bluuebunny/crossref_metadata_2025_split huggingface dataset:
Plantonome: A Cross-Platform Application for Precision Agriculture
Authors: Deroussi Anass , Ait Madi Abdessalam , Alihamidi Imam , Chabou Zakaria , Addaim Adnane 
Published: January 2025

In recent years, there has been growing interest in leveraging the Internet of Things (IoT) and Artificial Intelligence (AI) technologies for agriculture. A significant challenge for developers in this field is creating applications that provide precise data about plants, facilitating the smart automation of plant management.
This paper presents Plantonome, an open-source application developed using the Flutter software development kit (SDK) and the Dart programming language. Designed to integrate with IoT devices, Plantonome quickly and accurately identifies ornamental plant genera or species using the Plant.id API for plant image analysis. The application also utilizes a NoSQL database for storing user data and plant preferences, and it includes a dataset of ornamental plants with details such as name, brightness, temperature, and humidity requirements. The development approach outlined in this paper accelerates the creation process and results in a high-performing application with a flexible user interface and smooth user experience. The application, tested on Android 5.0 (API level 21) or higher, achieved an accuracy of 94.64% for plant identification and received highly positive feedback regarding its functionality, usability, and efficiency. This work offers significant benefits to researchers and startups aiming to develop cross-platform applications that can automate various agricultural tasks, contributing to advancements in smart agriculture.
The Relationship between Various Measures of Perinatal Quality
Authors: Boghossian Nansi S. , Greenberg Lucy T. , Buzas Jeffrey S. , Phibbs Ciaran S. , Passarella Molly , Rogowski Jeannette , Saade George R. , Lorch Scott A. 
Published: January 2025

Objective This study aimed to examine the correlations between pairs of maternal, infant, and maternal–infant dyad quality measures to provide a comprehensive assessment of perinatal care.
Study Design In a retrospective cohort study using birth and fetal death certificates linked to hospital discharge data from Michigan, Oregon, Pennsylvania, and South Carolina (2016–2018), we examined correlations between pairs of maternal, infant, and maternal–infant dyad quality measures. Maternal quality measures included nulliparous term singleton vertex (NTSV) cesarean birth, nontransfusion severe maternal morbidity (SMM), and a composite maternal outcome. Infant quality was assessed with a composite outcome measure, whereas the dyad measure combined maternal and infant outcomes.
Results Among 955,904 dyads across 266 hospitals, 25.9% had NTSV, 0.7% had nontransfusion SMM, 12.3% had the composite infant measure, and 19.3% had the dyad measure. The correlation between nontransfusion SMM and the dyad measure was 0.12, whereas the correlation between the composite infant measure and the dyad measure was 0.86, which was higher than the correlation between the composite maternal measure and the dyad measure (0.47).
Conclusion We observed minimal correlations among these perinatal quality measures, especially when aggregated beyond individual outcomes.
Key Points
Epidemiology of fractures and care in male collegiate Taekwondo
athletes by weight classes
Authors: Wang Haifang , Yoo Sangcheol , Song Munku 
Published: January 2025

AbstractThe purpose of this study was to examine the occurrence of fracture injuries and
post-fracture management practices by weight classes. A total of 127 male
collegiate Taekwondo athletes (64 lightweight athletes and 63 heavyweight
athletes) participated in this study. The athletes were classified into
lightweight and heavyweight based on their respective competition weight
divisions. Logistic regression was used to estimate the odds ratios and 95%
confidence intervals. Athletes had experienced fractures to 54.3%. Athletes were
more likely to experience fractures during training and defensive movements. Of
the fractures reported, 31.9% necessitated surgical intervention. Although 65.1%
of the athletes were primarily concerned about the possibility of reinjury, only
36.2% received specialized rehabilitation. The heavyweight athletes had a higher
prevalence of fractures (odds ratio=2.40 and 95% confidence interval=1.17–4.90)
than the lightweight athletes. The heavyweight athletes had a higher prevalence
of fractures during the competition (odds ratio=4.83 and 95% confidence
interval=1.54–15.17), in offensive situations (odds ratio=4.67 and 95%
confidence interval=1.38–15.99), and in the lower limbs (odds ratio=3.84 and 95%
confidence interval=1.12–13.14) than the lightweight athletes. The current
evidence that fractures are common in Taekwondo athletes and that fracture
patterns may differ between heavyweight and lightweight athletes highlights the
need for tailored prevention strategies based on weight classes.
Higher female partner age and longer duration of marriage: key factors for less frequent sexual intercourse in infertile couples
Authors: Dashtkoohi Mohadese , Saeedinia Mostafa , Dashtkoohi Mohammad , Haddadi Mohammad , Masoumi Masoumeh , Heidary Zohreh 
Published: January 2025

