bluuebunny/crossref_metadata_2025_split huggingface dataset:
The DAMIC-M Low Background Chamber
Authors: Arnquist I. , Avalos N. , Bailly P. , Baxter D. , Bertou X. , Bogdan M. , Bourgeois C. , Brandt J. , Cadiou A. , Castelló-Mor N. , Chavarria A.E. , Conde M. , Cuevas-Zepeda J. , Dastgheibi-Fard A. , De Dominicis C. , Deligny O. , Desani R. , Dhellot M. , Duarte-Campderros J. , Estrada E. , Florin D. , Gadola N. , Gaïor R. , Gkougkousis E.-L. , González Sánchez J. , Hope S. , Hossbach T. , Huehn M. , Kallander M. , Kilminster B. , Iddir L. , Lantero-Barreda A. , Lawson I. , Lebbolo H. , Lee S. , Leray P. , Letessier Selvon A. , Lin H. , Loaiza P. , Lopez-Virto A. , Martin D. , McGuire K.J. , Milleto T. , Mitra P. , Moya Martin D. , Munagavalasa S. , Norcini D. , Overman C. , Paul S. , Peterson D. , Piers A. , Pochon O. , Privitera P. , Reynet D. , Roach B.A. , Robmann P. , Roehnelt R. , Settimo M. , Smee S. , Smida R. , Stillwell B. , Van Wechel T. , Traina M. , Vilar R. , Vollhardt A. , Warot G. , Wolf D. , Yajur R. , Zopounidis J-P. ,   The DAMIC-M collaboration
Published: November 2024

Abstract
The DArk Matter In CCDs at Modane (DAMIC-M) experiment is
designed to search for light dark matter (m
χ
< 10 GeV/c2)
at the Laboratoire Souterrain de Modane (LSM) in France. DAMIC-M
will use skipper charge-coupled devices (CCDs) as a kg-scale active
detector target. Its single-electron resolution will enable eV-scale
energy thresholds and thus world-leading sensitivity to a range of
hidden sector dark matter candidates. A DAMIC-M prototype, the Low
Background Chamber (LBC), has been taking data at LSM since
2022. The LBC provides a low-background environment, which has been
used to characterize skipper CCDs, study dark current, and measure
radiopurity of materials planned for DAMIC-M. It also allows testing
of various subsystems like readout electronics, data acquisition
software, and slow control. This paper describes the technical
design and performance of the LBC.
A seesaw in the South Pacific western and eastern subtropical mode waters
Authors: Wang Yingying , Luo Yiyong , Qu Tangdong , Wang Xueying 
Published: November 2024

Abstract
The South Pacific western subtropical mode water (WSTMW) and eastern subtropical mode water (ESTMW) are important components of the subtropical meridional overturning cells. By synthesizing observations, reanalysis products, and eddy-resolving ocean model results, we find an interannual volume seesaw in the WSTMW and ESTMW during 1980–2020. Further analysis of the data and model outputs indicates that this volume seesaw is closely related to the El Niño–Southern Oscillation through its modulation of the Ekman pumping velocity, buoyancy fluxes, and mixed layer depth over the formation regions of the two water masses. This negative correlation between the WSTMW and ESTMW modulates the depth of the permanent pycnocline and directly contributes to the east–west contrast between the two water masses in their core layer properties, especially, during negative phase of the Interdecadal Pacific Oscillation since 2000.
Employing the pyroelectric effect in LiTaO3 thin film for infrared detection of complex gases
Authors: Varan Ahmet Hamdi , Yaman Mehmet Fatih , Öztürk Zafer Ziya , Büyükköse Serkan , Berber Savaş , Seyidov MirHasan Yu 
Published: November 2024

Abstract
In this paper, the lithium tantalite (

LiTaO

3

) thin film has been employed as the highly sensitive element for infrared detection of compound (refrigerant) gases such as 1,1,1,2-Tetrafluoroethane (

C

2

H

2

F

4

) and 1,1,1,2,3,3,3-Heptafluoropropane (

C

3

F

7

H

). The

LiTaO

3

thin film was subjected to the mid-infrared light from output transmission spectra of

