Welcome back, Princeton! Today we sit down with Lina and Jovian as they talk about why they're working on B Cubed, what drew them to science communication, and what to expect for future episodes!
Welcome back, Princeton! Today we sit down with Lina and Jovian as they talk about why they're working on B Cubed, what drew them to science communication, and what to expect for future episodes!
In this episode of Brains, Black Holes, and Beyond, we sit down with Princeton researcher Dr. Jamey R. Szalay to discuss the science behind Jupiter's auroras.
In this episode of Brains, Black Holes, and Beyond, we sit down with Princeton researcher Dr. Jamey R. Szalay to discuss the science behind Jupiter's auroras.
This article is the second installment in a series that explores one of Princeton’s most distinct academic traditions: the requirement of junior and senior independent work for nearly all undergraduate students. As thousands of students conduct and present unique research every year, these Features articles shed light on the inspiration, the outcomes, and everything in between.
This article is the second installment in a series that explores one of Princeton’s most distinct academic traditions: the requirement of junior and senior independent work for nearly all undergraduate students. As thousands of students conduct and present unique research every year, these Features articles shed light on the inspiration, the outcomes, and everything in between.
Professor of Astrophysical Sciences Nathaniel Fisch and his team recently received $1.5 million in funding from the United States Department of Energy for their novel project titled, “Economical Proton-Boron11 Fusion”
Professor of Astrophysical Sciences Nathaniel Fisch and his team recently received $1.5 million in funding from the United States Department of Energy for their novel project titled, “Economical Proton-Boron11 Fusion.”
The team of researchers, comprised of students and professors across several University departments, successfully replicated the lung development of the brown anole lizard in order to achieve this milestone.
The team of researchers, comprised of students and professors across several University departments, successfully replicated the lung development of the brown anole lizard in order to achieve this milestone.
More elephants in Mozambique have no tusks as a result of a painful, 15-year civil war. An ocean and thousands of miles away, assistant EEB professor Shane Campbell-Staton and his team are looking at why and how this example of remarkably fast evolution came to be. Their studies have attracted media attention from newspapers to Trevor Noah, and display how closely human activity can be tied up in the process of evolution.
More elephants in Mozambique have no tusks as a result of a painful, 15-year civil war. An ocean and thousands of miles away, assistant EEB professor Shane Campbell-Staton and his team are looking at why and how this example of remarkably fast evolution came to be. Their studies have attracted media attention from newspapers and Trevor Noah, and display how closely human activity can be tied up in the process of evolution.
Kang’s lab focuses on two central questions in cancer treatment: why do some patients develop metastatic disease, and why they are so difficult to treat?
Kang’s lab focuses on two central questions in cancer treatment: why do some patients develop metastatic disease, and why they are so difficult to treat?
According to Datta, the discovery is significant for many important energy, environmental, and industrial processes like groundwater remediation.
According to Datta, the discovery is significant for many important energy, environmental, and industrial processes like groundwater remediation.
Card and Angrist join fellow Nobel laureates Professor Syukuro Manabe, Professor David MacMillan, and Maria Ressa ’86, who won this year’s Nobel Prize in Physics, Chemistry, and Peace, respectively.
Card and Angrist join fellow Nobel laureates Professor Syukuro Manabe, Professor David MacMillan, and Maria Ressa ’86, who won this year’s Nobel Prize in Physics, Chemistry, and Peace, respectively.
This Earth Day, the ‘Prince’ sat down with members of the Princeton Birding Society, a group of students dedicated to ornithological education, conservation efforts, and the practice of birding. “Birding is a really unique intersection of what some might see as a hobby that's actually fueling really important discoveries about bird ecology and evolution,” said Cassie Stoddard, faculty advisor to PBS.
This Earth Day, the ‘Prince’ sat down with members of the Princeton Birding Society, a group of students dedicated to ornithological education, conservation efforts, and the practice of birding. “Birding is a really unique intersection of what some might see as a hobby that's actually fueling really important discoveries about bird ecology and evolution,” said Cassie Stoddard, faculty advisor to PBS.
A five-fold increase in the amount of mRNA administered within each vaccination would heighten immune responses, thus boosting the efficacy of COVID-19 vaccinations in conferring immunity and curtailing the spread of the coronavirus.
A five-fold increase in the amount of mRNA administered within each vaccination would heighten immune responses, thus boosting the efficacy of COVID-19 vaccinations in conferring immunity and curtailing the spread of the coronavirus.
After months of coordinated preparation among University staff, the lab — located within the Molecular Biology Department — is now operational.
After months of coordinated preparation among University staff, the lab — located within the Molecular Biology Department — is now operational and will allow for faster results.
The idea? Applying cold plasma — a safe, natural disinfectant with a temperature of around 50°C — to common surfaces to provide continuous disinfection.
The idea? Applying cold plasma—a safe, natural disinfectant with a temperature of around 50°C—to common surfaces to provide continuous disinfection.
Dieng, a researcher in generative modeling, is making history as Princeton’s first Black woman in the School of Engineering Applied Science (SEAS) and first Black faculty member in the Department of Computer Science.
Dieng, a researcher in generative modeling, is making history as Princeton’s first Black woman in the School of Engineering Applied Science (SEAS) and first Black faculty member in the Department of Computer Science.
“You really need to be connected to students, or you don’t get the energy that they provide. You need to collaborate with students, not only because that gives you a means to get work done, but also sparks ideas,” Burrows said of the connection between research and teaching.
