Research Radar
A unified intelligence feed of emerging AI, SaaS, and architectural models extracted directly from peer-reviewed scientific literature.
On a product rule and quotient rule for certain quantum metrics on matrices
Quantum metrics in the sense of Rieffel were developed to address certain statements arising in the high-energy physics literature. Since quantum metrics are induced by a generalization of the Lipschitz constant seminorm, which measures the absolu...
Full technical proposal for detecting quadratic gravitodiamagnetic anomalies in stationary YBCO under microwave excitation
This document is the companion to the minimum experiment proposal (Doc1). It is more ambitious, more expensive, and slower to execute, but offers finer detection capability and the ability to directly probe the quadratic field dependence predicted...
Full technical proposal for detecting quadratic gravitodiamagnetic anomalies in stationary YBCO under microwave excitation
This document is the companion to the minimum experiment proposal (Doc1). It is more ambitious, more expensive, and slower to execute, but offers finer detection capability and the ability to directly probe the quadratic field dependence predicted...
Possibility of using immersion cooling technology with virgin coconut oil for split-type AC
Conventional split-type air conditioners are limited by high electrical consumption, noise from cooling fans, and bulky condenser coils that restrict installation flexibility. However, the application of immersion cooling in household AC systems r...
A Magnetic-Resonance Wireless Power Transfer System Operating in Conductive Media
Advancements in Wireless Power Transfer (WPT) technology have enabled a wide range of applications across both industrial and civilian sectors. WPT systems can operate in environments where conventional wired systems are difficult or impractical t...
A low-cost torsion balance experiment to detect repulsive gravitational anomalies in rotating superconductors
We propose a low-cost torsion balance experiment to test the quantum gravitodiamagnetic framework published by the Hunan group (Physical Review D, 2024-2026). The target signature is a repulsive force that appears only when a YBCO superconducting ...
A low-cost torsion balance experiment to detect repulsive gravitational anomalies in rotating superconductors
We propose a low-cost torsion balance experiment to test the quantum gravitodiamagnetic framework published by the Hunan group (Physical Review D, 2024-2026). The target signature is a repulsive force that appears only when a YBCO superconducting ...
Oceanic Radiance and Chromatic Adaptation: A Three-Stage Framework for Underwater Image Enhancement
Light absorption and backscattering in underwater environments cause severe chromatic aberration and visibility loss. To address this, we propose a modular framework for holistic restoration termed Oceanic Radiance and Chromatic Adaptation (ORCA)....
Competition between phase interface and activity-induced heterogeneity in nonequilibrium cellular uptake
Abstract The dynamic interplay between activity and phase separation is essential to a broad range of physiological functions. Yet a fundamental understanding of the impact of this nonequilibrium physical process on cellular uptake remains elusive...
2042-P: Disparities in Diabetes Medication Use among Hispanic Adults with Type 2 Diabetes Mellitus
Introduction and Objective: Hispanic adults experience a disproportionate burden of type 2 diabetes mellitus (T2DM). This study examined ethnic differences in antidiabetic medication prescribing, medication adherence, and their associations with h...
Acoustic streaming and shape evolution of viscous droplets in ultrasonic fields
The droplet–microfluidic system under acoustic-field actuation represents a classical multiphase flow problem with broad relevance to engineering and biomedical applications. When an acoustic wave interacts with a viscous droplet suspended in anot...
FSS-EMD-MIO: robust map-free magnetic-inertial odometry via Fibonacci sphere-sampled equivalent dipole modeling for indoor navigation
Abstract Achieving stable and high-precision positioning in environments where Global Navigation Satellite System (GNSS) is denied remains a significant challenge. Magnetic field odometry has emerged as an effective solution; however, existing met...
Artificial Intelligence Ratings of Facial Feature Similarity as Predictors of Eyewitness Performance
Eyewitness identification plays an important role in the criminal justice system, yet it is often prone to error. Diagnostic Feature Theory (DFD) suggests that lineup fillers should match the eyewitness’s description of the suspect but be differen...
Mediated ecology in Fukushima: decentralized storytelling and collaborative telepresent experience beyond the post-disaster landscape
Introduction In contemporary societies, human connection with nature is increasingly diminished, weakening ecological literacy and contributing to social indifference. Although technological mediation explored innovative mediators for experiencing...
Digital Technologies at the Port of HaminaKotka : Smart Energy Systems, Cybersecurity, and Sustainable Logistic
This report investigates the potential of digitalization and data-driven decision support systems to enhance the efficiency and sustainability of port operations considering a case study of the Mussalo harbor at the Port of HaminaKotka. The analys...
Multi-Source Sensor Fusion Localization Method for Autonomous Underwater Vehicles Based on Deep Learning
Autonomous Underwater Vehicles (AUVs) are increasingly used in deep-sea exploration, environmental monitoring, and marine engineering. Their operational safety and mission performance rely heavily on accurate and long-endurance underwater localiza...
The Griffiths ISRU-Powered Plasma Hopper (IMPH)A Shear-Stabilized Electromagnetic Surface Hopper with ISRU Propellant Generation and Kelvin-Helmholtz Bounded Operation
The Griffiths ISRU-Powered Plasma Hopper (IMPH) is a disc-shaped surface lander and hopper vehicle designed for planetary exploration on bodies where in-situ resources are accessible at or near the surface. The IMPH harvests local feedstock (CO2 f...
Coral Intel: a YOLOv8 deep learning framework for monitoring Caribbean corals
Abstract This study evaluated the performance of YOLOv8 object detection framework for identifying Caribbean scleractinian corals in underwater imagery. A dataset of 10373 coral images, expanded to 32423 images via augmentation, was used to train ...
COMPARATIVE ANALYSIS OF TARGET LOCALIZATION ACCURACY IN RADAR PPI IMAGES USING GEOMETRIC ENCLOSURES
Maritime surveillance system requires sensor fusion of radar Plan Position Indicator (PPI) imagery with Automatic Identification System (AIS) data. However, systematic azimuth errors (0°–5°) and irregular echo shapes reduce ship localization accur...
Peristaltic transport and thermodynamic analysis of hybrid nanofluids in porous media using physics-informed neural networks
This study presents the wavelet-based physics-informed neural networks (PINNs) simulation to analyse entropy generation in hybrid nanofluid peristaltic flow through a curved porous channel. The flow and heat transfer characteristics of a water-bas...
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