Scientific Program Research Articles

Abstract A029: Merlin/NF2 inhibits pancreatic cancer metastasis by activation of AMPK-dependent autophagic degradation of p62

Abstract This abstract is being presented as a short talk in the scientific program. A full abstract is printed in the Proffered Abstracts section (PR004) of the Conference Program/Proceedings. Citation Format: Yuxia Zhang, Virginia Ojeda, Xiaobo Wang, Ken Dunner, Filippo Giancotti, Hao Zhou, Jonathan Hernandez, Steven Q. Xu. Merlin/NF2 inhibits pancreatic cancer metastasis by activation of AMPK-dependent autophagic degradation of p62 [abstract]. In: Proceedings of the AACR Special Conference in Cancer Research: Translating Cancer Evolution and Data Science: The Next Frontier; 2023 Dec 3-6; Boston, Massachusetts. Philadelphia (PA): AACR; Cancer Res 2024;84(3 Suppl_2):Abstract nr A029.

Preface

The International Conference on Mathematical Modeling in Physical Sciences (IC-MSQUARE) is an interdisciplinary scientific event which aims to promote the knowledge and the development of high-quality research in mathematical fields that have to do with the applications of other scientific fields and the modern technological trends that appear in them, these fields being those of Physics, Chemistry, Biology, Medicine, Economics, Sociology, Environmental sciences etc.The 12th IC-MSQUARE took place in Belgrade, Serbia between August 28 and 31, 2023. In addition, (because in previous years the conference, due to the pandemic, took place only with online presentations), the possibility of participation via the internet was also adopted this time. Thus, apart from the talks and workshops held on site, we also had a large collection of pre-recorded presentations that were available to the participants through the conference website.The Conference was attended by more than 350 participants and hosted about 320 oral and virtual presentations while counted more than 1000 pre-registered authors. The 12th IC-MSQUARE consisted of different and diverging workshops and thus covered various research fields where Mathematical Modeling is used, such as Theoretical and Mathematical Physics, Neutrino Physics, Non-Integrable Systems, Dynamical Systems, Computational Nanoscience, Biological Physics, Computational Biomechanics, Complex Networks, Stochastic Modeling, Fractional Statistics, DNA Dynamics, Macroeconomics, Social Modeling etc.The scientific program was rather heavy, however, according to all attendees, the program was excellent with high level of talks and the scientific environment was fruitful, thus all attendees had a creative time.All papers submitted to the Conference have been reviewed using a single-blind peer-review process. The review process adopted a scoring system (0-5 points) who rated the Relevance, Scientific quality, Contribution, Title and paper presentation, Tables and figures, Language and the References of each paper. The threshold for an article to be accepted was a score above 4 for the majority of the evaluated papers. Additionally, each paper was tested for similarity with already published content using the Turnitin software. All sources of similarities were checked and only original content was accepted. In this way, out of 308 papers that were evaluated for this volume, only 167 were accepted for publication.We would like to thank the Reviewers, the Members of the International Scientific Committees as well as the Members of the Organizing Committee.The Conference ChairmanDimitrios VlachosUniversity of PeloponneseList of International Scientific Committee, Organizing Committee are available in this pdf.