C

2

H

2

F

4

as well as

C

3

F

7

H

molecules used as sources. The technology for preparation of

LiTaO

3

thin film as well as detector design and manufacturing are presented. Particular attention was paid to production of conductive electrodes, including a very thin semitransparent

Au

layer evaporated on the top surface of

LiTaO

3

pyroelectric material. Important characteristics of the

LiTaO

3

based pyroelectric system are briefly discussed. Additionally, the design, construction, and performance of the gas chamber operating as a channel for gas sensor testing is briefly described. The pyroelectric open-circuit voltage generated in

LiTaO

3

was boosted with a signal processing circuit for selective high-sensitivity detection of compound gases at room temperature. The infrared (IR) filters such as titanium dioxide

(

TiO

2

) and zinc oxide

ZnO

having narrow bandwidth and working at a normal incidence were integrated into a compact and portable pyroelectric micro-sensor before the

LiTaO

3

pyroelectric element in the same package for cleaning background in a broad IR spectrum of both refrigerant gases. The performance, stability, and accuracy of fabricated

LiTaO

3

-based IR gas sensors operating on the pyroelectric open-circuit voltage were tested and improved. IR gas sensors designed and prepared in this study can be utilized for non-contact, sensitive, and selective detection of highly hazardous and explosive gases.
Trauma and Trauma Sensitivity
Authors: Laser Julie Anne , Nicotera Nicole 
Published: November 2024

Abstract
This chapter discusses trauma and trauma sensitivity, including a definition of both concepts. The chapter also highlights how trauma lives in the body and how through activity it can be ameliorated. The window of tolerance is defined, and the concepts of relax zone, learning zone, and panic zone are explained. The window of tolerance is discussed more specifically in terms of clinical therapy with clients who have experienced trauma. The authors discuss both physical and emotional signs that the client is entering the panic zone. Skills for educating clients about the window of tolerance and how to put on the brakes between learning zone and panic zone are discussed.
Risk Management
Authors: Laser Julie Anne , Nicotera Nicole 
Published: November 2024

Abstract
This chapter discusses the risks associated with Experiential Therapy. This includes the importance of knowing your client prior to beginning Experiential Therapy. The authors explain how they introduce the idea of Experiential Therapy to their clients and the collaborative exploration of whether it’s a good fit for them. Additionally, risks, both physical and emotional, are discussed for both the clinician and the client. The differences between foreseeable risks versus unforeseeable risks, including triggers/activation, are discussed and examples are shared. The authors share risk-management tools and the checklist they have created and use regularly to ensure that risks are minimized. They discuss the importance of having a plan and a back-up plan. The importance of careful preparation and planning is emphasized throughout the chapter.
Experiential Therapy in the Natural Realm
Authors: Laser Julie Anne , Nicotera Nicole 
Published: November 2024

Abstract
Chapter 8 discusses Experiential Therapy in the natural realm. Additional risks and benefits of moving clinical intervention into nature are shared. The authors discuss how they begin Experiential Therapy in nature with clients, as well as the pace of Experiential Therapy in nature, and they share some of the metaphors they use. They discuss the importance of knowing the bioregion, the ability to create awe in nature, and the concept of soloing, and they describe the progression of Experiential Therapy activities in nature. They explain how they organize outdoor interventions by seasons and share protocols for a wide variety of outdoor activities: walking, hiking, challenge course, road biking, camping, paddleboarding, and snowshoeing.
The Scientific Sublime in Imperial Rome
Authors: Glauthier Patrick 
Published: November 2024

