Top Choice Research Articles

STUDY ON THE USE OF DATA MINING TECHNOLOGY FOR ELECTION CAMPAIGNS IN INDONESIA

Indonesia adheres to democracy with a presidential government format. From the beginning of the reform era in Indonesia, the system of electing government representatives in the realm of council members, regional heads, and heads of state was carried out by looking for direct elections. Direct elections are carried out with several stages starting from registration, campaigning, elections, to the decision to recapitulate the winner's vote. One of the ways that candidates for election participants do is to campaign massively to the public. This campaign is expected to introduce the candidate to be the top choice of the community. The biggest challenge of this massive campaign is how much it costs compared to the reach of socialization to the community. Campaigns in conventional forms such as banners and social assistance do not necessarily make the election participants win an election, especially when the campaign funds have been enlarged to exceed the competitor who won the election. With the existence of social media, which is developing quite rapidly today such as Facebook, Instagram, Twitter (x), TikTok, and so on, election participants have used social media as an alternative and even the main campaign media. The next challenge is how the use of social media can produce significant results in the campaign of election participants. One of the sciences in the world of technology is data mining. Data mining helps in processing data to provide decision references that are in accordance with the sampling conditions of the conditions taken from the data. The purpose of this journal is about the utilization of data mining technology in helping election campaigns with social media to the factors involved in this in the current era of Indonesian democracy.

Leaf Architecture and Genome Size Variation of Durio zibethinus L. from Jelebu, Negeri Sembilan, Malaysia.

Durio zibethinus L. is known as the "king of fruit" in Malaysia. Meanwhile, Jelebu, Negeri Sembilan has always become the top choice district to visit for durian lover for its Durian Kampung Jelebu, which possessed good quality on par with top D. zibethinus clones such as D197 Musang King and D24. However, there is still lacking in taxonomic data of D. zibethinus especially from Jelebu. This study aimed to analyse the leaf architecture and genome size variations of selected D. zibethinus accessions from Jelebu. Five D. zibethinus accessions from Jelebu were examined. Thirty-seven parameters of gross leaf morphological characteristics and leaf venation pattern were observed and recorded for identification and classification of D. zibethinus accessions from Jelebu. Seven parameters have been recorded which are petiole length, petiole features, leaf size, leaf shape, leaf base shape, lower leaf surface colour and areolation could be used in differentiating between accessions. Results of this study showed the intraspecific variations existed among D. zibethinus accessions from Jelebu with a genome size varying between 1.7433 pg and 1.800 pg. In conclusion, data on leaf architecture and genome size variations from D. zibethinus accessions are beneficial for early plant identification and classification.

Patient Perceptions of Microbiome-Based Therapies as Novel Treatments for Mood Disorders: A Mixed Methods Study: Perceptions des patients sur les thérapies basées sur le microbiome pour les troubles de l'humeur : une étude à méthodes mixtes.

Medications are critical for treating major depressive disorder (MDD) and bipolar disorder (BD). Unfortunately, 30% to 40% of individuals do not respond well to current pharmacotherapy. Given the compelling growing body of research on the gut-brain axis, this study aims to assess patient perspectives regarding microbiome-based therapies (MBT) such as probiotics, prebiotics, dietary changes, or fecal microbiota transplantation (FMT) in the management of MDD and BD. This single-centred observational study used quantitative and qualitative assessments to examine patient perceptions of MBT. Participants diagnosed with MDD or BD completed an anonymous questionnaire obtaining demographics, prior medication history, and symptom burden. Self-assessment questionnaires specific to each diagnosis were also used: Quick Inventory of Depressive Symptomatology Self-Report (QIDS-SR), Altman Self-Rating Mania Scale (ASRM), and General Anxiety Disorder Questionnaire (GAD-7). A logistic regression model analysed the association of MBT acceptance with disorder type, QIDS-SR, and GAD-7 scores. A bootstrap method assessed the proportion of MBT acceptance. The qualitative assessment consisted of 30-minute interviews to elicit perceptions and attitudes towards MBT. The qualitative assessment achieved information power with n = 20. Results from the 63-item MBT questionnaire (n = 43) showed probiotics (37.2%) as the top choice, followed by FMT (32.6%), dietary change (25.6%), and prebiotics (4.6%). A majority of participants (72.1%) expressed willingness to try MBT for their mood disorder, however, logistic regression analysis did not identify statistically significant predictors for MBT acceptance among disorder type, QIDS-SR, and GAD-7. There is an increased focus on the gut microbiota's role in mood disorders' etiology and treatment. Promising research and patient interest underscore the necessity for exploring and educating on patient perspectives and the factors influencing attitudes towards MBT.