Preface

The 4th Edition of the International Altamira Materials and Devices Encounter (EMDA 4) was successfully held in hybrid format, on November 16th and 17th, 2023 with 196 participants on-site at CICATA Altamira, and ca. 180 participants online. The Scientific Program included 13 invited conferences from around the globe, with researchers from Malaysia, India, Azerbaijan, Romania, United Kingdom, Morocco, USA, Honduras, Mexico, Colombia giving their talks in four sessions (Semiconductors, Modelling, Materials and Engineering and Physical Sciences).Six Workshops were imparted: Elemental Analysis by X-ray Fluorescence, Production of Biobatteries from Plants, Creation of Metamaterials by 3D Printing, Introduction to AI for Materials Science, Electrochemical Methods of Analysis, ANSYS Mechanic Introductory Training. Graduate and undergraduate students benefited from these Workshops, which were also transmitted by YouTube live as well as the rest of the activities of the Conference.https://youtube.com/playlist?list=PL9d20U28c14xN3a1uvGW8-Tbrulu8-HOD&si=-X2PIPFe5gMoh32XA hybrid poster session with 46 posters showing the groundbreaking results of researchers and students was done. The submissions provided the public with a broad view of physics, semiconductors, materials, batteries, engineering applications, mathematical and computational science methods, novel concepts, ideas, and tools. The best posters were judged by a multidisciplinary jury, in two categories: Materials and Devices. The list of winners is depicted in this book.There were 43 conference paper submissions, and after a strict, double-blinded peer review process, 23 papers were selected by the Editor to be published in this volume. A total of 11 reviewers participated in this conference, who provided their professional and objective feedback to the authors to ensure the quality of the manuscripts according to the IOP Editorial’s Guidelines. The accepted papers are grouped into three general topics, i.e. Engineering Applications, Batteries/Supercapacitors and Semiconductors.The papers entitled “nS1-xSex alloy deposition by RF magnetron co-sputtering for potential photoelectrochemical applications”, “Wide-angle microwave attenuation response of a multilevel metastructure based on rGO/Fe3O4/PPy: an in-silicon study”, “Wastewater treatment from graphene oxide synthesis process”, “Physicochemical characterization of urban dust in Southern Tamaulipas using X-ray fluorescence”, “Delignification and characterization of Tule (Typha Dominguensis) for its potential use in the production of green concrete”, won the best materials poster and the paper entitled “Open Source electronic system with OLED screen monitoring of Plant Based Batteries”, “One-bit register based on 180nm CMOS technology”, “Optoelectronic system for measuring sugar content in citrus fruit” won the best devices poster after being reviewed by the session’s jury at the conference.A special acknowledgement is given to Instituto Politecnico Nacional through its Secretaria de Investigacion y Posgrado, from which financial support was possible to waive the fees for this event including the fees for paper publication, which was of capital importance because the highest participation was from graduate and undergraduate students.The kind sponsorship of SCM, SATELSA, and Soporte Analitico Especializado for the Conference banners and specific logistic needs, is kindly granted.Acknowledgements are also given to the Conference Staff, composed of CICATA Altamira and UV students who were the success factor of the Conference.The Organizers also grant the support from CICATA Altamira for the use of their facilities and the all the event logistics, as well as to the effort of the Scientific Program and Technical Committees, who did a great job preparing the event, contacting the Lecturers, confectioning the Program, reviewing the posters and the papers and making valuable suggestions for the authors to improve their work. We also would like to express our gratitude to the external reviewers, who kept the quality of the submitted papers and qualified the presented posters.Finally, on behalf of the Organizing Committees, we would like to express our sincere gratitude to all participants and speakers who contribute to make this event a great success.Looking forward to seeing you in 2025!Organizing Committee of EMDA 4th 2023List of Organizing Comittee, Conference Chair, Program Chair, Program Co-chairs, Steering Committee, Support Committee/Conference Staff and Organizations are available in this pdf.

The dependence of forecasts on sampling frequency as a guide to optimizing monitoring in community ecology

AbstractFacing climate change and biodiversity loss, it is critical that ecology advances so that processes, such as species interactions and dynamics, can be correctly estimated and skillfully forecasted. As different processes occur on different time scales, the sampling frequency used to record them should intuitively match these scales. Yet, the effect of data sampling frequency on ecological forecasting accuracy is understudied. Using a simple simulated dataset as a baseline and a more complex high‐frequency plankton dataset, we tested how different sampling frequencies impacted abundance forecasts of different plankton classes and the estimation of their interactions. We then investigated whether plankton growth rates and body sizes could be used to select the most appropriate sampling frequency. The simple simulated dataset showed that the optimal sampling frequency scaled positively with growth rate. This finding was not repeated in the analyses of the plankton time series, however. There, we found that a reduction in sampling frequency worsened forecasts and led us to both over‐ and underestimate plankton interactions. This suggests that forecasting can be used to determine the ideal sampling frequency in scientific and monitoring programs. A better study design will improve theoretical understanding of ecology and advance policy measures dealing with current global challenges.

