The researchers developed a novel synaptic architecture that could lead to a new class of information processing systems inspired by the brain. Prototype chips containing over one million nanoscale memristive devices were used to implement a neural network for detecting hidden patterns and correlations in time-varying signals.
Scientists at New Jersey Institute of Technology's Owens Valley Solar Array (EOVSA) captured potent solar flares in multiple radio frequencies for the first time. The new data reveals that high-energy particles are promptly transported throughout the explosive magnetic field, shedding light on the acceleration process.
Dr. Treena Arinzeh's bioactive composite matrix is designed to work alone or with patient's own bone marrow to repair bone defects, offering improved cell attachment, bone ingrowth and formation. The technology aims to reduce recovery time and cost associated with bone grafts.
NJIT establishes a Talent Development Center with $1.2M grant from NJLWD to create new career pathways for workers in the construction and utilities sector. The institution also expands its Technology Advisory Network to focus on technology development and workforce planning.
A nanotechnology-enhanced biochip developed by NJIT engineer Eon Soo Lee can detect deadly diseases such as ovarian cancer and pneumonia early in their progression. The device, which analyzes a tiny amount of blood within two minutes, has the potential to improve treatment outcomes significantly.
The NJIT-led project, LiFE, aims to showcase STEM as a collaborative space that fosters real-world problem-solving skills in girls of all academic levels. The program leverages corporate and government partnerships to develop cost-effective templates for broad participation in STEM careers.
A NJIT graduate student has developed a method to accelerate the combustion of boron, a metal with high energy potential. Adding iron to boron improves ignition and speeds up its burning in air and steam.
Researchers developed models to predict oil droplet size and gas bubble movement, finding dispersant use reduced toxic compounds and protected emergency workers. The study provides first answers to controversial policy questions about deep-sea petroleum releases.
A NJIT researcher is leading a global ham radio experiment to study the effects of the solar eclipse on Earth's ionosphere. He will contact a network of ham radio operators worldwide to test their high frequency signals and measure the eclipse's impact.
Researchers at New Jersey Institute of Technology are investigating solar physics to improve prediction and countermeasures for explosive solar events. They're using high-resolution radio data from state-of-the-art telescopes like Owens Valley Solar Array.
A NJIT graduate student has won an IBM fellowship to develop computer systems that mimic the human brain's architecture. The goal is to raise computers' learning and inference capabilities while lowering energy consumption.
Researchers have developed a quantum dot photoelectrochemical cell that achieves quantum efficiency for hydrogen gas production exceeding 100%, enabling more efficient solar energy conversion. This breakthrough has significant implications for the future of producing 'green' fuel.
Researchers use new telescope images to reveal the emergence of small-scale magnetic fields in the corona, which may trigger solar flares. The study suggests that these magnetic field structures are linked to the onset of a main flare and could help predict flares with more precision.
Scientists at New Jersey Institute of Technology propose that cell components store energy on their outer edges, a strategy used by various cells daily. This discovery could lead to the development of new materials with unique properties, including applications in energy-efficient solar cells and sound deadening.
A team of researchers at New Jersey Institute of Technology has developed spectral and co-spectral techniques to measure changes in subsurface water temperature and salinity. The methods, validated with a year's worth of data from two beaches in Alaska, can help coastal scientists anticipate changes in coastal ecosystems.
A new grant will help increase range of motion for individuals with Duchenne muscular dystrophy by developing an exoskeleton that provides intuitive robotic guidance controls and motorized assistance. The device aims to spare muscle deterioration, keeping people stronger for longer.
A new optical device has provided the most precisely detailed, real-time pictures to date of solar activity occurring across vast stretches of the star's surface. The system corrects images distorted by atmospheric turbulence, allowing researchers to analyze magnetic events and forces that propel the star's magnetic fields.
Researchers discovered that solar flares accelerate sunspot rotation speeds, revealing a complex relationship between the Sun's magnetic fields. This phenomenon challenges current theories on solar flares and has significant implications for understanding energy transport in eruptions.
Researchers find that birds with more complex songs perform better in rhythm and interact more skillfully with others. The study suggests that musical ability in birds may be a precursor to human music evolution.
Researchers studied placodont teeth to understand how evolution shaped traits for survival. They found that despite predictions, later placodonts developed unique and complex teeth structures, possibly similar to early human molars.
A new study reveals that beach salinity is increasing due to evaporation, affecting invertebrates such as mussels and crabs. The findings suggest that temperature rise and relative humidity are the primary drivers of this change, with implications for animal migration and survival.
Researchers at NJIT's Center for Resilient Design are developing solutions to protect Greenwich Township from flood waters. The project aims to balance human and ecosystem needs while restoring natural environments like tidal wetlands and protecting upland habitats.
NJIT will receive $20 million in capital funding to renovate classrooms and laboratory spaces, with a focus on creating a cutting-edge Makerspace. The facility will provide state-of-the-art equipment and resources for students, faculty, and regional companies, fostering innovation and collaboration.
Researchers studied Physarum polycephalum's decision-making abilities using the two-armed bandit problem, finding it compares relative options to make adaptive decisions. The slime mold's algorithm exploits environments in proportion to their reward experienced through past sampling.
NJIT's TAB program provides free technical assistance to East Coast communities, prioritizing contaminated sites and developing grant proposals. The new $3 million grant expands the program into the Southeast, helping hundreds of communities across the Eastern US over five years.