Inaugural Editorial

It is a great pleasure for me to provide an editorial commentary for the first edition of the recently established Journal of Optics and Photonics Research (JOPR). Greetings and salutations to all of you on the inaugural issue of JOPR, a new and exciting portfolio journal from Bon View Publishing, which focuses on cutting-edge research trends in optics and photonics. The journal features international peer-reviewed multidisciplinary papers that provide new and original insights to the field, while maintaining accuracy in theory and technology. We are committed to ensuring that every accepted article meets these standards. Being the Editor-in-Chief of JOPR is an honor and a source of great gratitude for me. The fields of optics and photonics are primarily concerned with the study of light, its creation, and manipulation, as well as its interactions with gases, plasmas, molecules, and solids, including micro- and nanostructures. The optical domain of ultraviolet, visible, and infrared light is much surpassed by the electromagnetic spectrum covered by optics and photonics. Researchers from physics, chemical and biological engineering, electronic and electrical engineering, and other fields are involved in this highly multidisciplinary topic. JOPR draws on both theoretical and practical results in the field of optical science and engineering, without being limited to any one discipline. It is committed to a wide spectrum of fundamental and applied optical research and brings scientists from many domains together. We encourage authors to conduct interdisciplinary research through the application of reasonable modeling or computational methods and experimental analysis. My goal for JOPR is to create a premier, open-access, highly peer-reviewed platform whose goal is to publish the most significant research in photonics and optics. I'm appreciative of the community's tremendous support in assisting us in achieving this objective.

An improved multi-attribute group decision-making method for selecting the green supplier of community elderly healthcare service

With rapid social and economic development, the process of population aging has increased the demand for community elderly healthcare service (CEHS) in China. However, the traditional government-oriented service supply cannot meet the various needs of CEHS, and it is critical to select a suitable supplier of CEHS to provide high-quality green services in the community. Therefore, this study focuses on the issue of green supplier selection of CEHS, explores an improved transformation method for processing multi-type data, and proposes an integrated method of multi-attribute group decision-making (MAGDM) which innovatively applies the degree of overall deviation measure (ODM) to determine expert weight. Finally, the effectiveness and accuracy of the new method are verified by experimental analysis. The results show that H2 is the top choice in the green supplier selection of CEHS, followed by H1, H4, H8, H5, H6, H3, H7, H12, H11, H9, and H10. In addition, the authors apply the traditional ED method to calculate expert weights and compare the results of ODM and ED. It is a fact that the improved ODM method should be more efficient and accurate than the traditional ED method.

Simplifying the injector's armamentarium: An international consensus regarding the use of gel science to differentiate hyaluronic acid fillers and guide treatment recommendations.