Preface

This Proceedings arises from 2023 6th International Conference on Power Electronics and Control Engineering (ICPECE 2023), which was held via virtual form in Nanning, China from November 10th to 12th, 2023. Meetings in the ICPECE series were and will be held every year, and ICPECE 2023 marks the sixth time that this series of conference had been held successfully.The scientific and social program for the Conference ran over three days with more than 50 delegates from about 10 countries gathering on November 10th and departing on November 12th, including keynote speeches, oral presentations, poster presentations, free discussion, academic investigation, etc.In all there were four keynote speeches by renowned professors during the meeting. Professor Xingjian Wang from Beihang University, China addressed his research to us on Health Status Assessment and Fault-tolerance Control for Aircraft Control System. According to the control command of the pilot or the autopilot, the aircraft control system drives the aircraft rudder through the servo actuator to realize the aircraft attitude and flight trajectory control. In order to realize the highly reliable and healthy service of the aircraft control system, the health status assessment and remaining useful life prediction of the key components of the aircraft control system, the key technology of fault diagnosis for the airborne hydraulic system, and the high safety hierarchical active fault-tolerance control strategy were carried out to effectively improve the healthy service capability of the aircraft control system.Topics that were the focus of invited presentations and contributed papers at ICPECE 2023 included: Motor Drive and Frequency Converter, Drive Motor and Control Technology, Power and Fluid Machinery Equipment, Automatic Control Technology, Computer Integrated Manufacturing System, etc. All submissions were gone through a rigorous review process by performing double blind review to check their quality of content, level of innovation, significance, originality and legibility.The Conference could not have occurred without the generous support of the sponsors and the hard work of all Committee members. We are most grateful for the staff of Journal of Physics: Conference Series for their help and kindness in the preparation of this volume. Finally, we would like to thank all the attendees at ICPECE 2023 for their scientific contributions to the Conference, and for their warm spirit of engagement which characterized the scientific discussions and social occasions.The Committee of ICPECE 2023List of Committee Member is available in this pdf.

Preface of the 13th International Conference of Green Technology 2023 (ICGT 2023)

International Conference of Green Technology 2023 (ICGT 2023) was held in Ijen Suites Resort & Convention, Malang East Java Indonesia on October 17 and 18, 2023. The ICGT is an annual multidisciplinary meeting for cultivating and promoting interactions between educators, scientists, engineers, and industry researchers in studying the development of science & technology and related area. In the last decade, educators and scientists concerned about how to discipline integration can be achieved and shifted from traditional methods that focused on science, technology, engineering, and mathematics as isolated disciplines. Therefore, “Strengthening the Impact of STEM world (Science, Technology, Engineering, and Mathematics) for a Sustainable Future” become the theme of the 13th ICGT 2023.The scientific programs consist of keynote lectures, plenary lectures, and invited lectures in parallel sessions covering a wide range of topics in STEM areas. The audience of the ICGT 2023 was PhD students, recently graduated PhDs, supervisors, scientist, master and undergraduate student in the related area of environmental science, green technology and engineering, natural science and technology and sustainable material and resource. A major goal ICGT 2023 is to introduce the researcher and students to learning and working in the STEM world, keep experts in the STEM field aware of current developments, and provide exchange their research results about most aspects of science and technology. We expected ICGT to play an important role in preparing all attendees to be leaders in STEM fields and solve the current practical challenges encountered from various perspectives.Faced with our new way of living, the 13th ICGT 2023 was held fully hybrid. These hybrid conferences are held with a limited number of virtual participants and push for a return-to-physically meeting. All participants had the same opportunities presenting their work either virtually or on-site (total 20 minutes with 15 minutes presentation and 5 minutes discussion). The virtual meeting was done by Zoom.We thank the organizing committee and participants for their support and advice throughout the process. Special thanks for Science and Technology Faculty UIN Maulana Malik Ibrahim Malang who has funded this event Chairman Didik WahyudiList of Organizing Committee is available in this pdf.

