bluuebunny/crossref_metadata_2025_split huggingface dataset:
Excited electronic states of Na2 and K2: The potential for long-lived “reservoir” states leading to collision induced population inversions
Authors: Farias Romeu João Gabriel , Gole James L. , Dixon David A. 
Published: January 2025

Potential energy curves (PECs) for the spin-free (ΛS) and spin–orbit (Ω) states associated with the four lowest-lying dissociation channels of Na2 and K2 were calculated at the SA-CASSCF/SO-CASPT2/aug-cc-pwCVQZ-DK level. The PECs of Na2 were consistent with the experimental data and with the FS-CCSD (2,0) calculations, reproducing the double-well and the “shelf” character for some of the potentials of the excited states. For K2, the PECs behaved in a similar way and the spectroscopic parameters for the ground and the excited states are in good agreement with the available experimental values. The dissociation energy of K2 was predicted to be De = 4454 cm−1, within an agreement of 5 cm−1 with the experiments. For Na2, De = 5789 cm−1 compared to the experimental value of 6022 cm−1. The inclusion of spin–orbit coupling effects resulted in avoided crossings, which affect the PECs. Spin–orbit changes the predicted curves for some excited Ω states arising from ΛS states that overlap each other, affecting their associated vibrational frequencies and bond distances. The current studies of the low-lying states in K2 reveal a similar structure to those of Na2, which suggests the accessibility of long-lived energy storing reservoir states and possible population inversions in K2 following prior experimental work on the reaction of halogen atoms with Na3 to produce excited states of Na2.
Final report on key comparison APMP.M.P-K7.2 in hydraulic gauge pressure from 10 MPa to 100 MPa
Authors: Sainoo Likit , Khamnounsak Chaveng , Manalo Radley F , Salazar Maryness I , Digay Sarah Jane T 
Published: January 2025

Main text
This report describes the result of the key comparison APMP.M.P-K7.2 in hydraulic pressure from 10 MPa to 100 MPa in gauge mode between National Institute and Metrology (Thailand) (NIMT) and National Metrology Laboratory-Industrial Technology Development Institute (Philippines) (NMLPHIL). The comparison was carried out between October 2015 and March 2016 within the framework of Asia Pacific Metrology Programme (APMP). The purpose of this comparison was to determine the degrees of equivalence between the hydraulic pressure standards maintained by NMLPHIL and NIMT in order to evaluate the relationship between the measurement result made by NMLPHIL and the CCM Key Comparison Reference Value (KCRV) through NIMT measurement result which was found in the key comparison APMP.M.P-K7. In this comparison NIMT was the pilot institute. Two hydraulic pressure transducers belonging to NIMT were used as the transfer standards. To ensure the reliability of the artifact, five complete measurements were performed before and during the comparison. Therefore, the behaviour of the transfer standards during the comparison period was well characterized. The degrees of equivalence of two national measurement standards were expressed quantitatively by the deviations from the key comparison reference values. In conclusion, the hydraulic pressure in the range from 10 MPa to 100 MPa in gauge mode, developed by the hydraulic pressure balance reference standards maintained by both participating NMIs were found to be fully equivalent under their claimed uncertainties. It can be concluded that the measurement result in hydraulic pressure from 10 MPa to 100 MPa in gauge mode, made by NMLPHIL has been corresponded to the CCM KCRV under the uncertainties claimed.
To reach the main text of this paper, click on Final Report. Note that this text is that which appears in Appendix B of the BIPM key comparison database https://www.bipm.org/kcdb/.
The final report has been peer-reviewed and approved for publication by the CCM, according to the provisions of the CIPM Mutual Recognition Arrangement (CIPM MRA).
Oceanic water waves via double and single convex-concave solitons in the generalized Whitham-Broer-Kaup-Boussinesq-Kupershmidt equations with a novel truncated MM-derivative
Authors: Tantawy Mohamed , Abdel-Gawad Hamdy I , Thamareerat Nuntapon , Sungnul Surattana , Sirisubtawee Sekson 
Published: January 2025

