bluuebunny/crossref_metadata_2025_split huggingface dataset:
BECOMING A  SELF LESS LEADER: LESSONS FROM A LIFE OF SERVANT LEADERSHIP
Authors: Jessup Len 
Published: August 2024

AbstractThe author, who retired as president of Claremont Graduate University in June 2024, writes that he “developed a purpose statement: When I get to the end of my path, I want to be able to look back and know at that moment that I did everything possible to have as much positive impact on as many people as I possibly could have and that I never shied away from an opportunity to do so.” The concept of time is a major consideration: “We sit in these seats of leadership for a brief, fleeting moment, and it’s a privilege not to be taken lightly. So be grateful, make the most of it, leave it better than you found it, let others have the credit, and make sure they are having fun and doing things that are meaningful to them.” And things must be put into perspective: “Leadership is about the pursuit and not the destination. I don’t think of myself less as a leader per se. Rather, I think of myself as a student of leadership, always learning and growing, always trying to get better at the craft, and always trying to learn from others and to do good for others as a result.”
VISION: THE ROLE OF LEADERS IN IMAGINING A BETTER FUTURE
Authors: Korngold Alice 
Published: August 2024

AbstractThe author works with “executives of multinational companies and board members of global, national, and regional nonprofits.” She discusses the importance of vision, and how often it is overlooked by leaders and others. She uses examples of the vision articulated by Dr. Martin Luther King Jr., President John F. Kennedy, and Eleanor Roosevelt. “By imagining and depicting what is possible,” she writes, “these leaders inspired millions of people and even future generations worldwide to pursue new paths of opportunity—for freedom and justice for all in the case of Dr. King, for science and exploration in the case of President Kennedy, and universalizing human rights across the world in the case of Eleanor Roosevelt.” She uses current‐day examples such as Kenya's Kennedy Odede and Shining Hope for Communities (SHOFCO), and Tent Partnership for Refugees, “a global NGO that mobilizes more than 300 companies worldwide to improve the lives and livelihoods of over 36 million refugees forcibly displaced from their home countries.” For corporations, she cites Trane Technologies, which “connects their commitment to the long‐term well‐being of its employees and communities. Furthermore, the company presents itself as a unique opportunity for investors, by describing its long‐term approach to growth for the company and the planet.”
Non‐Biochemical Gradient Sequence‐Controlled Polymers with Tuned Kinetics and Self‐Assembled Morphologies
Authors: Siddharth Kumar , Pérez‐Mercader Juan 
Published: August 2024

AbstractTwo key challenges in the multidisciplinary field of sequence‐controlled polymers are their efficient synthesis and the establishment of correlation with polymer properties. In this context, in this paper, gradient architecture in the hydrophobic tail of an amphiphile is implemented and synthesized for a fixed hydrophilic unit (polyethylene glycol, PEG), by means of two monomers (2‐hydroxypropyl methacrylate, HPMA, and diacetone acrylamide, DAAM) of contrasting reactivities. The resulting non‐biochemical gradient sequence‐controlled polymers are generated from a one‐pot, homogeneous mixture through a PET‐RAFT‐PISA (photoinduced electron/energy transfer‐reversible addition‐fragmentation chain transfer‐polymerization‐induced self‐assembly) method. In addition, the initial concentration ratio of the monomers in the gradient is varied as an input for a set of fixed experimental parameters and conditions, and its correlation with kinetics, gradient and self‐assembled morphologies is established, as the output of the process. These results are extensively corroborated via nuclear magnetic resonance (NMR) spectroscopy analysis, together with transmission electron microscopy (TEM) images, dynamic light scattering (DLS), and gel permeation chromatography (GPC) experiments. These results have implications for chemical computation carried out by PISA, programmable self‐assembly, information storage, biomimetics, origins of life and synthetic protocell studies.
Porous Structure Fibers Based on Multi‐Element Heterogeneous Components for Optimized Electromagnetic Wave Absorption and Self‐Anticorrosion Performance
Authors: Zhu Jiahui , Lan Di , Liu Xuehua , Zhang Shihan , Jia Zirui , Wu Guanglei 
Published: August 2024