Abstract
This book charts the role of the sublime in first-century debates about how and why we investigate the natural world. The sublimity of the study of nature—in other words, the scientific sublime—is an animating force in Manilius, Seneca’s Natural Questions, Lucan, the Aetna, and, in the book’s epilogue, the Elder Pliny. These authors work with, and sometimes against, multiple traditions of ancient philosophy and ancient science, including early Greek natural philosophy, Stoic and Epicurean physics and meteorology, and mathematical astronomy and astrology. Despite this shared intellectual background, each author inflects the scientific sublime differently, and even though they do not explicitly theorize the sublime, they repeatedly juxtapose competing modes of sublimity and push readers to think about their relative merits and social functions. As the nature of Roman imperium and public life evolve, the scientific sublime figures the experience of infinite and unending empire, functions as an antidote to the corrupting influences of the seamy present, collapses under the weight of its own pretensions, and makes way for the appreciation of wonders that we cannot comprehend, the spectacle of nature. From this perspective, the scientific sublime constitutes a medium of philosophical communication and debate that fuels a vital current of Latin literary production. This book, then, tells a new story about the study of nature at Rome, locates the sublimity of that study at the center of early imperial Latin literature, and thereby renders the classical sublime more expansive, dynamic, and contested.
Infallibility Through Non-Demonstrative Reasoning
Authors: Kvanvig Jonathan L 
Published: November 2024

Abstract
The goal of this chapter is to develop a skeptical position capable of articulating the gold standard for non-monotonic reasoning, of the sort central to our knowledge of the future. The gold standard in question involves the idea of the locus of control over getting to the truth and avoiding error that is within cognizers themselves, in such a way that infallibility can be properly characterized in terms of this idea of locus of control. The need for such an account arises because of the problem of epistemic imperialism, demanding that non-monotonic reasoning be explained in terms of deductive argumentation. It is easy to see why one might despair that any such account can be developed, but this chapter will show how such an account is possible.
Close Approximations
Authors: Kvanvig Jonathan L 
Published: November 2024

Abstract
In light of theory development on the part of the skeptic, a fallibilist response is needed. Moreover, this response will be more promising the more sensitive it is to the tinge of infallibility to which skepticism calls our attention. In order to develop a sensitive version of fallibilism, we attend to the difference between merely accommodating a bit of data and predicting it, arguing that a properly sensitiver version of fallibilism will not only accommodate the data about the infelicity of concessive attitudes and attributions, but also will predict it. The account will be Gricean in character, but differ from extant Gricean accounts by developing an approximationist account of the data that both accommodates and predicts it.
Introduction
Authors: Damkjær Maria 
Published: November 2024

Abstract
The idea that the pressures of the page help generate content are grounded in this Introduction, which introduces the theory and methodologies supporting the argument. The methodology is guided by an interest in typographical and narrative failures, a ground-up approach to genre rather than predetermined categories, and a commitment to look and think beyond the canon. The ideas of rhetorical genre theory and modern dynamic theoretical approaches to genre underpin a project that is more interested in the blurred edges than the secure centres of genres. The Introduction also touches on the book’s approach to the printed page, to readers (real and imagined), and to the lessons of Digital Humanities.
Product Placement
Authors: Damkjær Maria 
Published: November 2024

Abstract
Product placement was frowned upon in nineteenth-century magazine fiction, but it was not unheard of. This chapter discusses the history of both brand entanglement and the strong opposition to it. After discussing product placement as a challenge to one of M.M. Bakhtin’s tenets of genre quotation, the chapter focuses on George Augustus Sala and Elizabeth Gaskell, who both dropped the name of a publication within their fiction. It also outlines the graphic design that ostensibly kept advertising and other content distinct from each other in nineteenth-century magazines. By sketching the history of product placement, the chapter discusses status, the problem of print’s commercialism, and the genre fluidity of the nineteenth century. This chapter develops the idea of the reciprocal relationship between some texts and their magazine contexts, and asks how readers were expected to recognize one genre or distinguish between genres in a printed product that was characterized by genre uncertainty.
The Function of Fiction
Authors: Damkjær Maria 
Published: November 2024

Abstract
Two magazines, the obscure Household Friend (1851–2) and the well-known Family Herald (1842–1940), published stories that were completely enmeshed with the fate of the periodical. These stories were filler, literature, and advertising at the same time. Not only do these stories show us powerful print imaginaries, they also ask us to consider: what is the function of narrative fiction in the periodical? The chapter develops the central argument that genre mixture is reciprocal, productive, and a creative part of print culture. It also comes the closest to discussing canonical serial novels as promotional agents for their periodical contexts, by bringing in Charles Dickens’s Great Expectations. Was there a moment, before it was reprinted in volume form, when Great Expectations was entangled in the needs to fills space and sell numbers? Can we relativize the fate of the serial novel by asking how ‘novel-like’ it seemed in its periodical form?
PartIES: a disease subtyping framework with Partition-level Integration using diffusion-Enhanced Similarities from multi-omics Data
Authors: Miao Yuqi , Xu Huang , Wang Shuang 
Published: November 2024

