bluuebunny/crossref_metadata_2025_split huggingface dataset:
Fool them before they fool you
Authors: Valchev Hristo , Hample Dale , Hample Jessica M. 
Published: January 2025

Abstract
Bulgarian people have a long history and an enduring national identity, significantly defined by their continuing
allegiance to Eastern Orthodox Christianity. Here we investigate how Bulgarians understand the prospect of interpersonal argument.
Our instruments assess Bulgarians’ arguing motivations, their understandings of the practice of arguing face to face, their
emotional reactions to interpersonal disagreement, their tolerance of status inequalities in society, and their willingness to
argue at work. We have data from 287 Bulgarians (39% male, 61% female), having an average age of 37 years. We uncovered very few
differences between men and women. We found older Bulgarians less eager to argue in typical social situations, though they were
not hesitant to argue with their superiors at work. They were more polite and cooperative when they did argue. Bulgarians who were
most comfortable with status inequities in society were reluctant to argue with their superiors, were noticeably willing to
produce ad hominem arguments, and generally had an aggressive impolite profile of arguing orientations. Poland
and Ukraine are natural comparisons because of their shared political histories in the last several generations. We also do a
comparison with the U.S., as a general standard of comparison because our theories and measures originated in the U.S.
Superquestions and some ways to answer them
Authors: D’Agostino Giulia , Schad Ella , Maguire Eimear , Lucchini Costanza , Rocci Andrea , Reed Chris 
Published: January 2025

Abstract
Earnings Conference Calls, in which corporate management are quizzed by investment analysts, are a particularly
rich source of a phenomenon of question-asking that, though less prevalent, also occurs in many other genres of discourse. When a
participant in a dialogue is allowed to ask more than one question consecutively — particularly in order to extend or refine or
recast — we see that respondents often react by answering either one or more of the individual questions, or by answering a
question that was never actually asked, but which is related to the explicit questions and to other content introduced in the
turn. We call this overarching implicit question a superquestion, and explore how they can be formed, how they
can be answered, how they trigger argumentation, and, indeed, how they can be dodged.
Placeholders and interjective hesitators
Authors: Seraku Tohru 
Published: January 2025

Abstract
In spontaneous discourse, a communicator may be unable or unwilling to produce certain words for contextual reasons. An effective strategy to overcome such difficulties is the use of a placeholder like whatchamacallit. It has been observed that in some languages, demonstrative-related placeholder forms also serve as an interjective hesitator, the type of expression illustrated with um, well, etc. This paper reveals that this functional duality is a broad phenomenon observed with not only demonstratives but also non-demonstrative forms such as wh-words. I investigate non-demonstrative forms in 14 languages and propose a functional account within Discourse Grammar. My contention is twofold: (i) syntactic, semantic, and prosodic differences between placeholders and interjective hesitators are reducible to differences between two grammatical domains, Sentence Grammar and Thetical Grammar; (ii) the functional duality is captured in terms of cooptation, a process whereby a Sentence Grammar unit is transferred to a Thetical Grammar unit.
Gravitino thermal production, dark matter, and reheating of the Universe
Authors: Eberl Helmut , Gialamas Ioannis D. , Spanos Vassilis C. 
Published: January 2025

Abstract
We present a full one-loop calculation of the gravitino thermal production rate, beyond the so-called hard thermal loop approximation, using the corresponding thermal spectral functions in numerical form on both
sides of the light cone. This framework requires a full numerical evaluation. We interpret our results within the framework of a general supergravity-based model, remaining agnostic about the specifics of supersymmetry breaking.
In this context, assuming that gravitinos constitute the entirety of the dark matter in the Universe imposes strict constraints on the reheating temperature.
For example, with a gluino mass at the current LHC limit, a maximum reheating temperature of T
reh ≃ 109 GeV is compatible with a gravitino mass of m
3/2 ≃ 1 TeV. Additionally, with a reheating temperature an order of magnitude lower at T
reh ≃ 108 GeV, the common gaugino mass M
1/2 can range from 2 to 4 TeV within the same gravitino mass range. For much higher values of M
1/2, which are favored by current accelerator and cosmological data in the context of supersymmetric models, such as M
1/2 = 10 TeV, and for m
3/2 ≃ 1 TeV the reheating temperature compatible with the gravitino dark matter scenario is 107 GeV. If other dark matter particles are considered, the reheating temperature could be much lower.
Hot Casimir wormholes
Authors: Garattini Remo , Faizal Mir 
Published: January 2025