AbstractThe excellent performance of electromagnetic wave absorbers primarily depends on the coordination among components and the rational design of the structure. In this study, a series of porous fibers with carbon nanotubes uniformly distributed in the shape of pine leaves are prepared through electrospinning technique, one‐pot hydrothermal synthesis, and high‐temperature catalysis method. The impedance matching of the nanofibers with a porous structure is optimized by incorporating melamine into the spinning solution, as it undergoes gas decomposition during high‐temperature calcination. Moreover, the electronic structure can be modulated by controlling the NH4F content in the hydrothermal synthesis process. Ultimately, the Ni/Co/CrN/CNTs‐CF specimen (P3C NiCrN12) exhibited superior performance, while achieving a minimum reflection loss (RLmin) of −56.18 dB at a thickness of 2.2 mm and a maximum absorption bandwidth (EABmax) of 5.76 GHz at a thickness of 2.1 mm. This study presents an innovative approach to fabricating lightweight, thin materials with exceptional absorption properties and wide bandwidth by optimizing the three key factors influencing electromagnetic wave absorption performance.
High‐Performance Organic Aerogels Tailored for Versatile Recycling Approaches: Recycling‐Reforming‐Upcycling
Authors: Pantazidis Christos , Wang Chang‐lin , Tomović Željko 
Published: August 2024

AbstractOrganic aerogels are emerging as promising materials due to their versatile properties, rendering them excellent candidates for a variety of applications in the fields of thermal insulation, energy storage, pharmaceuticals, chemical adsorption, and catalysis. However, current aerogel designs rely on cross‐linked polymer networks, which lack efficient end‐of‐use solutions, thereby hindering their overall sustainability. In this study, a facile synthesis of organic aerogels with a unique combination of imine and cyanurate moieties is presented, resulting in high‐performance, lightweight insulating materials. The aerogels’ structure, ensures mechanical robustness, thermal resistance, and hydrophobicity without additional treatments, crucial for long‐term performance. Additionally, in response to the currently unsustainable use of cross‐linked polymer materials, the molecular design offers diverse avenues of chemical recycling. These include full depolymerization back into the original monomers, partial network fragmentation producing soluble oligomers that can be promptly employed to fabricate new aerogels, and upcycling of aerogel waste into useful building blocks. This work pioneers a novel approach to material design, emphasizing recyclability as a core feature while maintaining high‐performance excellence.
Study on Thermophysical Properties and Phase Change Regulation Mechanism of Optically‐Controlled Phase Change Materials: Synthesis, Crystal Structure and Molecular Dynamics
Authors: Wang Yi , Sheng Lisha , Xu Bo , Shi Juan , Chen Zhenqian 
Published: August 2024

AbstractOptically‐controlled phase change materials, which are prepared by introducing molecular photoswitches into traditional phase change materials (PCMs), can convert and store solar energy into photochemical enthalpy and phase change enthalpy. However, the thermophysical properties of optically controlled PCMs, which are crucial in the practical, are rarely paid attention to. 4‐(phenyldiazenyl)phenyl decanoate (Azo‐A‐10) is experimentally prepared as an optically‐controlled PCMs, whose energy storage density is 210.0 kJ·kg−1, and the trans single crystal structure is obtained. The density, phase transition temperature, thermal conductivity, and other parameters in trans state are measured experimentally. Furthermore, a microscopic model of Azo‐A‐10 is established, and the thermophysical properties are analyzed based on molecular dynamics. The results show that the microstructure parameter (order parameters) and thermophysical properties (density, radial distribution function, self‐diffusion coefficient, phase change temperature, and thermal conductivity) of partially or completely isomerized Azo‐A‐10, which are challenging to observe in experiments, can be predicted by molecular dynamics simulation. The optically‐controlled phase change mechanism can be clarified according to the differences in microstructure. The optically‐controlled switchability of thermophysical properties of an optically‐controlled PCM is analyzed. This study provides ideas for the improvement, development, and application of optically‐controlled PCMs in the future.
N‐Doped Carbon Modified (NixFe1‐x)Se Supported on Vertical Graphene toward Efficient and Stable OER Performance
Authors: Ye Beirong , Zhang Yuefei , Li Chen , Zhang Tengfei , Li Yongqi , Li Ting , Huang Fengyu , Tang Chong , Chen Renhong , Tang Tao , Noori Abolhassan , Zhou Liujiang , Xia Xinhui , Mousavi Mir F. , Zhang Yongqi 
Published: August 2024