The Restylane portfolio of soft tissue fillers spans a wide range of indications, due in part to their complementary manufacturing technologies [non-animal stabilized hyaluronic acid (NASHA) and Optimal Balance Technology (OBT/XpresHAn)]. Using an array of products, injectors can achieve a holistic, natural looking effect for their patients. However, with a wide range of products it may be difficult to choose an optimal combination. Simplify and align global use recommendations for NASHA versus OBT products. Two pre-meeting surveys were completed by 11 key opinion leaders with international representation, with the goal of collecting information regarding their current injection practices for various anatomical regions of the face (i.e., temporal region, forehead, tear trough, lateral zygoma, anteromedial cheek, nose, pyriform aperture, nasolabial fold, perioral area, lips, labiomental crease, marionette lines, chin, and jawline). The data collected from these surveys was subsequently discussed in a consensus group meeting involving 11 voting members and 3 nonvoting members. Top product recommendations were identified for each anatomical area, along with secondary and tertiary recommendations that can also be used under defined circumstances. Recommendations were provided based on a consideration of elements such as patient features (e.g., skin thickness, bone structure), the desired aesthetic outcome, experience of the injector, and the preferred injection technique. A majority consensus regarding the top NASHA versus OBT product choice for each anatomical region of the face was reached. These recommendations represent international agreement regarding the use of Restylane products.

What motivates Chinese students to study in the UK? A fresh perspective through a ‘small-lens’

Chinese students represent a substantial portion of the UK university student population, with most of them being postgraduates. However, whilst the UK remains a top choice for Chinese students seeking to complete a higher degree programme, competition within the global Higher Education (HE) landscape is intensifying. Consequently, popular HE destinations such as the USA and the UK must now contend with growing academic markets in Australia and New Zealand (Marginson, 2006) as well as some non-English speaking countries which offer appealing university degrees through English-Medium-Instruction (EMI) (Mok, 2007). It is therefore salutary to ensure that Chinese students continue to find the UK appealing. This is vitally important both for the economy and the intellectual diversity and talents these students bring to UK HE institutions. This study thus revisits the core motives which drive Chinese students to UK universities. Significantly, unlike other investigations which have treated the topic of motivation rather marginally and through broad research scopes, this paper uses a ‘small-lens approach’ (Ushioda, 2016), which here is operationalised through the combination of practitioner research and narrative analysis. The study therefore focuses on a small group (N = 16) of Chinese students to unpack the nuances of meaning which characterise their initial motivation to study in Britain.

A Survey on Environmental Sustainability Among Anesthesiologists: An Opportunity for Changing Behaviors.

Introduction Environmental sustainability (ES) is a current issue related to natural resource scarcity, pollution and climate change. Although operating rooms (ORs) comprise a small proportion of the entire hospital infrastructure, they significantly impact the environment. Anesthesiologists are ideally positioned to assume leadership, mitigating this negative impact regarding OR waste in the environment. We created a Green Team, comprising multidisciplinary professionals from different areas of a tertiary Portuguese medical center, and conducted a survey that was sent to all the institution's anesthesiologists to assess the current state of ES. Results From the sample of 133 participants, 101 responses were obtained. Concerning knowledge and training on ES, a significant portion of the respondents (66.7%) seem to attribute "great importance" to the subject. As to the greatest barrier to waste separation in the OR, several respondents highlighted the issues of "inadequate information/education/training" (62.6%) and "lack of support from hospital/OR in-chief/administration" (26.3%). Finally, among seven methods to raise awareness of ES, "training during residency" was the top choice for these professionals, with 52.5% of the votes. Discussion Most anesthesiologists who responded to the survey recognize the utmost importance of ES and have perceived the environmental impact of their anesthetic practices in the OR. Overall, this tendency is consistent with other international studies. Moreover, most of those surveyed separate waste at home and want to extend this practice -in a more structured approach- to their workplace, with an effective separation of anesthetic and general waste in the OR. Conclusion Professionals perceive barriers to performing green practices, whether the lack of environmental education and awareness, the absence of recycling containers or waste separation bags, or the lack of protocols and guidelines implementing these circuits. With the publication of this work, we aim to encourage other institutions to implement ES projects in their hospitals and ORs.