Scientists at NJIT's Big Bear Solar Observatory captured unprecedented images of a recent solar flare, including bright flare ribbons and coronal rain. These observations provide new insights into the complex dynamics of the Sun's atmosphere and the massive eruptions on its surface.
A massive solar storm could disrupt communications satellites, knock out GPS systems, and shut down air travel and lights in millions of homes. The US government is taking the threat seriously, increasing support for research and forecasting to mitigate the impact.
Researchers from NJIT identified a species of blind cavefish in Thailand with tetrapod-like pelvic girdle, enabling it to walk and climb waterfalls. This discovery provides insight into the evolution of walking on land and convergent morphological features.
A team of NJIT students, backed by the EPA, is designing a low-cost water filter to combat chronic kidney disease in rural Sri Lanka. The filter aims to absorb heavy metals and disease-causing pathogens using locally available materials.
Researchers found that people who try to remove or justify embarrassing content on social media experience a decline in their relationship with the offender. In contrast, frequent communication with the offender makes it less likely for the victim to experience reduction in closeness.
Researchers have imaged a shock and its time evolution during a long-lasting solar flare, demonstrating its role in accelerating particles. The study used the Karl G. Jansky Very Large Array to capture over 40,000 individual images per second, revealing the dynamic evolution of the termination shock.
Army ants construct complex bridges from their own bodies to span gaps and create shortcuts in the floor of the tropical forests of Central America. These living bridges are made up of dozens of ants and can assemble and disassemble in a matter of seconds.
The New Jersey Innovation Institute will work with thousands of medical practices to implement a value-based care system, compensating caregivers for keeping patients well through ongoing disease management. The program aims to reduce hospital readmissions and improve health outcomes for patients with complex conditions such as diabete...
Researchers investigate the effects of shock waves on the brain to design helmets that can withstand penetrating blasts from IEDs. The goal is to develop specifications guiding the development of new personal protection systems for soldiers.
The New Jersey Institute of Technology has received a $2.9 million federal grant to develop and manage an accurate Master Person Index for secure healthcare data exchange. This platform will enable seamless sharing of patient records among providers, enhancing patient care in the state.
Scientists at NJIT's Big Bear Solar Observatory have captured groundbreaking images of the Sun's interior structure, revealing complex dynamics of sunspots' dark cores. The high-resolution images show finely structured plasma flows and oscillating cool jets piercing the hot atmosphere.
Scientists capture first high-res images of flaring magnetic structures known as solar flux ropes, providing insights into massive eruptions on the Sun's surface. The images were taken with NJIT's newly commissioned 1.6m New Solar Telescope at Big Bear Observatory.
Researchers studied remoras' ability to attach to surfaces securely yet release easily, finding a complex mechanism involving lamellar spinules and uniquely-structured blood vessels. This discovery could inspire designs for tags or bandages that don't harm hosts.
NJIT has been awarded a $5.67 million grant from the Department of Defense to support New Jersey's defense industry. The project, known as MarketShift, aims to help companies develop new products for existing markets and expand into non-defense markets.
The proposed platform would leverage the cloud to expand individual device capabilities, supporting applications like healthcare, safety, and social interaction. The technology could also enable real-time searches of cell phone photos taken by people in the area to locate lost children.
Casey Diekman is leading a research effort to understand the biological clock's role in regulating daily behavior patterns. Preliminary results suggest that circadian rhythms are deeply encoded in neuronal electrical programming, influencing hormone production and other physiological indicators.
Researchers aim to improve stroke therapies by studying brain networks linked to movement, particularly hand and arm control. They will use techniques like fMRI and transcranial magnetic stimulation to map brain activity and stimulate specific regions.
A start-up company at NJIT has developed a spray-on gel that can control bleeding during brain surgery, shortening procedure times by 30-45 minutes. The gel is made from natural materials and biocompatible, reducing the risk of infection and morbidity rates.
A pioneering study aims to quantify eye movements and brain responses in adults with convergence insufficiency (CI) to understand the underlying mechanisms of vision therapy. The research hopes to lead to new therapies improving daily activities, such as reading comfortably for longer periods.
A NJIT professor has won $125 million to develop a plan to protect Nassau County's South Shore from storm surges and rising sea levels. The 'Living with the Bay (Slow Streams)' design proposal includes sustainable infrastructure improvements along the Mill River.
Researchers at New Jersey Institute of Technology have made a groundbreaking discovery about the structure and activity of the Sun. They found that buoyant magnetic-flux ropes on the solar surface can trigger powerful plasma eruptions in the atmosphere, leading to intense heating and rapid acceleration of plasma.
Multi-wavelength observations of sunspots have provided new insights into their complex and dynamic nature. The data revealed rapidly rotating plasma rolls, powerful shocks, and widespread plasma eruptions driven by solar-energy flux and controlled by intense magnetic fields.
Researchers investigated two successive three-ribbon solar flares using high-resolution data, revealing a 'fish-bone-like' morphology and surge-like flows. The study suggests magnetic reconnection along the coronal null line is involved in producing the flares and associated coronal mass ejections.
New Jersey Institute of Technology researchers are investigating how climate change may disrupt the vital relationship between bees and plants, which could lead to poor crop pollination and lower yields. The study, supported by a $150,000 grant from the National Science Foundation, aims to understand how temperature changes may affect ...
A new zebra-striped structure of highly energized electrons has been discovered in Earth's inner radiation belt by an NJIT physicist. This structure, formed by the slow rotation of Earth, could pose a threat to humans in space and damage navigation and communication satellites.