Abstract
Integrating multi-omics data helps identify disease subtypes. Many similarity-based methods were developed for disease subtyping using multi-omics data, with many of them focusing on extracting common clustering structures across multiple types of omics data, but not preserving data-type-specific clustering structures. Moreover, clustering performance of similarity-based methods is affected when similarity measures are noisy. Here we proposed PartIES, a Partition-level Integration using diffusion-Enhanced Similarities to perform disease subtyping using multi-omics data. PartIES uses diffusion to reduce noises in individual similarity/kernel matrices from individual omics data types first, and then extract partition information from diffusion-enhanced similarity matrices and integrate the partition-level similarity through a weighted average iteratively. Simulation studies showed that (1) the diffusion step enhances clustering accuracy, and (2) PartIES outperforms competing methods, particularly when omics data types provide different clustering structures. Using mRNA, long noncoding RNAs, microRNAs expression data, DNA methylation data, and somatic mutation data from The Cancer Genome Atlas project, PartIES identified subtypes in bladder urothelial carcinoma, liver hepatocellular carcinoma, and thyroid carcinoma that are most significantly associated with patient survival across all methods. Further investigations suggested that among subtype-associated genes, many of those that are highly interacting with other genes are known important cancer genes. The identified cancer subtypes also have different activity levels for some known cancer-related pathways. The R code can be accessed at https://github.com/yuqimiao/PartIES.git
Using computed tomography atrial myocardial thickness maps in cryoballoon pulmonary vein isolation: the UTMOST AF II randomized clinical trial
Authors: Kim Daehoon , Kwon Oh-Seok , Hwang Taehyun , Park Hanjin , Yu Hee Tae , Kim Tae-Hoon , Uhm Jae-Sun , Joung Boyoung , Lee Moon-Hyoung , Pak Hui-Nam 
Published: November 2024

Abstract

Aims
Whether adjusting the duration of ablation based on left atrial wall thickness (LAWT) provides extra benefits for pulmonary vein (PV) isolation for atrial fibrillation (AF) is uncertain. We studied the safety and efficacy of tailored cryoballoon PV isolation (CB-PVI) based on LAWT for paroxysmal AF.

Methods and results
Two hundred seventy-seven patients with paroxysmal AF refractory to anti-arrhythmic drug were randomized 1:1 to either LAWT-guided CB-PVI (n = 135) and empirical CB-PVI (n = 142). Empirical CB-PVI was performed using a 28 mm cryoballoon with recommended application for 240 s per ablation. Cryoapplication in the LAWT-guided group was titrated (additional application for 120 s at PVs, where &gt;25% of the circumference includes segments with LAWT &gt; 2.5 mm and reduced baseline application to 180 s at PVs where &gt;75% of the circumference includes segments with LAWT &lt; 1.5 mm) according to the computed tomography LAWT colour map. The primary endpoint was freedom from any documented atrial arrhythmia of more than 30 s without antiarrhythmic medication, after a single ablation procedure. During a mean follow-up of 18.7 months, patients in the LAWT-guided CB-PVI group (70.8%) had a higher event-free rate from primary endpoint than those in the empirical CB-PVI group (54.4%; hazard ratio 0.64, 95% confidence interval 0.42–0.99; P = 0.043). No differences were observed between the groups in complication rates (3.0% in LAWT-guided vs. 4.9% in empirical CB-PVI). The total procedure time was extended in the LAWT group than in the empirical group (mean 70.2 vs. 65.2 min, respectively).