Abstract
A classical system of generalized Whitham-Broer-Kaup-Boussinesq-Kupershmidt equations (gWBKBKEs), describing long shallow-water waves in a dispersive medium, has been extensively studied. This paper introduces a novel fractional derivative, the truncated modified Mittag-Leffler function derivative (TMMD), and investigates its impact on behaviors of solutions of gWBKBKEs. Using the unified method (UM), exact solutions for single-wave systems are derived, as the equations are integrable in such cases. However, for two-wave systems, where integrability is lost, only approximate solutions are achievable. The UM ensures that the maximum error is controlled through optimal parameter selection in the remainder terms The horizontal velocity and wave height deviations from the equilibrium are illustrated. Novel waves structures are revealed including convex-cavity, concave-cavity-solitary waves and curly wave-train. Also, a formation of waves in interactions of the basin and solitons is found. These results are explored via the derived solutions. Stability analysis asserts that the initial state becomes unstable when the initial horizontal velocity exceeds a critical threshold linked to the deviation height. Furthermore, the effect of the fractional parameter in the TMMD is examined, showing minimal impact on the intensity of horizontal velocity and wave height deviations.
Molecular dynamics evaluation of self-diffusion coefficients in two-dimensional dusty plasmas
Authors: Shakoori Muhammad Asif , Khan Misbah , Li Haipeng , Shahzad Aamir , He Maogang , Raza Syed Ali 
Published: January 2025

Abstract
In this article, we employ the Green-Kubo (G-K) and Einstein relations to estimate the self-diffusion coefficients (denoted as DG
and DE
, respectively) in two-dimensional (2D) strongly coupled dusty plasmas (SC-DPs) via equilibrium molecular dynamics (EMD) simulations. The DG
and DE
are computed for a broad domain of screening length (κ) and coupling parameter (Γ) along with different system sizes. It is observed that both (DG
and DE
) decrease linearly with increasing Γ in the warm liquid states and increase with increasing κ. In cold liquid states, the Einstein relation accurately predicts DE
in 2D SC-DPs because diffusion motion is close to normal diffusion, but the G-K relation provides overestimations of DG, because VACF indicates anomalous diffusion; thus, DG
are not accurate. Our new simulation outcomes revealed that DG
and DE
remain independent on system sizes. Furthermore, our investigations demonstrate that at higher temperatures, DG
and DE
converge, suggesting diffusion motion close to normal diffusion, while at lower temperatures, these two values diverge. We find reasonable agreement by comparing current and existing numerical, theoretical, and experimental data. Moreover, when normalizing diffusion coefficients by the Einstein frequency and testing against the universal temperature scaling law, the DG
deviated from theoretical curves at low temperatures and κ, whereas DE
only disagrees with theory at a very small κ (= 0.10). These findings provide valuable insights for diagnosing dust component parameters within 2D DP systems and contribute to the broader understanding of diffusion processes in DP environments.
Theoretical investigation of electronic structure and carrier mobility in boron antimonide nanotubes
Authors: Xue Lantian , Song Chennan , Jian Miaomiao , Xu Qiang , Fu Yuhao , Gao Pengyue , Xie Yu 
Published: January 2025

Abstract
High-mobility semiconductor nanotubes have demonstrated great potential for applications in high-speed transistors, single-charge detection, and memory devices. Here we systematically investigated the electronic properties of single-walled boron antimonide (BSb) nanotubes using first-principles calculations. We observed that rolling the hexagonal boron antimonide monolayer into armchair (ANT) and zigzag (ZNT) nanotubes induces compression and wrinkling effects, significantly modifying the band structures and carrier mobilities through band folding and π
*-σ
* hybridization. As the chiral index increases, the band gap and carrier mobility of ANTs decrease monotonically, where electron mobility consistently exceeds hole mobility. In contrast, ZNTs exhibit a more complex trend: the band gap first increases and then decreases, and the carrier mobility displays oscillatory behavior. In particular, both ANTs and ZNTs could exhibit significantly higher carrier mobility compared to hexagonal monolayer and zinc-blende BSb, reaching 103-107 cm2V-1s-1. Our findings highlight strong curvature-induced modifications in the electronic properties of single-walled BSb nanotubes, demonstrating the latter is a promising candidate for high-performance electronic devices.
Fast iterative position estimation method of permanent magnet synchronous linear motor
Authors: Zheng Maoyang , Yang Tingting , Xie Guangping 
Published: January 2025