Background Sexual intercourse frequency (SIF) is widely known to be associated with fertility, but little is known about what predicts SIF among infertile couples trying to conceive. In this study, we examine the demographic and lifestyle risk factors associated with less frequent coitus among infertile couples. Methods This cross-sectional study examined infertile couples actively trying to conceive, selecting them from patients seeking fertility treatment. Demographic data and lifestyle factors such as age, occupation, smoking status, and body mass index were recorded. Participants self-reported the frequency of vaginal–penile intercourse per week and month. Descriptive statistics and binary logistic regression analyses were used to analyze the data and identify predictors of SIF. Results Our study included a final sample size of 790 couples. In univariate binary logistic regression, women’s age (OR: 0.948; 95% CI 0.928–0.969), men’s age (OR: 0.957; 95% CI 0.937–0.977), duration of marriage (OR: 0.927; 95% CI 0.903–0.952), and duration of infertility (OR: 0.928; 95% CI 0.898–0.960) were found to be significant factors. Additionally, men’s smoking was negatively associated with SIF, with an odds ratio of 0.732 (95% CI: 0.578–0.928, P = 0.010). Conclusions We observed that younger female partner age and shorter duration of marriage independently emerged as significant predictors associated with higher SIF. Our study highlights the need for tailored counseling and education based on age and marital stage. Older couples may benefit from specialized support such as sexual therapy and stress management. The negative impact of men’s smoking on sexual intercourse frequency underscores the importance of effective smoking cessation programs. Comprehensive infertility treatment should address medical, psychological, and sexual health factors.
Simple language, sophisticated actions
Authors: Hauser Eric , Nanbu Zachary 
Published: January 2025

Abstract
Drawing on video-recorded data from an educational institution called Tokyo Global Gateway, we investigate how
visiting students use English for sequence-initiating actions addressed either to a teacher (called an agent) or other students.
As the students usually use Japanese to address another student, we analyze how they accomplish targeting the agent when they use
English to address another student. By doing this, the students position the agent as a legitimate overhearer. We also investigate
the resources students use to construct sequence-initiating actions and how they recycle resources from the substrate (i.e., local
environment of talk, embodied conduct, and other semiotic resources). Students’ sophisticated use of resources, including those
recycled from the substrate, demonstrates that their often simple language belies a high degree of displayed interactional
competence. This study contributes to research on participation and language choice in educational institutions and the use of
recycled resources in the construction of actions-in-interaction.
A control strategy for seismic noise reduction on advanced LIGO gravitational-wave detector
Authors: Di Fronzo C , Driggers J , Warner J , Schwartz E , Lantz B , Pelé A , Biscans S , Mow-Lowry C M , Mittleman R 
Published: January 2025

Abstract
The differential seismic motion between the internal seismic isolation platforms on the advanced laser interferometer gravitational wave observatory, affects the sensitivity of the detector at lower frequencies (below 1 Hz), because each platform moves independently. This induces noise inside the cavities of the auxiliary optics placed on the platforms, which translates into a higher control effort to maintain stability and resonance. This paper shows that the differential motion between the platforms can be efficiently measured by the capacitive position sensors installed on each platform. We investigate how we can use these sensors to modify the seismic control configuration and help reduce the differential motion between the platforms, reduce the control efforts and help maintain the cavities in resonance. Reduced differential motion is expected to reduce control noise thereby improving sensitivity and improve detector duty cycle by preventing actuator saturation, resulting in loss of optical cavity resonance.
Defect suppression and optoelectronic property investigation of a self-powered β-Ga2O3/p-Si photodetector grown by pulsed laser deposition
Authors: Van Hai Bui , Tu Nguyen Xuan , Kha Nguyen Van , Thu Phuong Bui Thi , Hien Nguyen Thi Minh , Vu Thi Kim Oanh 
Published: January 2025