Withdrawal: Glycine transporter 1 (GlyT1) is a novel therapeutic target for Alzheimer's disease.

Withdrawal: Miran Yoo, Seong Muk Kim, Juho Lee, Hye-Ju Kim, Seong Jeong Park "Glycine transporter 1 (GlyT1) is a novel therapeutic target for Alzheimer's disease" Alzheimer's & Dementia, Volume 18, Supplemental Issue 10. The above abstract, published online on 20th December 2022, on Wiley Online Library (https://alz-journals.onlinelibrary.wiley.com/doi/abs/10.1002/alz.064468) has been withdrawn by agreement between the authors, the Senior Director of Scientific Programs and Outreach, Claire Sexton, the Director of Scientific Programs at the Alzheimer's Association, Ozama Ismail, and John Wiley & Sons Inc. The abstract has been withdrawn at the authors' request because the authors did not have Amyloid Solution's authorization to publish the information contained in it.

Regarding the Methods of Selecting Crop Varieties by Agricultural Producers

The authors have developed their own methodology of comparative analysis of varieties which consists of comparing varieties of the same lines, types, ripening periods within the region, selecting the main economically useful characteristics of the crop, the most important for agricultural producers (information is taken from the description of the variety in the State Register), highlighting the maximum achieved values and transition from physical values to indices, their summation. Evaluation of varieties and hybrids created within the framework of the Federal scientific and technical development program using the proposed methodology showed their competitiveness.

Vladimir Ivanovič Lamanskij in Venice (1868-1869)

The aim of the article is to update the scientific heritage of the well-known Slavist and prominent representative of late Slavophilism Vladimir Ivanovič Lamanskij (1833-1914). Lamanskij’s biography is insufficiently studied in modern research literature. On the basis of archival documents, the article reconstructs Lamanskij’s work in the archives of Venice in 1868 and 1869, which resulted in the publication of an extensive collection of documents and studies on the Venetian Republic’s relations with the Greeks and Slavs during its heyday (16th-early 18th century), called State Secrets of Venice (1884). Lamanskij himself considered State Secrets of Venice his primary academic contribution, and the preface is one of Lamanskij’s main ideological texts. It reflects the Panslavist ideas that were supported in the Russian academic environment in the last third of the 19th century. Archival materials allow us to trace the genesis of Lamanskij’s historiosophic views to better understand how his concept of civilisation, in which the ideas of Slavophiles were developed, was formed. One of the key concept of Lamanskij’s work is the idea of confrontation between the Greco-Slavic and Romano-Germanic cultures in Europe. As a consequence, the study provides a better understanding of the ideology of late Slavophilism in the form of a theory which, in Lamanskij’s works, claims the status of a scientific programme in the humanities and social sciences.

Scheduling conferences using data on attendees’ preferences

Conference organisers often face the challenge of scheduling a scientific program. This problem usually involves many talks that must be scheduled in parallel, subject to time and space limitations. This paper adopts an Attendee-Based-Perspective to the conference scheduling problem, in which we collect (anonymised) data on attendees’ preferences and use these as a main driver to schedule the talks. We test three optimization approaches for this problem, based on integer programming formulations. The main approach divides the problem into two stages: the first stage schedules predefined thematic sessions and the second stage schedules talks within these sessions. We report results using real data instances of three conferences. The results show that our main approach can produce solutions swiftly, accommodating the requirements of the organisers while allowing attendees to attend most of their preferred talks. Our work has been used in practice to generate the actual schedule of these three conferences.