AbstractNiFe‐based nanomaterials are extensively studied as one of the promising candidates for the oxygen evolution reaction (OER). However, their practical application is still largely impeded by the unsatisfied activity and poor durability caused by the severe leaching of active species. Herein, a rapid and facile combustion method is developed to synthesize the vertical graphene (VG) supported N‐doped carbon modified (NixFe1‐x)Se composites (NC@(NixFe1‐x)Se/VG). The interconnected heterostructure of obtained materials plays a vital role in boosting the catalytic performance, offering rich active sites and convenient pathways for rapid electron and ion transport. The incorporation of Se into NiFe facilitates the formation of active species via in situ surface reconstruction. According to density functional theory (DFT) calculations, the in situ formation of a Ni0.75Fe0.25Se/Ni0.75Fe0.25OOH layer significantly enhances the catalytic activity of NC@(NixFe1‐x)Se/VG. Furthermore, the surface‐adsorbed selenoxide species contribute to the stabilization of the catalytic active phase and increase the overall stability. The obtained NC@(NixFe1‐x)Se/VG exhibits a low overpotential of 220 mV at 20 mA cm−2 and long‐term stability over 300 h. This work offers a novel perspective on the design and fabrication of OER electrocatalysts with high activity and stability.
Unusual Electrical Conductivity Enhancement in Stable n‐Type Carbon Nanotube Networks
Authors: Chang Sooyon , Biswas Prithwish , Qin Zhao , Tian Zhiting 
Published: August 2024

AbstractOrganic molecule‐doped n‐type single‐walled carbon nanotube (SWCNT) networks are promising candidates for advanced energy applications, such as flexible thermoelectrics and photovoltaics. Yet charge transport in n‐type SWCNTs is limited by two factors: i) charge localization impeding inter‐tube transport caused by disordered mesostructure of randomly oriented SWCNTs and ii) reduction of charge carrier concentration driven by oxidation. Herein, studied the relationship between the mesostructure and thermoelectric properties of n‐type SWCNTs obtained by surfactant‐functionalization and polymer‐dopant grafting. Surprisingly, the electrical conductivity of the polymer‐doped SWCNTs keeps increasing with increasing polymer content, even after the saturation of carrier concentration, resulting in 12x higher conductivity on polymer‐doping compared to surfactant‐functionalization. While hopping transport typically dominates in disordered systems, it is shown that a bridging effect from the polymer causes unusual band‐like conduction in polymer‐doped SWCNTs. Additionally, since surfactants are essential to prevent oxidation and retain n‐type over a long duration, shows that SWCNTs obtained through a dual‐functionalization strategy using both polymer‐dopant and surfactant, demonstrates a long‐term stable high n‐type thermoelectric power factor, when the surfactant amount is carefully controlled. Besides thermoelectrics, the findings are of general interest to developing stable and conductive n‐type SWCNTs for various energy and electronic applications.
Convective slip flow of a hybrid nanofluid near a non‐orthogonal stagnation point over a stretching surface
Authors: Singla Tanvi , Sharma Sapna , Kumar Bhuvaneshvar 
Published: August 2024