Abstract
In this paper, we have for the first time considered the consequences of
finite temperature contributions to a traversable wormhole. This was done by
using finite temperature generalization of the Casimir effect as a source of a
hot traversable wormhole. To include finite temperature effects, we have
considered the plates positioned either parametrically fixed or radially
varying. Such results have been obtained in both high and low-temperature
regimes. We explicitly investigate the effect of such finite temperature
corrections on the size of a traversable wormhole.
Gravitational waveforms from periodic orbits around a quantum-corrected black hole
Authors: Yang Sen , Zhang Yu-Peng , Zhu Tao , Zhao Li , Liu Yu-Xiao 
Published: January 2025

Abstract
Extreme mass-ratio inspirals are crucial sources for future space-based gravitational wave detections. Gravitational waveforms emitted by extreme mass-ratio inspirals are closely related to the orbital dynamics of small celestial objects, which vary with the underlying spacetime geometry. Despite the tremendous success of general relativity, there are unsolved issues such as singularities in both black holes and cosmology. Loop quantum gravity, a theory addressing these singularity problems, offers a framework for regular black holes. In this paper, we focus on periodic orbits of a small celestial object around a supermassive quantum-corrected black hole in loop quantum gravity and compute the corresponding gravitational waveforms. We view the small celestial object as a massive test particle and obtain its four-velocity and effective potential. We explore the effects of quantum corrections on marginally bound orbits, innermost stable circular orbits, and other periodic orbits. Using the numerical kludge scheme, we further explore the gravitational waveforms of the small celestial object along different periodic orbits. The waveforms exhibit distinct zoom and whirl phases in a complete orbital period, closely tied to the quantum parameter α̂. We also perform a spectral analysis of the gravitational waves from these periodic orbits and assess their detectability. With the steady progress of space-based gravitational wave detection programs, our findings will contribute to utilizing extreme mass-ratio inspirals to test and understand the properties of quantum-corrected black holes.
Universal gravitational wave signatures of cosmological solitons
Authors: Lozanov Kaloian D. , Sasaki Misao , Takhistov Volodymyr 
Published: January 2025

Abstract
Cosmological solitonic objects such as monopoles, cosmic strings, domain walls, oscillons and Q-balls often appear in theories of the early Universe. We demonstrate that such scenarios are generically accompanied by a novel production source of gravitational waves stemming from soliton isocurvature perturbations.
The resulting induced universal gravitational waves (UGWs) reside at lower frequencies compared to gravitational waves typically associated with soliton formation.
We show that UGWs from axion-like particle (ALP) oscillons, originating from ALP misalignment, extend the frequency range of produced gravitational waves by more than two orders of magnitude regardless of the ALP mass and decay constant and can be observable in upcoming gravitational wave experiments.
UGWs open a new route for gravitational wave signatures in broad classes of cosmological theories.
Spatiotemporal mode-locked soliton molecules with tunable pulse numbers and intervals in an all-step-index-fiber laser
Authors: Wu Jia-Wen , Huang Rong-Jun , Cui Hu , Luo Zhi-Chao , Xu Wen-Cheng , Luo Ai-Ping 
Published: January 2025

Abstract
We report the generation of soliton molecules in an all-step-index-fiber spatiotemporal mode-locked (STML) laser. By adjusting the pump power and polarization controllers, various soliton molecules with tunable pulse numbers and intervals are achieved. Particularly, the pulse intervals of the soliton molecules can be tuned from 14.9 ps to 234.3 ps. The obtained results are beneficial for exploring the complex nonlinear characteristics of STML fiber lasers, and such flexible soliton molecules hold promising applications in optical communication, all-optical information storage and ultrafast characterization.
A multi-party verifiable quantum proxy blind signature scheme based on controlled quantum teleportation
Authors: Wang Chengxiang , Lu Dianjun , Tian Fuyao , Renqian Suonan 
Published: January 2025