Abstract
The pulsed laser deposition method is recognized for its ability to minimize defects in semiconductors by carefully controlling gas pressure and temperature during deposition. This study discusses the presence of defect states in β-Ga2O3/p-Si heterojunction created using pulsed laser deposition at different oxygen pressures through deep-level transient spectroscopy (DLTS). When the oxygen pressure rises from 0 to 25 mTorr, the electron trap at EC −1.21 eV associated with an oxygen vacancy vanished, resulting in a 1.6 fold decrease in the total defect density. A gallium vacancy hole trap located at EV + 0.57 eV was identified when the oxygen pressure reached 55 mTorr. The presence of this hole trap suggested that β-Ga2O3 was grown in an oxygen-rich environment. The photoluminescence findings are outstanding and in agreement with DLTS data. The β-Ga2O3/p-Si device showed its peak photoresponsivity at 25 mTorr (330 mA W−1). This shows that carrier transport is improved because defects are reduced. Our discovery provides a possible path for enhancing the high optoelectronic properties of β-Ga2O3/p-Si devices.
Spike-timing-dependent-plasticity learning in a planar magnetic domain wall artificial synapse
Authors: Castro J O , Buyatti B , Mercado D , Di Donato A , Quintero M , Tortarolo M 
Published: January 2025

Abstract
Future neuromorphic architectures will require millions of artificial synapses, making understanding the physical mechanisms behind their plasticity functionalities mandatory. In this work, we propose a simplified spin memristor, where the resistance can be controlled by magnetic field pulses, based on a Co/Pt multilayer with perpendicular magnetic anisotropy as a synapsis emulator. We demonstrate plasticity and spike time dependence plasticity (STDP) in this device and explored the underlying magnetic mechanisms using Kerr microscopy imaging and Hall magneto-transport measurements. A well-defined threshold for magnetization reversal and the continuous resistance states associated with the micromagnetic configuration are the basic properties allowing plasticity and STDP learning mechanisms in this device.
Comparing the winding numbers of two one-dimensional two-band topological systems by their wavefunction overlap
Authors: Huang Pei-Ling , Ma Chao , Yu Xiang-Long , Wu Jiansheng 
Published: January 2025

Abstract
The measurement of topological numbers is crucial in the research of topological systems. In this article, we propose a protocol for obtaining the topological number (specifically, winding numbers in this case) of an unknown one-dimensional (1D) two-band topological system by comparing it with a known topological system. We consider two 1D two-band topological systems and their Bloch wavefunction overlap and verify a theorem. This theorem states that when the momentum varies by 2π, the number of cycles during which the magnitude of the wavefunction overlap varies from 0 to 1 and then back to 0 is equal to the absolute value of the difference between the topological numbers of these two systems. Furthermore, we propose two experimental schemes, one in a cold atom system and another one in a qubit system, which offer convenient and robust measurement methods for determining topological numbers of unknown states through quenching.
Eye lens dosimetry: does the direction of rotation (vertical or horizontal) play a role in type testing?
Authors: Khanbabaee Behnam , Behrens Rolf , Erdem Onur 
Published: January 2025

Abstract
With the International Commission on Radiological Protection (ICRP) lowering the annual dose limit for the eye lens to 20 mSv, precise monitoring of eye lens exposure has become essential. The personal dose equivalent at a depth of 3 mm, H
p(3), is the measurement method for monitoring the dose to the lens of the eye. Usual dosemeter type-test irradiations at non-normal angles of radiation incidence (α ≠ 0°) primarily use lateral radiation exposure scenarios, where radiation approaches from the left or right, necessitating rotation of the dosemeter-phantom setup around a vertical axis. However, this method does not adequately account for bottom-to-top radiation exposures which are common in real-world situations (such as radiation scattered by a patient reaching medical staff). This study examines oblique radiation exposure conditions using a typical eye lens thermoluminescent dosemeter (TLD), Eye-D, placed on a cylindrical phantom to assess dose response at different angles and exposure energies. The study employs both low-energy (N-30 radiation quality with a mean photon energy of 25 keV) and medium-energy (N-100 radiation quality with a mean photon energy of 83 keV) x-rays at irradiation angles of −60°, 0°, and +60°, measured along the vertical and horizontal rotation axes of the dosemeter-phantom setup. The results show no significant difference between horizontal and vertical (polar and radial) rotation orientations of the dosemeter-phantom setup: recorded relative doses stayed well within ± 1 %, i.e. by far within the attributed combined uncertainty of ± 2 %.
Parallel Bayesian optimization of free-electron lasers based on laser wakefield accelerators
Authors: Jiang Hai , Lv Chen , Feng Ke , Jiang Kangnan , Liu Xiaomin , Luan Shixia , Liu Jian , Wang Wentao , Li Ruxin 
Published: January 2025