AbstractThe present analysis deals with a steady mixed convective flow of hybrid nanofluid (HNF) near the stagnation point of a heated or cooled stretching sheet with velocity slip and convective boundaries. The understanding of nanoparticle grouping kinematics is essential to figure out the thermal impact of HNF flow on the surface. This problem formulation consists of and Cu as nanoparticles with water as a base fluid. The ordinary differential equations are derived from partial differential equations using scaling variables. The governing system of equations has been solved numerically by using the shooting method with Runge–Kutta approach. Parameters such as stagnation, slip, radiation, obliqueness, convection, and the volume fraction of nanoparticles all are key factors influencing the overall velocity as well as the temperature profiles, Nusselt number and skin friction coefficient. The heat transfer rate rises with increasing the stagnation velocity of the free stream, Biot number, and radiation parameter. When the volume of nanoparticles increases from 2% to 5%, the heat transfer boosts up from 2.97% to 10.48%. Hence, the addition of copper nanoparticles has improved the heat transmission characteristics. Also, streamlined patterns for positive and negative obliqueness are in different orientations. The point of zero shear stress moves towards the right and left of the origin for heated and cooled sheet, respectively, depending on the obliqueness and stagnation velocity.
Introduction
Authors: Woodland Sarah , Bell-Wykes Kamarra 
Published: August 2024

AbstractThis book investigates a series of health education plays produced by Australia’s Ilbijerri Theatre Company and led by Butchulla and Yuggera theatre maker Kamarra Bell-Wykes from 2005 to 2019. Over this period, Ilbijerri produced and toured five works that provided education around key health issues facing Aboriginal and Torres Strait Islander peoples and communities: Chopped Liver (2006–2009; 2017), Body Armour (2010–2013) and Viral – Are You the Cure? (2018/2019)—also known as the Hepatitis C Trilogy—all deal with hepatitis C transmission, management, and treatment; North West of Nowhere (2014–2016) addresses sexual health and healthy relationships; and Scar Trees (2019) addresses family violence. Through a comprehensive study, we critically examine these works, while also documenting and acknowledging their important legacy and contribution to theatre for health promotion and education. This chapter describes the research context, methods, and sources of data, as well as our analytical approach informing the study. We introduce how the works operate at the interface between traditional and contemporary First Nations knowledges and performance practices and non-Indigenous approaches to performing arts, education, and wellbeing, also reflecting the cross-cultural relationality and knowledge sharing between we two authors. The chapter concludes with an overview of how the book is organised.
Ilbjierri Theatre Company: Health Education Works (2006–2019)
Authors: Woodland Sarah , Bell-Wykes Kamarra 
Published: August 2024

AbstractThis chapter describes Ilbijerri Theatre Company’s health education theatre productions from 2006 to 2019, led by Kamarra Bell-Wykes (co-author) in her role first as writer and later dramaturg, facilitator, and director. These works sat under Ilbijerri’s Social Impact stream as separate from their mainstage productions and were funded by various state and philanthropic bodies to deliver health education and promotion around specific issues affecting Aboriginal and Torres Strait Islander communities: Chopped Liver (2006–2009; 2017), Body Armour (2010–2013) and Viral – Are You the Cure? (2018/2019)—also known as the Hepatitis C Trilogy—all deal with hepatitis C transmission, management, and treatment; North West of Nowhere (2014–2016) addresses sexual health and healthy relationships; and Scar Trees (2019) addresses family violence. The chapter offers an overview of the health and funding contexts in which they were created, as well as a brief snapshot of the reach and impact of each performance. We also provide a detailed synopsis of each play that includes specific approaches to writing, performance, production, and touring, before moving onto a more in-depth contextual discussion around First Nations Australian approaches to theatre in health education in Chap. 3.
Culturally Led, Culturally Safe Performance Making
Authors: Woodland Sarah , Bell-Wykes Kamarra 
Published: August 2024