Abstract
In this paper, a Fast Iterative Phase Estimation (FIPE) algorithm is proposed for robotic grinding force control devices using Permanent Magnet Synchronous Linear Motors (PMSLM), requiring high positional accuracy and response speed. FIPE obtains optimal phase estimates through iterative searching and exhibit excellent dynamic performance. The proposed method is optimized by iterative optimization algorithms, which significantly reduces the number of iterations and enhance the response speed of position estimation. In addition, the effects of harmonics, amplitude mismatch, noise and DC errors in the raw signal on the FIPE algorithm are discussed, and a shallow neural network is introduced to compensate the periodic errors. The experimental results show that the FIPE algorithm has higher calculation accuracy and dynamic performance than the traditional PLL such as SRF-PLL, ANF-PLL and LKF-PLL, and has faster iteration speed than the traditional position estimator such as FPS-PLL.
Robust classification model for identifying stroke patients utilising a machine learning-based ensemblestacking method
Authors: MONDAL Sourav , Choudhary Prakash , Rathee Priyanka 
Published: January 2025

Abstract
Purpose of the study: Cerebrovascular accident (CVA) occurs swiftly&#xD;and disrupts brain blood flow, causing neurological issues. Risk factors include&#xD;smoking, diabetes, hyperlipidemia, hypertension, and atrial fibrillation. Many brain&#xD;stroke prediction systems are computationally demanding, sluggish, and unreliable.&#xD;This study uses interpolation spline curves impute data and Principal Component&#xD;Analysis to identify the most important factors for stroke prediction. By using stack&#xD;ensemble machine learning methods, the goal is to improve the precision of stroke&#xD;disease identification.&#xD;Used method: Using interpolation spline curve data imputation and Principal&#xD;Component Analysis to preprocess and extract EHR data is unique. In addition, this&#xD;article also proposes a novel stacking ensemble technique using bagging and boosting&#xD;as foundation learners. Bagging and boosting enhance prediction by reducing variation&#xD;and bias. Stack-based ensemble learning classifies brain strokes. Build base and meta-&#xD;learners with Random Forest, XGBoost, Decision tree classifier, KNN, and Logistic&#xD;Regression. Evaluation of machine learning model efficiency determines the optimal&#xD;stacking ensemble meta-learner model.&#xD;Brief Description of Results: The results emphasize the stacking ensemble’s best&#xD;meta-learner model and imputation technique’s impact on electronic health record&#xD;representation. By using PCA, most important factors has identified for detecting&#xD;stroke. The analysis results showed that the Logistic Regression as a meta learner had&#xD;the best predictive performance which achieves 0.96 precision and 0.98 recall value&#xD;respectively with 97% accuracy and AUC curve value of 0.99.&#xD;Findings: The Decision Tree Classifier and K-Nearest Neighbour as meta learner got&#xD;95%, 96%accuracy, and both 0.95 AOC curve values on this dataset, showing that the&#xD;method works. Precision values of 0.93, and 0.95 for the Decision Tree Classifier and&#xD;KNN Classifiers as meta-learner confirm their robustness. These findings suggest that&#xD;interpolation spline curve and stacking based ensemble machine learning can improve&#xD;the identification of brain stroke from incomplete electronic health records.
Interlude: Notes on Soundwalking as Black Feminist Method
Authors: Martin Allie 
Published: January 2025