Abstract
When the original signer is unable to sign and the proxy signer does not know the information content, proxy blind signature comes into being and becomes a hot topic in cryptography research. This paper combines the methods of proxy blind signature, controlled quantum teleportation and multi-party verification, and proposes a multi-party verifiable quantum proxy blind signature scheme based on controlled quantum teleportation. This scheme has the following features: using a Hash function shared by all participants for authentication can effectively solve the problem of identity identification among members; in order to facilitate the original signer to ensure the security of proxy authorization, the quantum proxy signature authorization form is used to generate quantum states with mutual unbiased fundamental particles. The security analysis shows that the scheme is unforgeable and undeniable, and can resist intercept-forgery attack and collusive attack.
Flexible artificial vision computing system based on FeO
x
optomemristor for speech recognition
Authors: Li Jie , Xin Yue , Sun Bai , Gu Dengshun , Liao Changrong , Hu Xiaofang , Wang Lidan , Duan Shukai , Zhou Guangdong 
Published: January 2025

Abstract
With the advancement of artificial intelligence, optic in-sensing reservoir computing based on emerging semiconductor devices is high desirable for real-time analog signal processing. Here, we disclose a flexible optomemristor based on C27H30O15/FeO
x
heterostructure that presents a highly sensitive to the light stimuli and artificial optic synaptic features such as short- and long-term plasticity (STP and LTP), enabling the developed optomemristor to implement complex analogy signal processing through building a real-physical dynamic-based in-sensing reservoir computing algorithm and yielding an accuracy of 94.88% for speech recognition. The charge trapping and detrapping mediated by the optic active layer of C27H30O15 that is extracted from the lotus flower is response for the positive photoconductance memory in the prepared optomemristor. This work provides a feasible organic−inorganic heterostructure as well as an optic in-sensing vision computing for an advanced optic computing system in future complex signal processing.
Design strategies and insights of flexible infrared optoelectronic sensors
Authors: Liang Yegang , Ran Wenhao , Kuang Dan , Wang Zhuoran 
Published: January 2025

Abstract
Infrared optoelectronic sensing is the core of many critical applications such as night vision, health and medication, military, space exploration, etc. Further including mechanical flexibility as a new dimension enables novel features of adaptability and conformability, promising for developing next-generation optoelectronic sensory applications toward reduced size, weight, price, power consumption, and enhanced performance (SWaP3). However, in this emerging research frontier, challenges persist in simultaneously achieving high infrared response and good mechanical deformability in devices and integrated systems. Therefore, we perform a comprehensive review of the design strategies and insights of flexible infrared optoelectronic sensors, including the fundamentals of infrared photodetectors, selection of materials and device architectures, fabrication techniques and design strategies, and the discussion of architectural and functional integration towards applications in wearable optoelectronics and advanced image sensing. Finally, this article offers insights into future directions to practically realize the ultra-high performance and smart sensors enabled by infrared-sensitive materials, covering challenges in materials development and device micro-/nanofabrication. Benchmarks for scaling these techniques across fabrication, performance, and integration are presented, alongside perspectives on potential applications in medication and health, biomimetic vision, and neuromorphic sensory systems, etc.
Recent progress in flexible sensors based on 2D materials
Authors: Li Xiang , Wu Guancheng , Pan Caofeng , Bao Rongrong 
Published: January 2025

Abstract
With the rapid development of the internet of things (IoT) and wearable electronics, the role of flexible sensors is becoming increasingly irreplaceable, due to their ability to process and convert information acquisition. Two-dimensional (2D) materials have been widely welcomed by researchers as sensitive layers, which broadens the range and application of flexible sensors due to the advantages of their large specific surface area, tunable energy bands, controllable thickness at the atomic level, stable mechanical properties, and excellent optoelectronic properties. This review focuses on five different types of 2D materials for monitoring pressure, humidity, sound, gas, and so on, to realize the recognition and conversion of human body and environmental signals. Meanwhile, the main problems and possible solutions of flexible sensors based on 2D materials as sensitive layers are summarized.
Wearable microneedle graphene field-effect transistor sensors
Authors: Holicky Martin , Fenech-Salerno Benji , Dabas Rupali , Teenan Oliver , Li Xinran , Steer Isobel V , Higgins Claire A , Akhavani Mo , Gadegaard Nikolaj , Kamaly Nazila , Cass Anthony E G , Torrisi Felice 
Published: January 2025