AbstractThis chapter presents the first of the findings from our study into the five health education works led by Kamarra Bell-Wykes and produced by Ilbijerri Theatre Company from 2006 to 2019. These findings draw on interviews conducted with eight practitioners who were involved over the years as performers, production staff, and advisors, a research yarn conducted between co-authors Sarah and Kamarra, and Kamarra’s own critical reflections while putting together this volume. We also analysed documents and data from Ilbijerri’s corporate archive and published works such as those by Clare Keating (‘Chopped Liver’ Evaluation Report. Effective Change Pty Ltd. Melbourne: Ilbijerri Theatre Company. Supplied, 2009) and Blayne Welsh (The Hepatitis C Trilogy: A Case for Indigenous Theatre as a Contemporary Manifestation of Traditional Healing Business. Australasian Drama Studies 73: 20–41. https://search.informit.org/doi/abs/10.3316/ielapa.146479491877297, 2018). Here we discuss the first of four prominent themes within the data: the importance of culturally led, culturally safe approaches to making theatre in health education in the First Nations Australian context. This includes the importance of First Nations cultural leadership at every stage from conception through to production, performance, and touring; the need for meaningful community consultation and engagement; and the promotion of cultural safety through protocols and practices that honour the lived experience, cultural obligations, and ‘colonial load’ for creative teams. We argue that centring culture in these foundational ways is essential for the works to achieve their educational goals while also progressing the dramaturgies of wellbeing, strength, and resistance that characterise contemporary First Nations theatre in Australia.
Stigma-Free Spaces for Healing, Empowerment, and Self-Determination
Authors: Woodland Sarah , Bell-Wykes Kamarra 
Published: August 2024

AbstractThis chapter presents further findings from our study on the five health education works led by Kamarra Bell-Wykes and produced by Ilbijerri Theatre Company from 2006 to 2019. These findings draw on interviews conducted with eight practitioners who were involved over the years as performers, production staff, and advisors, a research yarn conducted between co-authors Sarah and Kamarra, and Kamarra’s own critical reflections while putting together this volume. We also analysed documents and data from Ilbijerri’s corporate archive and published works such as those by Clare Keating (‘Chopped Liver’ Evaluation Report. Effective Change Pty Ltd. Melbourne: Ilbijerri Theatre Company. Supplied, 2009) and Blayne Welsh (The Hepatitis C Trilogy: A Case for Indigenous Theatre as a Contemporary Manifestation of Traditional Healing Business. Australasian Drama Studies 73: 20–41. https://search.informit.org/doi/abs/10.3316/ielapa.146479491877297, 2018). This chapter explores the third of three prominent themes within the data: how the works engaged audiences in the health messaging and information and created culturally safe spaces for challenging stigma and promoting community empowerment and self-determination. As such, we continue to argue that the works progress the dramaturgies of wellbeing, strength, and resistance that characterise contemporary First Nations theatre in Australia.
Conclusion
Authors: Woodland Sarah , Bell-Wykes Kamarra 
Published: August 2024

AbstractThis chapter concludes our study of health education works produced by Australia’s Ilbijerri Theatre Company and led by Yuggera and Butchulla theatre maker Kamarra Bell-Wykes from 2006 to 2019. We draw together the findings to conclude that the works Chopped Liver, Body Armour, Viral – Are You the Cure?, North West of Nowhere, and Scar Trees represent a significant and innovative contribution to both First Nations contemporary theatre and applied theatre for health education and equity. Looking back on this important body of work has also informed the development of future projects for Kamarra, including the most recent work, The Score, which addresses sexual health for young Aboriginal and Torres Strait Islander peoples through a community-engaged, participatory model. We conclude by acknowledging the creative teams who contributed to these works over 13 years, recognising that the success of these works was built on their talent, dedication, and commitment.
Scale invariance beyond criticality within the mean-field analysis of tensorial field theories
Authors: Dekhil Roukaya , Jercher Alexander F. , Oriti Daniele , Pithis Andreas G. A. 
Published: August 2024

Abstract
We continue the series of articles on the application of Landau-Ginzburg mean-field theory to unveil the basic phase structure of tensorial field theories which are characterized by combinatorially non-local interactions. Among others, this class covers tensor field theories (TFT) which lead to a new class of conformal field theories highly relevant for investigations on the AdS/CFT conjecture. Moreover, it also encompasses models within the tensorial group field theory (TGFT) approach to quantum gravity. Crucially, in the infrared we find that the effective mass of the modes relevant for the critical behavior vanishes not only at criticality but also throughout the entire phase of non-vanishing vacuum expectation value due to the non-locality of the interactions. As a consequence, one encounters there the emergence of scale invariance on configuration space which is potentially enhanced to conformal invariance thereon.