Abstract
In this interlude, the author explores the practice of soundwalking around the Shaw and LeDroit Park neighborhoods in Washington, DC. Soundwalks are an umbrella term for any walk that is particularly attuned to sound, and they offer an interesting approach to listening to gentrifying soundscapes. This interlude recounts soundwalks that the author took during fieldwork and engages the complicated and subjugated nature of Black women’s knowledge production. The author presents soundwalks as a Black feminist method, utilizing soundwalks to humanize herself in a soundscape that would otherwise disregard her sonic perceptions in favor of white hearing as the default standard of sound.
Life, Death, and Legacy in Go-Go Music
Authors: Martin Allie 
Published: January 2025

Abstract
This chapter explores in-depth the relationship between go-go music and gentrification in Washington, DC. Go-go music, DC’s local subgenre of funk, has been the sound of working-class Black DC for over forty years. In this chapter, the author sets out to accomplish two goals within the larger context of listening to gentrification in DC. First, she listens to the ways in which gentrification has affected go-go music, from displacement, to increased police encounters, to go-go’s intricate and complicated legacy in the city. Second, bearing the author’s own use of “legacy” in mind, she utilizes Christina Sharpe’s theorization of “the wake” to argue against the notion that go-go is dead or dying, a violent yet common classification that ignores the vibrancy of the go-go community. Along the way, the chapter amplifies lesser-known voices in the go-go community, people whose stories have not been told during the institutionalization of the genre.
The Masculinization of Authority
Authors: Jansson Karin Hassan , Israelsson Jezzica , Ling Sofia 
Published: January 2025

Abstract
This chapter is about work, authority, and identity in the period 1720–1880. It analyses the connections between these three phenomena with the help of verb phrases describing women’s and men’s managerial work, micro-administration (administration of household affairs), and legal examinations—work activities that presupposed and created formal or informal authority. The chapter shows that over the period, authority was exercised more and more often by men and more and more rarely by women. Married women did exercise authority as heads of households, as did men, but men also had access to a wider arena of authority: offices and assignments related to Church, state, and local communities. Towards the end of the period, this arena became even wider as men could exercise authority in the growing labour market. The chapter explains these developments with reference to professionalization of legal practice, proletarianization, growing attention to occupational titles, and increasing visibility in court records of conflicts in the working class. It concludes that women’s limited access to professions and formalized occupations made it harder for them to build an identity based on their working activities.
The Everyday Geography of Work
Authors: Lindström Jonas , Henningsson Linnea , Kardell Örjan , Ulväng Marie 
Published: January 2025

Abstract
This chapter explores everyday mobility and its relationship to the gender division of work in the period 1720 to 1880. Building on verb data and adding information about location, the chapter discusses the underlying and changing infrastructure of such mobility, as well as three main factors behind the mobility of early modern and nineteenth-century societies: the character of agriculture (open fields), the need for extra labour, and the distribution of goods. The chapter refutes the standard narrative of gender, work, and space in the nineteenth century as summarized in the phrase ‘separation of home and workplace’. It shows instead that the working lives of both women and men were characterized by many forms of mobility, by new ‘mobility sites’, and by mobility creating contact and causing conflict in everyday life (reflected in court records). The evidence suggests continuity in the geographical range of women’s activity patterns and a larger, more varied, and expanding radius for men. It also suggests that class was a factor affecting people’s work-related mobility.
Wage Work and the Household
Authors: Jansson Karin Hassan , Lindroth Caroline , Lindström Jonas , Pihl Christopher 
Published: January 2025

Abstract
This chapter discusses the ways in which households were connected to the expanding labour market in the period 1720 to 1880 and, vice versa, the ways in which the labour market was deeply dependent on the paid and unpaid work of households. The chapter does not use verb data and instead builds on four case studies: the Sala silver mine, the linen factory at Kättsta, the Västerås steam brewery, and the stud farm at Strömsholm (all in Västmanland, Sweden). The chapter points out how the worksites combined elements from the modern labour market (e.g., set working hours, contracts, fixed wages) with elements from early modern working life (e.g., patriarchal labour relations, worksite hierarchies modelled on the household, blurred boundaries between working for an employer and self-employment). The chapter discloses that the two-supporter model could take many forms and suggests a new terminology to accommodate this diversity and facilitate the analysis of ‘the total social organisation of work’ (Miriam Glucksmann).
Therapeutic gene target prediction using novel deep hypergraph representation learning
Authors: Kim Kibeom , Kim Juseong , Kim Minwook , Lee Hyewon , Song Giltae 
Published: January 2025

