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A new report from a group of Northeastern researchers explores across disciplines how biotech can ensure safe, sustainable life beyond Earth.
The key to international space cooperation is developments in biotechnology, Northeastern researchers say
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The NeuroPRISM lab, led by assistant psychology professor Stephanie Noble, makes tools that pave the way for reliable and reproducible neuroimaging of the brain.
Precise maps of the brain’s deepest corners are made possible through tools developed by these Northeastern researchers
Nanomedicine could reduce the frequency of breast and ovarian cancer treatments, research finds
A Northeastern University researcher is using nanomedicine to develop a time-released immunomodulatory treatment that would lengthen time between hospital visits for patients fighting advanced breast cancer. Most cancer drugs require continual daily or weekly delivery, leading to frequent hospital visits, says Needa Brown, an assistant teaching professor of physics at Northeastern. “It’s not the best...
The physics of rapid ‘depressurization.’ Passengers on Alaska Airlines flight 1282 likely would have died if blowout occurred above 40,000 feet, physicist says
If the Alaska Airlines plane that lost a portion of its fuselage while ascending after takeoff Friday had been flying at normal cruising altitude, its passengers and crew would probably have died from the depressurization event, according to a Northeastern expert. The Boeing 737 Max 9 airplane was only minutes into its flight from Portland,...
Innovations in the Introductory Physics Labs
The Introductory Physics Laboratory (IPL for short) in the College of Science is one of the biggest teaching labs at Northeastern, serving about 1,300 students every term. It is supervised by professors Baris Altunkaynak, Oleg Batishchev and Paul Champion. Ron Zettlemoyer and Austin Beaudette are the electronics and instructional lab support technicians. There is a...
The world’s most powerful particle accelerator is helping discover the universe’s deepest secrets
Located at the European Organization for Nuclear Research (CERN) near Geneva, Switzerland, the Large Hadron Collider (LHC) is the world's most powerful particle accelerator and is used to study elementary particles and their interactions.
The Aramaki Lab reaches new heights with the GRAMS project
The Aramaki Lab at Northeastern University, led by Assistant Professor Tsuguo Aramaki, is making exciting advances in the field of astrophysics.
Why do robots need to use whips? Researchers test the extremes of human motor control to advance robotics
On any given day, Richards Hall on Northeastern University’s Boston campus is filled with the sound of students’ shuffling feet or energetic class discussions, but this week you might have heard something else: a whip cracking.
How to safely watch Oct. 14 ‘ring of fire’ eclipse
A spectacular ‘ring of fire’ solar eclipse on Oct. 14 will be a sight worth viewing, but only with proper eye protection, according to Northeastern University experts.
Rock and dust from asteroid Bennu offers unprecedented opportunity to study origins of the solar system, cosmologist says
The recovery of 8.8 ounces of rock and dust from the asteroid Bennu on Sunday is a scientific game changer, says Northeastern physics professor and cosmologist Jacqueline McCleary.
Miss looking up and seeing stars? Light pollution is becoming more and more of a problem, expert says
Look up in the night sky and what do you see? Probably a whole lot of light — and not from celestial bodies.
These goggles scan your brain to detect neurological and vision function loss
It combines a smartphone in a virtual reality headset with a brain sensor and plays podcasts.
New laser treatment for ovarian cancer gets $2.7 million development grant
A biomedical physics lab at Northeastern has received a $2.7 million grant to develop a new treatment for ovarian cancer that will use lasers to spot and target chemo-resistant cancer cells and boost a patient’s immune system.
Northeastern’s Department of Physics is spearheading the discovery of revolutionary phenomena in quantum materials
At the intersection of quantum materials and revolutionary technological applications, two Northeastern community members’ latest contribution to "Science" unveils the phenomenon of a new type of nonlinear Hall effect—a discovery with tantalizing implications for our future. Postdoctoral Research Associate Barun Ghosh and University Distinguished Professor Arun Bansil of Northeastern's Department of Physics were recently published in this widely respected and reputable academic journal for their research article, “Quantum metric nonlinear Hall effect in a topological antiferromagnetic heterostructure.”