WAYS OF COMMERCIALIZATION OF YOUTH STUDENTS' ENTREPRENEURSHIP PROJECTS AND INCREASING BUSINESS INCUBATOR ACTIVITY IN THE CONDITION OF GIVING FINANCIAL INDEPENDENCE TO EDUCATIONAL INSTITUTIONS

The article analyzes reforms in providing financial independence to educational institutions of the Republic of Uzbekistan and ways to achieve financial support for ideas and projects of young entrepreneurs who graduate from educational institutions. Opinions of foreign and domestic scientists regarding the financing of the business incubator system are given. In addition, information is provided on models of financial support for commercialization of innovative business ideas, scientific and technological development projects and programs of students who are members of universities, technical schools, colleges, vocational schools, monocenters, public and private business incubators, and additional the economic benefits of creating new workplaces are highlighted.

Uses of scientific discourses and markers in shark attack risk management on Reunion Island

The article discusses how the uses of scientific discourses and markers, by activists and policymakers have been perceived by scientific experts and journalists and generated tensions related to science use in managing shark attack risk on Reunion Island. Following a series of shark attacks in 2011, a scientific research program was funded by French authorities to help political decision-making to reduce shark attack risk on the island's west coast, from 2011 to 2015. This program collected a large set of data to understand the ecology of the shark species implied in the attacks. The authorities have also funded a selective fishing program as an operational management device, which opposed activists from sea users' NGOs requiring shark fishing and environmental NGOs requiring sharks' protection. Based on sixteen semi-directional interviews led with local scientific experts, activists, journalists and a mandated fisherman, the study explores how activists and policymakers are perceived as having reappropriated scientific discourses to legitimize their position on shark risk management in Reunion Island. The scientific experts’ perception of activists depends on the epistemology of their discipline and the values they carry about the management of living beings. Otherwise, the political shark risk management strategy on Reunion Island is perceived as preferring to use scientific rationality instead of social claims to justify public policies. These uses of science generated conflicts between scientific experts, policymakers and sea users, and argue for the need of a dialogical process between parties to manage shark attack unpredictable risk, by better considering its social interpretation.

Validation of the Scientific Program for the Dark Energy Spectroscopic Instrument

The Dark Energy Spectroscopic Instrument (DESI) was designed to conduct a survey covering 14,000 deg2 over 5 yr to constrain the cosmic expansion history through precise measurements of baryon acoustic oscillations (BAO). The scientific program for DESI was evaluated during a 5 month survey validation (SV) campaign before beginning full operations. This program produced deep spectra of tens of thousands of objects from each of the stellar Milky Way Survey (MWS), Bright Galaxy Survey (BGS), luminous red galaxy (LRG), emission line galaxy (ELG), and quasar target classes. These SV spectra were used to optimize redshift distributions, characterize exposure times, determine calibration procedures, and assess observational overheads for the 5 yr program. In this paper, we present the final target selection algorithms, redshift distributions, and projected cosmology constraints resulting from those studies. We also present a One-Percent Survey conducted at the conclusion of SV covering 140 deg2 using the final target selection algorithms with exposures of a depth typical of the main survey. The SV indicates that DESI will be able to complete the full 14,000 deg2 program with spectroscopically confirmed targets from the MWS, BGS, LRG, ELG, and quasar programs with total sample sizes of 7.2, 13.8, 7.46, 15.7, and 2.87 million, respectively. These samples will allow exploration of the Milky Way halo, clustering on all scales, and BAO measurements with a statistical precision of 0.28% over the redshift interval z < 1.1, 0.39% over the redshift interval 1.1 < z < 1.9, and 0.46% over the redshift interval 1.9 < z < 3.5.

Guidelines for organizing accessible and inclusive research retreats

Research retreats are elements of scientific graduate training programs. Although expected to provide strong educational value, some students are reluctant to attend. Here, we identify participation barriers and provide guidelines for retreat design that minimize obstacles and establish an inclusive environment to improve attendance and enrichment for all attendees.