Abstract
Continuous monitoring of biomarkers in interstitial fluid (ISF) holds great potential for early disease detection and personalized medicine. This work presents a novel biosensing platform that combines microneedle technology with graphene field-effect transistors (GFETs) to enable sensitive, continuous analyte detection directly in ISF. Using spray-coating and laser lithography techniques, we create GFET channels on three-dimensional microneedle tips. The resulting devices show characteristic GFET behavior in solution. As a proof-of-concept, we demonstrate pH sensing capabilities with a sensitivity of 2.50%

I

D

/pH and the ability to detect changes as small as 0.04 pH units. Crucially, we show that these microneedle GFETs can function when inserted into ex-vivo human skin samples, with GFET gating occurring through the skin tissue. Finally, based on MTT assays and cellular imaging, no cytotoxic effect was observed which is an important prerequisite for human use.
Metacognitive Interpersonal Therapy
Authors: MacBeth Angus , Dimaggio Giancarlo 
Published: January 2025

Abstract
Personality disorder (PD) has long been associated with psychological therapies. The ICD-11 model of PD delineates the diagnosis into a severity marker and a trait descriptor. This has an excellent fit with contemporary models of psychological therapies for PD which emphasize interpersonal dysregulation, alongside dysfunctional understandings of the self and others (particularly in social relationships), and maladaptive coping as a response to these difficulties. Metacognitive interpersonal therapy (MIT) is an empirically supported, evidence-based psychological therapy, which takes a formulation-based approach to PD presentations. It is therefore transdiagnostic, and already adapted for intervention with the ICD-11 PD framework. In this chapter we describe the theoretical underpinnings of MIT and its evidence base, and apply this to the new ICD-11 PD model. Subsequently, we illustrate how MIT can be used in the treatment of PD, amplifying aspects of the ICD-11 PD model in the context of a case example.
Intensive Short-Term Dynamic Psychotherapy
Authors: Solbakken Ole André 
Published: January 2025

Abstract
This chapter provides an in-depth examination of the conceptual correspondence, complementarities, and potential synergies of the metapsychology, theory of psychopathology, and principles of psychotherapeutic action derived from Intensive Short-Term Dynamic Psychotherapy (ISTDP) and the novel clinical descriptions and diagnostic requirements of personality disorder as defined by the ICD-11 classification system. The chapter provides a brief overview of ISTDP, its metapsychology, and the theory of psychopathology. It then proposes a spectrum model of personality dysfunction derived from the ICD-11, which in turn is conceptually aligned with the spectra of psychoneurosis and fragile character structure as defined by ISTDP. Thus, the theoretical overlap and interrelatedness of the two systems can be explored in detail. Building on this exploration, a roadmap of ISTDP-based treatment principles suitable for patients operating at various levels of personality dysfunction is proposed and described.
A Lived Experience and Recovery Perspective
Authors: Baltzersen Åse-Line 
Published: January 2025

Abstract
This chapter on lived experience explores the journey of changes in personality functioning and recovery from personality disorder through the lens of the ICD-11 framework. It reflects upon the emergence of personality difficulties and deteriorating functioning during adolescence. This narrative covers the dynamics of living with severe personality disorder and the recovery process, and draws upon past and present sources to explore the complexities and nuances of this journey. While highlighting the consistency of personality traits, this story also illustrates how the expression of traits can transform with changes in self- and interpersonal functioning. It acknowledges the power of the dimensional approach to personality disorders, where both healthcare services and the community play a pivotal role in the path to recovery. Lastly, this user perspective emphasizes the need to address underlying personality difficulties of self- and interpersonal functioning to recover.
Introduction
Authors: Choi Jinhee 
Published: January 2025