Abstract
In this paper, the parallel Bayesian optimization algorithm is investigated for the simulation optimization of compact free electron lasers (FELs) driven by laser wakefield accelerators (LWFAs). The radiation energy serves as the objective function, which can be optimized to 25 μJ after several tens of iterations, initiating from random input samplings in soft x-ray regimes. The analysis of the FEL gain process has revealed that the localized properties of the electron beam (e beam) can be concurrently optimized, ensuring a high efficiency of energy extraction from the e beam. Our proposed scheme not only presents a viable design for compact FELs driven by LWFAs in the soft x-ray regime utilizing the start-to-end model, but also highlights the great potential of parallel Bayesian optimization algorithms for tackling the challenges associated with costly and complex black-box optimization problems.
Sound absorption and enhancement mechanism of hierarchical slit-embedded Helmholtz resonators
Authors: Li Shijia , Sun Yu , Han Qiang , Li Chunlei 
Published: January 2025

Abstract
In this paper, the low frequency sound absorption structure based on Helmholtz resonator (HR) is deeply studied. The influence of hierarchical structure design on the broadband sound absorption is emphatically discussed. Through the introduction of the embedded slits and hierarchical structures, we design a new and efficient hierarchical slit-embedded HR (HSEHR) for sound absorption. This structure not only inherits the advantages of the classic HR, but also realizes the effective sound absorption(α > 0.97) in a lower frequency(225 Hz) range through the interaction of the embedded slit and the hierarchical structure. More interestingly, the thickness of HSEHR is only 1/50 of the corresponding wavelength. In order to verify the sound absorption effect of HSEHR, we have carried out a lot of theoretical analysis and numerical simulation. The results show that HSEHR has excellent sound absorption performance in the low frequency range, and with the introduction of the hierarchical structure, the sound absorption peak moves to a lower frequency, and a higher sound absorption coefficient is obtained. We also found that by adjusting the structural parameters of HSEHR (such as the depth and width of the primary embedded slit.), its resonance frequency can be precisely controlled. So it can better match the target noise frequency and improve the sound absorption efficiency. In addition, genetic algorithm is used to optimize the structural parameters of HSEHR to further improve its sound absorption performance. The optimization results show that HSEHR optimized by genetic algorithm has better sound absorption performance in the broadband low frequency range. It achieves excellent sound absorption at 260–480 Hz. The sound absorption coefficient is up to 0.92, which is infinitely close to perfect sound absorption. It provides an excellent solution to the noise problem.
Ferritin nanoparticles: new strategies for the diagnosis and treatment of central nervous system diseases
Authors: Guo Tao , Hayat Muhammad Abid , Hu Jiabo 
Published: January 2025

Abstract
Ferritin nanoparticles, which can penetrate the blood–brain barrier (BBB), have gained significant research interest for the diagnosis and treatment of central nervous system (CNS) diseases, including gliomas, Alzheimer’s disease, and brain metastases. In recent years, ferritin has been proved as a candidate to cross the BBB using receptor-mediated transport (RMT) mechanism through transferrin receptor 1 (TfR1) which is overexpressed in the cells of the BBB. Various types of cargo molecules, including therapeutics, imaging agents, nucleic acids, and metal nanoparticles, have been incorporated into ferritin nanocages for the diagnosis and treatment of CNS diseases. In particular, low immunogenicity of ferritin implies safety for its usage in clinical practices, and high biocompatibility add to the perspectives of its applications. Furthermore, contemporary strides in molecular biology have enabled some alteration in the configuration of the ferritin outer layers and surface characters so as to enhance the drug encapsulation capacity and conjugation affinity. Such modifications not only enhance the property of ferritin in crossing the BBB, but also enhance its efficacy when applied to CNS diseases. In summary, ferritin, as a drug delivery system, shows great potential for the treatment and diagnosis of CNS diseases.
Inconsistent ENSO teleconnections over East Asia in early and late winter: role of Siberian land-atmosphere coupling
Authors: An Xiadong , Chen Wen , Ma Tianjiao , Sheng Lifang 
Published: January 2025