Effectiveness of scientific research education programme on the attitudes of nursing students towards research methods course: a pre and post-implementation study

Background Nursing research is the key to building an evidence-based practice for nursing. It is a necessity for nursing students to be professionals and to be encouraged to conduct research. Aims This research was conducted to determine the effectiveness of a scientific research education program on the attitudes of nursing students towards research methods. Design A single group pre and post implementation study. Methods The sample was composed of the third-year nursing students (n = 196). A questionnaire, and the Scientific-Research-Methods-Course-Attitude-Scale (SRMC-AS) were used for the data collection. The intervention consisted of theoretical education, group discussions, and research project writing practices lead by the researchers. Results The difference between mean scores of the SRMC-AS baseline measurement (85.18 ± 9.09), 3rd month (91.20 ± 7.59), and 6th month (90.68 ± 11.16) was statistically significant (p < 0.05). Conclusion The scientific research education program was found effective about positively increasing the attitudes of the students towards the course.

The Role of Female Physicians in Psychosomatic Medicine: Opportunities and Challenges.

Female physicians are in some cases preferred by patients due to their sex-related characteristics such as softness and empathy. Psychosomatic medicine presents a compelling working environment due to its holistic approach. This brief review synthesizes the challenges encountered by female physicians in psychosomatic medicine and outlines potential strategies for overcoming these barriers. The presence of female role models may constitute a crucial advancement in this process. There exists a pressing demand for specialized clinical and scientific programs in psychosomatic medicine at both national and international levels. Such programs, offered by universities and ministries, as well as comprehensive training initiatives, are indispensable in fostering the next generation of females in psychosomatics. Leading journals can lend their support by publishing special issues dedicated to female physicians. Strengthening female physicians throughout all positions in psychosomatic medicine can contribute ultimately to the improvement of patient care.

Preface

The 12th International Beam Instrumentation Conference, IBIC’23, was hosted by the Canadian Light Source (CLS) in Saskatoon, Saskatchewan, Canada from Sunday, September 10th to September 14th, 2023. IBIC is dedicated to exploring the physics and engineering challenges of beam diagnostic and measurement techniques for particle accelerators. IBIC’23 was attended by 182 delegates from 18 countries. IBIC’23 included 18 invited talks, 18 contributed talks, 2 tutorials, 114 posters, and a 3-day vendor exhibition with 18 industrial exhibitors in attendance. Twenty-five young scientists from all over the globe attended the conference. Nine of these students received grants thanks to sponsorship from the City of Saskatoon, Tourism SK, Discover Saskatoon and Innovation SK and contribution from the industrial exhibitors. The organizers of IBIC’23 are grateful to all sponsors for their valued support.The conference venue was TCU Place, a 104,000-square-foot convention and arts centre situated in downtown Saskatoon. Welcome remarks were delivered by CLS CEO, Bill Matiko, Saskatoon Mayor, Charlie Clark and University of Saskatchewan President Peter Stoicheff and Tonia Batten (CLS), IBIC’23 Conference Chair, opened the conference.The scientific program was developed by a 23-member Scientific Program Committee (SPC). Oral and poster sessions were grouped according to the following nine IBIC classifications. Beam Charge and Current Monitors • Diagnostic systems measuring the average beam current, instantaneous total intensity or individual bunch intensity. Beam Loss Monitors and Machine Protection • Diagnostic systems measuring the average beam loss, instantaneous beam loss or individual bunch loss.• Machine protection architectures based on inputs from beam instrumentation systems, as well as machine protection apparatus such as scrapers, collimators, radiation shields, etc. Beam Position Monitors • Diagnostic systems used for the measurement of beam position: orbit measurement techniques, trajectory measurement techniques, and bunch-by-bunch position measurement systems.• This track includes the use of diagnostics associated with secondary beams, e.g. photon beamlines, to measure the position of the charged particle beam. Data Acquisition and Processing Platforms • Data acquisition systems or architectures of relevance for beam diagnostic systems. This includes acquisition platforms, data processing techniques, electronic component validation or characterization.• Computing platforms, control and acquisition software and operating systems of relevance for beam diagnostics. Feedback Systems and Beam Stability • Systems used to stabilize or control any beam or accelerator parameter either in a closed or open loop. This includes control of orbit, trajectory, longitudinal stability, bunch-by-bunch transverse stability, emittance, tune, chromaticity, etc.• This can include descriptions of the detectors, actuators, any specialized acquisition electronics used to acquire the signal, as well as related data processing techniques. The feedback or feedforward aspects should, however, form a major part of the submission, otherwise, the diagnostic description would be better suited to the track dealing with the primary measurement under discussion. Longitudinal Diagnostics and Synchronization • Diagnostic systems used for the measurement of longitudinal beam parameters such as bunch length, bunch profile, arrival time, energy spread, or longitudinal emittance.• Systems used for beam synchronization and timing distribution. Machine Parameter Measurements • Systems used to measure machine parameters such as betatron tune, chromaticity, higher-order multipoles, space charge, impedance, beam-beam, etc.• Techniques and algorithms used for such measurements.• Other diagnostic devices or techniques which do not clearly match any of the previous tracks. Overview and Commissioning • General description of beam instrumentation devices and systems at new facilities or machine upgrades.• Commissioning results and lessons learned.• Workshop reports related to beam diagnostics. Transverse Profile and Emittance Monitors • Diagnostic systems used for the measurement of transverse beam size, transverse beam profile, transverse emittance, and beam halos.• This track includes both interceptive and non-interceptive diagnostics.The distribution of talks by classification was 5% Beam Charge and Current Monitors, 8% Beam Loss Monitors and Machine Protection, 13% Beam Position Monitors, 16% Data Acquisition and Processing Platforms, 8% Feedback Systems and Beam Stability, 18% Longitudinal Diagnostics and Synchronization, 8% Machine Parameter Measurements, 16% Overview and Commissioning and 8% Transverse Profile and Emittance Monitors.The regional distribution for participation was 37% from the Americas, 18% from Asia and 45% from Europe. The regional distribution of talks was 32% from the Americas, 26% from Asia and 42% from Europe. The gender ratio for oral presentations was 82% male and 18% female. The oral presentations were 79% onsite talks and 21% remote talks.List of Industrial Exhibition, Peer Reviewed Proceedings, IBIC2023, Peer Review General Policies, IBIC 2023 Peer Review Acceptance Criteria, IBIC 2023 Questions posed to referee in SPMS review module and Committees are available in this Pdf.

