that filled Middle-earth. He called it his “secret vice,” one he spent decades working on, up until his death in 1973 –– and he’s not alone.

Constructed languages, or conlangs, are everywhere in fantasy and science fiction, from “Game of Thrones” to “Star Trek,” but they also exist outside of fiction, too.

According to Adam Cooper, director of the linguistics program at Northeastern University, a conlang is any language that has been consciously designed. Developing a conlang involves creating a full linguistic system –– from the most basic units of sound to words, sentences and vocabulary –– from scratch. There’s a reason Tolkien spent decades creating his Elvish languages.

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Photo credit: HBO

March 25, 2025
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Could biology hold the key to the future of computing? This Northeastern physicist is on a mission to find out

Almost all modern technology relies on the ability of electrons to carry charge. This is essential for electricity, power transmission, electronic devices, battery storage and many other uses.

However, electrons possess another built-in property beyond charge — spin. Scientists have been trying to harness this property for years, says Paul Stevenson, an assistant professor of physics at Northeastern University, leading to the emergence of a new field called spintronics.

“People have tried to find ways to make new materials that can manipulate this spin property as well as the charge property,” he says.

Surprisingly, research over the last decade suggests that nature may have already mastered what scientists have been trying to engineer. Stevenson explains that biomolecules seem to naturally use this property of electrons.

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Photo by Matthew Modoono/Northeastern University

March 18, 2025

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