Deep Learning to Enhance MRI Precision
MIT’s researchers have developed an MRI machine in collaboration with a deep learning model, correcting previous MRI technology and enhancing diagnostic accuracy to prevent misdiagnoses, revolutionising the field of medical imaging in diagnostic processes.
AI to Shape Air Quality Management
Researchers from Penn State have embarked on utilising AI and Machine Learning to tackle the intricate and ever-changing factors that influence air pollution exposure, allowing them to curtail their exposure to unhealthy air quality and bolstering public health efforts.
University of Arizona: Mastering Cybersecurity
The University of Arizona pioneers cybersecurity education with a dynamic virtual city, providing an immersive and secure training ground where future professionals engage in hands-on experiences to master the complexities of cyber intelligence and defence.
BrightMarker Enhances Interactive VR
MIT’s CSAIL introduces BrightMarker, an unseen fluorescent marker embedded within 3D-printed objects, poised to revolutionise motion tracking, virtual reality, and object detection by seamlessly integrating metadata into the physical world.
AI-Powered Sensors Revolutionise Water Safety
Researchers from Argonne, Chicago’s Molecular Engineering School, and Wisconsin-Milwaukee devised sensors for tap water that identify lead, mercury, and E. coli, enhancing contamination alert systems with innovative graphene-based technology.
United States: Generative AI in Defence
The U.S. Department of Defense has announced a new task force, focusing on generative artificial intelligence (AI), assisting DoD more professionally confront the nation’s defence, advancing safeguarding national security.
Fostering Inclusivity in AI Development
Research from the University of Michigan reveals that diverse annotators play a pivotal role in shaping data labelling, influencing AI models’ performance and underlining the necessity for balanced perspectives to mitigate biases in digital content interpretation.
U.S. Future-Proofing Cybersecurity
The National Institute of Standards and Technology released an updated version of the Cybersecurity Framework 2.0, which effectively addresses emerging cybersecurity challenges, establishing a safeguard against cyber threats.
AI Enhancing Cancer Treatment Precision
MIT scientists employ machine learning to create a computational framework that accurately predicts the origins of enigmatic cancers, facilitating precise treatment selection and potentially transforming patient outcomes.
U.S. DOD Strengthening the Cyber Workforce
The department’s approved Cyber Workforce Strategy charts a comprehensive roadmap to fortify its cyber capabilities by nurturing a skilled and agile workforce, ensuring readiness against evolving cyber threats and safeguarding national security.
Game-Changing Breathalyser for COVID-19
Researchers from Washington University in St. Louis have developed a rapid breath test capable of detecting COVID-19 within one minute, offering potential applications in medical settings, public gatherings, and other scenarios to prevent outbreaks and screen individuals for various viruses.
MIT and IST Austria’s Unlocking Metamaterial Possibilities
MIT and the Institute of Science and Technology Austria have developed an innovative computational technique for designing metamaterials using smaller building blocks, revolutionising the process and unlocking new possibilities in engineering applications.
Revolutionising Hypertension Treatment with AI
Researchers have developed an innovative AI-driven technology that offers personalised medication recommendations and real-time insights to revolutionise hypertension treatment and improve patient outcomes.
Portable Ultrasound Device for Early Breast Cancer Detection
MIT researchers have created a portable ultrasound device in the form of a pliable patch on a bra, enabling early breast cancer detection, especially beneficial for high-risk individuals, potentially improving survival rates and reducing mortality.
NSA and Cyber Agencies Safeguarding Sensitive Data
The National Security Agency (NSA) has collaborated with U.S cyber agencies to issue a Cybersecurity Advisory (CSA) warning of web application access control abuse, emphasising mitigations to protect against IDOR vulnerabilities and safeguard sensitive data.
Caterpillar-bot’s Precise Navigation Technology
Researchers from North Carolina State University have introduced a caterpillar soft robot, capable of navigating with various movements, thereby reducing the need for constant human intervention, combining principles from the mechanics of materials with cutting-edge soft robotics.
Revolutionising Task Planning for Household Robots
The approach significantly reduces planning time and enables adaptive task planning for household robots in diverse and dynamic environments, achieving up to an 80% reduction in simpler scenarios and a 20-50% reduction in more complex scenarios
AI-Enabled Heart Monitoring for Firefighters
Researchers at National Institute of Standards and Technology (NIST) and the University of Rochester School of Nursing have utilised machine learning to detect abnormal cardiac rhythms in firefighters, aiming to develop a portable heart monitor that could save lives and prevent disabilities by alerting firefighters to potential heart issues.
Integrating Deep Learning and CRISPR
Researchers have demonstrated the integration of a deep learning model and CRISPR screens, allowing precise manipulation of gene expression and opening up possibilities for developing novel CRISPR-based therapies.
AI-Powered Creativity Assessment in the U.S.
Researchers develop an AI to improve the accuracy of evaluating open-ended responses in creativity assessments for elementary-aged students, revolutionizing the assessment process and fostering confidence in creativity evaluation.
Enhancing Data-Driven Molecular Discovery
Researchers have developed a novel integrated system, allowing the prediction of molecular properties and the generation of new molecules, surpassing the effectiveness of traditional deep-learning techniques.
Ohio State University’s Vehicle-in-Virtual-Environment Software
Researchers at the Ohio State University have developed an innovative Vehicle-in-Virtual-Environment software that enables the secure operation of a car, effectively eliminating the risk of fatal traffic accidents.
A Revolutionary Method for Efficient Object Storage
A groundbreaking technique called Scalable Spectral Packing devised by researchers, presents a promising resolution for efficiently accommodating a large number of objects into storage within a limited timeframe.
U.S. Fortifying Cybersecurity
The National Security Agency (NSA) and the Cyber Security and Infrastructure Security Agency (CISA) have released the Cyber Security Information Sheet (CSI), fortifying their CI/CD cloud deployments.
Advanced Satellite Launch and Recovery Technology
The Tennessee Air National Guard conducted an unmanned flight from California to Tennessee utilising the Satellite Launch and Recovery technology, enhancing an advance technology in nation security and US aviation in general.
Paving the Way for High-Performance Batteries
Argonne scientists have embarked on developing a new electrolyte for lithium metal batteries, enhancing the driving range of vehicles, offering a more economical alternative, and ensuring safer operation.
Programmable Toggle Switch for Improved Quantum Computing
Researchers have embarked on developing a revolutionary device that enhances versatility and improves output clarity, paving the way for advanced quantum processors with unparalleled capabilities.
Aurora Supercomputer Transforming Research Landscape
The Aurora supercomputer, a remarkable technological achievement with over two exaflops of computational power, is set to revolutionise scientific endeavors across various domains, from climate change to space exploration.
BALTOPS 23: Strengthening Maritime Security
The U.S. Sixth Fleet collaborates with the U.S. Naval research enterprise, utilising cutting-edge developments in emerging unmanned technologies to conduct mine countermeasures (MCM) operations.
Data-Driven Design Accelerating Polyimide Discovery
The University of Wisconsin-Madison engineers harness transparent machine learning models to accelerate polymer discovery, identifying promising polyimides with enhanced properties, validated through simulations and experiments.