Abstract
Identifying therapeutic genes is crucial for developing treatments targeting genetic causes of diseases, but experimental trials are costly and time-consuming. Although many deep learning approaches aim to identify biomarker genes, predicting therapeutic target genes remains challenging due to the limited number of known targets. To address this, we propose HIT (Hypergraph Interaction Transformer), a deep hypergraph representation learning model that identifies a gene’s therapeutic potential, biomarker status, or lack of association with diseases. HIT uses hypergraph structures of genes, ontologies, diseases, and phenotypes, employing attention-based learning to capture complex relationships. Experiments demonstrate HIT’s state-of-the-art performance, explainability, and ability to identify novel therapeutic targets.
Resolution study of jamg he 10k resin for the manufacture of microfluidics moulds
Authors: Gómez Blanco J C , Sánchez Peralta L F , Patrocinio Caballero D , Sánchez Margallo F M , Pagador Carrasco J B 
Published: January 2025

Abstract

Introduction
New trends in lab-on-a-chip mould fabrication rely on 3D printing technologies using stereolithography (SLA). However, the small size of the channels requires precise control of the printing parameters. For this reason, we propose a calibration procedure for the exposure time of a specific resin intended for microfluidic applications.

Methods
Several standard calibration tests were printed using an Elegoo MARS Ultra and a high-resolution resin JAMG HE 10K. The model was printed with various details to calibrate the exposure time, including lines and holes of different widths, as well as pins and holes of various diameters. Each model was printed three times, with the exposure time varied from 2 to 4 seconds. After printing, the models were cleaned in a 2-propanol bath for 20 minutes and light-cured for 60 minutes at room temperature. The details were measured using an optical microscope with a digital camera and compared to the digital model.

Results
The results indicate that the optimum exposure time is just over 2 seconds. Increasing the exposure time resulted in finer details protruding from the base, with lines and pins measuring approximately 100 µm and 200 µm, respectively. In contrast, reducing the exposure time led to gaps and holes with finer details, ranging from 250 µm to 500 µm at 2 seconds.

Conclusion
In conclusion, proper calibration of the resin exposure time is essential to achieve the desired dimensions for the expected microfluidic mould.
Outcomes of a Post-Surgical Follow-Up ProgramME Using Telemedicine in a General and Digestive Surgery Service
Authors: Jiménez Fuertes M , Martín Sánchez M , Carrillo J , Romero Triana D , Sánchez de Molina Ramperez M L , Osorio Silla I , Guadalajara Labajo H , Gacía Olmo D 
Published: January 2025

Abstract

Introduction
The digital revolution has significantly transformed healthcare, particularly in the adoption of telemedicine. This study aims to evaluate the initial postoperative progress, patient experience, and outcomes perceived by individuals who underwent surgery in the General and Digestive Surgery services at our hospital.

Methods
Our hospital employs a fully integrated electronic health record (EHR) system, which includes the mobile application Patient Portal. This platform allows patients to access their complete medical history, schedule consultations, engage in web-based communication, participate in video calls, and interact with a Chatbot, enabling a robust bidirectional communication system.
Following discharge, patients received standardized postoperative follow-up forms through the Patient Portal. These forms, which allowed patients to attach multimedia files, were designed to monitor their recovery and progress. Physicians subsequently reviewed the completed forms to assess each patient’s condition.

Results
Between January 2020 and April 2024, 19,944 telemedicine-based follow-ups were conducted within the Surgery department. These included initial postoperative reviews, long-term follow-ups, pathology monitoring, and test result discussions. All patients reported being satisfied or very satisfied with the care provided via this system.

Conclusion
Telemedicine can enhance access to postoperative care, offering a safe and efficient follow-up approach without compromising the quality of care perceived by patients or surgeons.