Conclusion
The LAWT-guided energy titration strategy improved freedom from atrial arrhythmia recurrence, compared with conventional strategy.
Error analysis for a finite element approximation of the steady p·-Navier–Stokes equations
Authors: Berselli Luigi C , Kaltenbach Alex 
Published: November 2024

Abstract
In this paper, we examine a finite element approximation of the steady $p(\cdot )$-Navier–Stokes equations ($p(\cdot )$ is variable dependent) and prove orders of convergence by assuming natural fractional regularity assumptions on the velocity vector field and the kinematic pressure. Compared to previous results, we treat the convective term and employ a more practicable discretization of the power-law index $p(\cdot )$. Numerical experiments confirm the quasi-optimality of the a priori error estimates (for the velocity) with respect to fractional regularity assumptions on the velocity vector field and the kinematic pressure.
Exploring the Unseen: Archival Ethnography of Rejected Applications at the Ulm School of Design (HfG Ulm)
Authors: Ober Maya 
Published: November 2024

Abstract
The Ulm School of Design (1953–1968) emerged in post-Nazi Germany to champion rational, functional, and socially responsible design. Despite its commitment to equity, little attention has been given to how this vision was expressed in everyday institutional life, specifically with regard to admission practices. This article explores the overlooked realm of rejection stories, probing the impact of ideas about quality, aptness, and rational problem-solving on the perpetuation of social positions and design paradigms. Using archival ethnography and feminist approaches, the article unveils hidden dimensions of admission practices at the Ulm School of Design, unraveling who was rejected and why. It delves into archival documents, including admission records, to analyze decision-making processes and assess their alignment with sociopolitical commitments. The micro-histories and stories of rejected applicants expose the interplay between Ulmian design principles and institutional practices. Drawing from Sara Ahmed’s insights on institutional life, the article traces historical roots, exploring how gender, race, class, and power intersect in Ulm’s admission processes. By scrutinizing these hidden dimensions, the article sheds light on the intricate mechanics of everyday life at the Ulm School, revealing their connection to prevailing design narratives of rationality and functionality.
Pollinator-mediated isolation promotes coexistence of closely related food-deceptive orchids
Authors: Newman Ethan , Johnson Steven D 
Published: November 2024

Abstract
Identifying the factors that contribute to reproductive isolation among closely related species is key for understanding the diversification of lineages. In this study, we investigate the strength of premating and postmating reproductive isolation barriers between Disa ferruginea and Disa gladioliflora, a pair of closely related species, often found co-flowering in sympatry. Both species are non-rewarding and rely on mimicry of different rewarding model flowers for the attraction of pollinators. We constructed abiotic niche models for different forms of each taxon to measure ecogeographic isolation. Using experimental arrays in sympatry, we recorded pollinator transitions to measure ethological isolation. We performed hand pollinations to measure postpollination isolation. We found strong, but not complete, premating isolation associated with abiotic niches and absolute pollinator-mediated isolation based on pollinator preferences in sympatry. Pollinator preferences among the orchids could be explained largely by flower colour (orange in D. ferruginea and pink in D. gladioliflora) which matches that of the pollinator food plants. Post-mating barriers were weak as the species were found to be inter-fertile. Coexistence in the orchid species pair is due mainly to pollinator-mediated reproductive isolation arising from flower colour differences resulting from mimicry of different rewarding plants. These results highlight the importance of signalling traits for the pollinator-mediated isolation of closely related species with specialized pollination systems.
Gray wolf mortality patterns in Wisconsin from 1979 to 2012
Authors: Roberts Nathan M , Stenglein Jennifer L , Wydeven Adrian P , Stauffer Glenn E , MacFarland David M , Van Deelen Timothy R , Olson Erik R 
Published: November 2024

Abstract
Illegal killing (poaching) of wildlife is a problem that warrants legitimate and objective investigation. Treves et al. (2017) use data from reported wolf mortalities in Wisconsin to estimate unreported and unobserved mortality and poaching rates of unmonitored wolves. This publication is frequently cited and often used to advocate for various policy recommendations despite nontrivial problems in analysis resulting in incorrect inference. We provide a constructive examination of this work and we identify significant methodological and analytical flaws that lead to consequential but faulty conclusions about levels of annual mortality that wolf populations can sustain. We also contrast the conclusions of Treves et al. (2017) with established literature on wolf demographics and observed changes in the Wisconsin wolf population and conclude that the observed population growth would not have been possible with mortality rates estimated by their publication.