Abstract
The El Niño–Southern Oscillation (ENSO) teleconnections over East Asia display inconsistency between early and late winter, yet the undering physical mechanisms remain unclear. Employing causal inference analysis, including Liang-Kleeman information flow and PC-MCI causal discovery, our study reveals a stable information flow from ENSO to the upper tropospheric atmospheric circulation (250 hPa) over southern East Asia. Building on this, we explore the reason behind the differences in ENSO teleconnections during early and late winter. Findings indicate that Siberian snow water equivalent acts as a ‘land bridge’, storing ENSO signals from early to late winter, which are then released via an ‘atmospheric bridge’ in late winter. Specifically, reduced snow water equivalent from early to late winter facilitates lower surface temperatures in late winter, serving as a cooling source to initiate an ENSO-related wave train over Eurasia. This leads to an inconsistent ENSO teleconnection in late winter, contrasting with early winter, and vice versa.
One-step bioprinting of endothelialized, self-supporting arterial and venous networks
Authors: Cai Betty , Kilian David , Ghorbani Sadegh , Roth Julien G , Seymour Alexis J , Brunel Lucia G , Mejia Daniel Ramos , Rios Ricardo J , Szabo Isabella M , Iranzo Sean Chryz , Perez Andy , Rao Rameshwar R , Shin Sungchul , Heilshorn Sarah C 
Published: January 2025

Abstract
Advances in biofabrication have enabled the generation of freeform perfusable networks mimicking vasculature. However, key challenges remain in the effective endothelialization of these complex, vascular-like networks, including cell uniformity, seeding efficiency, and the ability to pattern multiple cell types. To overcome these challenges, we present an integrated fabrication and endothelialization strategy to directly generate branched, endothelial cell-lined networks using a diffusion-based, embedded 3D bioprinting process. In this strategy, a gelatin microparticle sacrificial ink delivering both cells and crosslinkers is extruded into a crosslinkable gel precursor support bath. A self-supporting, perfusable structure is formed by diffusion-induced crosslinking, after which the sacrificial ink is melted to allow cell release and adhesion to the printed lumen. This approach produces a uniform cell lining throughout networks with complex branching geometries, which are challenging to uniformly and efficiently endothelialize using conventional perfusion-based approaches. Furthermore, the biofabrication process enables high cell viability (>90%) and the formation of a confluent endothelial layer providing vascular-mimetic barrier function and shear stress response. Leveraging this strategy, we demonstrate for the first time the patterning of multiple endothelial cell types, including arterial and venous cells, within a single arterial–venous-like network. Altogether, this strategy enables the fabrication of multi-cellular engineered vasculature with enhanced geometric complexity and phenotypic heterogeneity.
A point clouds registration model with detail features capture and geometric self-attention for complex workpieces with low coincidence point clouds
Authors: Chen Jinxiang , Wang Bo 
Published: January 2025

Abstract
Point clouds registration is one of the keys to measuring workpiece size, because the three-dimensional contours of workpieces are constructed from point clouds captured at different angles by using one or several laser cameras. A point clouds registration model with detail features capture and geometric self-attention for complex workpieces with low coincidence point clouds is presented in this paper. Under the ROPNet model framework, the DGCNN and PnP-3D network are combined to extract point cloud features. A geometric self-attention (GS) mechanism is incorporated into the transformer-based feature matching removal (TFMR) model to elevate registration accuracy of complex workpieces with low overlapping point clouds. The simulation verification results based on workpieces point cloud datasets with noise-free and noisy conditions indicate that the proposed method surpasses ICP, Go-ICP, PCRNet, PRNet, and ROPNet. Especially, compared to ROPNet, the given model achieves a notable reduction in isotropic rotation error Err(R) by 3.1704 and translation error Err(t) by 0.04. Moreover, the model also can maintain high registration accuracy for workpieces with low-integrity point clouds.