Abstract
The introduction situates the historical and discursive context for the representation of girlhood in South Korean culture and cinema at the intersection of Korean feminism and girl culture, the reference girl of the 1970s, and necro-cinematics. From the 1990s onward, with the rise of a new young feminism in Korea in tandem with girls’ fandom, girls have been acknowledged for their significance within, and contribution to, Korean popular culture as consumer subjects. Nonetheless, in contemporary Korean millennial cinema, girls remain associated with death, not only due to the historical circumstances employed as narrative backdrops but also for reasons of mortal economy—as the subject and object of deaths. Drawing on Michele Aaron’s distinction between “dead-already” and “to be dead,” it further argues for the need to advance necro-cinematics to discuss how Korean girls and women have been depicted as “dead-already” yet are further subject to instrumental deaths: to be sacrificed for both the national development ethos and to trigger a moral dilemma for male characters.
Directing Girls
Authors: Choi Jinhee 
Published: January 2025

Abstract
This chapter focuses on women directors’ indie films that feature a girl as the female lead—A Girl at My Door (July Jung, 2014), Microhabitat (Jeon Go-woon, 2018), and The House of Us (Yoon Ga-eun, 2019). It questions and explores the extent to which indie films directed by women directors mark a significant departure from both commercial cinema and within indie cinema. It highlights some of the continuities and transformations between the reference girl of the 1970s and the contemporary girl protagonists of indie cinema, focusing on the insularity of the girlhood. It explores “shelter writing”—an attempt to gain a sense of security by creating a personal space or domestic routines—as an aesthetic strategy and examines through film how female camaraderie is manifested through the (im)possibility of creating such a shelter together.
Idle Girls
Authors: Choi Jinhee 
Published: January 2025

Abstract
This chapter looks at the cinematic portrayal of idleness among girl protagonists in several films; singing, dancing, or other leisure activities have been presented as a possibility to grant a girl protagonist limited freedom. The regional hits Sunny (Kang Hyeong-cheol, 2011) and Miss Granny (Hwang Dong-hyuk, 2014) present an interesting case study for analyzing the notion of idle play and leisure as well as moral values. Both were domestic box-office hits, the latter of which was directed by Hwang (Squid Game, 2021) and inspired a number of remakes in the Asian region. To this pair, an independent film, Queen of Walking, is explored as an alternative. The three could be seen to form an interesting film cycle that stars the actress Shim Eun-kyung as the protagonist. This chapter examines the way in which Queen of Walking associates “idleness” with a form of moral freedom. From the examination of girls’ cinematic death to their seeking of shelter then idleness, this chapter concludes the book with a positive note or even a wish: envisioning a possibility for them to appreciate and enjoy the moral freedom of being forever girls.
How widespread is pollination by sexual deception of fungus gnats in Pterostylis (Orchidaceae)?
Authors: Hayashi Tobias , Reiter Noushka , Phillips Ryan D , Peakall Rod 
Published: January 2025

Abstract
Pollination by sexual deception has evolved multiple times in the Orchidaceae, with most known cases involving male Hymenoptera as pollinators. The diverse Australasian orchid genus Pterostylis, characterized by elaborate trap flowers, contains some species pollinated by sexual deception of fungus gnats (Diptera). However, there is considerable variation in floral morphology, suggesting that additional pollination strategies or pollen vectors may be involved. Here, we test the hypothesis that sexual deception of male Diptera is taxonomically widespread by investigating the pollination systems across a representative subset spanning nine out of 10 sections and 18 Pterostylis species. We confirm four new cases of pollination by sexual deception of male fungus gnats (families Mycetophilidae, Keroplatidae, and Sciaridae) and accrued evidence for three further cases. Each of these orchids was pollinated by a single species of fungus gnat, with two species exploiting the same pollinator. Unexpectedly, we observed insect feeding behaviour on two species pollinated by sciarid gnats and phorid flies, respectively, with trace levels of sucrose detected where feeding was observed. Our results show that the sexual deception of male fungus gnats is likely to be the dominant mode of pollination in Pterostylis, although other poorly understood pollination strategies are also present.