Researchers are developing software tools to explore the potential of partially fault-tolerant quantum computing, which can improve simulation accuracy and reduce hardware needs. The goal is to determine whether these machines can perform scientifically useful computations at a practical cost.
A UCF researcher will investigate the critical challenges affecting drinking water infrastructure, including microbial growth, pipe materials, and disinfectants. The study aims to understand the interactions among these factors to mitigate corrosion and improve public health outcomes.
A new four-year project aims to determine the best natural infrastructure for flood resilience in North Carolina's coastal communities. The research team will use 2D computer models to assess the effectiveness of different natural infrastructure solutions, including wetlands, marshes, and sand dunes.
A UCF researcher is developing novel experiments to characterize the particle properties in thermochemical energy storage reactors, a technology that preserves energy through reversible chemical reactions. The goal is to improve reactor uniformity and efficiency in various industries.
Researchers found that coastal flooding has predictable daily timing across regions, with tides playing a significant role in determining the timing. This study has the potential to improve flood forecasting and emergency planning, particularly as sea levels continue to rise.
A new tool, the Molecular Community Network (MCN), has been developed to identify unknown molecules in the
Researcher Samik Bhattacharya is studying bird movements to develop quieter and more agile drones. By analyzing the flight patterns of pigeons and magpies, his team aims to create drones that can land safely and quietly in various environments.
A new project supported by DARPA will study AI systems to determine how to train them to withstand failures, attacks, and unexpected situations. The goal is to develop self-improving AI for safety, enabling AI systems to recognize weaknesses in their reasoning and improve behavior over time.
Researchers at UCF College of Engineering and Computer Science developed CRAFTS, a plug-and-play software that simplifies engineering design. The software offers a user-friendly interface and modularity, making it accessible to users without extensive coding knowledge.
Researchers at UCF developed a new technology to improve the performance of vibratory sensors, which convert vibrations into electronic signals. The SHIELD project aims to create more reliable sensors that can withstand harsh environments, enabling applications such as navigation systems and aerospace systems.
The Center for Advanced Turbomachinery and Energy Research (CATER) is expanding its mission and reach as an official university center. CATER will focus on areas like hypersonics, national security, energy and sustainability, advanced air mobility, and space power and propulsion.
Historically rare coastal water level extremes are now occurring 12 times more frequently due to sea level rise. The increase is attributed to anthropogenic forcing, leading to a four-fold increase in the likelihood of these events.
Researchers found that ground subsidence has undergone phases of variable change, creating significant implications for coastal communities. The rate of vertical land motion is nonlinear in many coastal areas, particularly in Louisiana and the Mississippi Delta.