A holistic study of the WLCG energy needs for the LHC scientific program

A holistic study of the WLCG energy needs for the LHC scientific program

Определение повреждений неудаляемых и удаляемых окон перспективных пенетраторов от ударного воздействия высокоскоростных частиц реголита при ударном внедрении в грунт Луны

The article discusses promising penetrators with non-removable transparent and removable opaque windows, created mainly from corundum and ice composite, respectively. Their use will expand the scientific research program due to visualization capabilities for video recording of the movement of the penetrator in the subsurface layers of soil and their optical methods of studying, as well as direct contact with them. The calculation method and the calculated values of damage to these windows from the impact of spherical particles of lunar regolith with diameters of 1,0 and 1,5 mm, colliding with them at speeds of up to 1 km/s in the angular range from 70° to 80°, obtained using numerical modeling or based on an engineering model, are discussed.

The Innovative Development Path of Intelligent Sports Training in Colleges and Universities under the Perspective of National Fitness

Abstract Information technology, as the driving force of a new round of technological and industrial changes, brings new opportunities to sports training. In this paper, a dynamic threshold step monitoring strategy based on sinusoidal waveform curve of acceleration change is designed, and blood oxygen saturation content is monitored by near-infrared spectroscopy. By mining the high-frequency exercise load monitoring information, the intelligent sports training model is discussed in depth. In the application effect study at X University of S Province, the model successfully measured the average heart rate of students to be 160.91 beats/minute and the average energy consumption to be 137.27 Kcal, which provided a critical decision-making basis for physical education teaching. This finding offers a scientific implementation program for reforming physical education in colleges and universities, ensuring that physical training is accomplished efficiently and highly.