NixCr (x = 2 and 3): the top choice for enhancing bonding performance of ZTA–Fe interfaces demonstrated by first principles calculations

NixCr (x = 2 and 3): the top choice for enhancing bonding performance of ZTA–Fe interfaces demonstrated by first principles calculations

Comparative Study and Design of High Performance Mixer

In recent time the use of RF mixer has been increased greatly. Gilbert cell is widely used as core of the mixer because it provides high conversion gain, good port-to-port isolation and low even-order distortion. It is found that the linearity of mixer is very good for Multi-Tanh technique by incorporating multiple differential trans-conductance stage but it reaches to very low conversion gain whereas, use of current bleeding technique increase linearity and conversion gain of the mixer by adding current source to increase the bias current at the expense of power consumption. Since, CMOS technology has become dominant because of its several advantages such as low cost, low static power dissipation and low area, the design of low noise amplifier using CMOS technology was top choice for design of Low Noise Amplifier. The single ended and differential LNA was designed to operate in a WCDMA reception range using a BSIM3V2 model (Level 49) CMOS UMC 0.18μm technology in Xcircuit Open source EDA tool. The key issues in the design, gain, noise and linearity were considered. The LNA’s was designed to provide high gain, matching to 50Ω RF system, good linearity.

Detecting Emotional Context for Safer Digital Mental Health Agents.

Digital tools for mental health show great promise, but concerns arise when they fail to recognize the user state. We train a classifier to detect the emotional context of dialogs among 6 categories, achieving 78% accuracy on top choice. Importantly greatest areas of confusion (excited-hopeful, angry-sad) are not of the most unsafe kind. Such a classifier could serve as a resource to the dialog managers of future digital mental health agents.

Consumer experiences and perception with reclosable pharmaceutical child resistant closures in Ghana, West Africa

AbstractChild resistant closures (CRCs) are an effective deterrent in preventing inadvertent poisoning in young children. Nevertheless, investigations since their debut have shown that users in different parts of the world do not embrace this safety package due to their opening mechanism. In this study, consumers who have interacted with pharmaceutical CRCs in Ghana within the West African sub‐region were interrogated to assess their experiences and perception. The assessments centred on consumer attitudes towards using CRCs generally, as well as their understanding of and importance for CRCs, the types that are available, observed cases of unintended medicinal child poisoning, ease of opening and injuries/accidents caused by them. The two observed CRCs used in the region were push and turn and squeeze and turn closures, with the former being the most popular. Regardless of educational level, consumers within the region had little understanding of how CRCs worked and how important they were. Due to their imprecise instructions and unpleasant opening mechanisms, CRCs were generally assessed by consumers as being challenging to open. Consumers unable to open CRCs employed their teeth, knives and sharp objects, resulting in injuries and casualties such as cuts and scratches. To maintain safe containment and limit children's exposure to medications, consumers identified CRCs as their top choice for pharmaceutical packaging. In conclusion, consumers oppose changing the design of CRCs but advocate for better opening instructions and pharmacist education for correct use.

Food marketing on digital platforms: what do teens see?

Given the aggressive marketing of foods and beverages to teenagers on digital platforms, and the paucity of research documenting teen engagement with food marketing and its persuasive content, the objective of this study is to examine what teenagers see as teen-targeted food marketing on four popular digital platforms and to provide insight into the persuasive power of that marketing. This is an exploratory, participatory research study, in which teenagers used a special mobile app to capture all teen-targeted food and beverage marketing they saw on digital media for 7 d. For each ad, participants identified the brand, product and specific appeals that made it teen-targeted, as well as the platform on which it was found. Online (digital media) with teenagers in Canada. Two hundred and seventy-eight teenagers, aged 13-17 years, were participated. Most participants were girls (63 %) and older teenagers (58 % aged 16-17 years). Participants captured 1392 teen-targeted food advertisements from Instagram, Snapchat, TikTok and YouTube. The greatest number of food marketing examples came from Instagram (46 %) (with no difference across genders or age), while beverages (28·7 %), fast food (25·1 %) and candy/chocolate were the top categories advertised. When it comes to persuasive power, visual style was the top choice across all platforms and participants, with other top techniques (special offer, theme and humour), ranking differently, depending on age, gender and platform. This study provides insight into the nature of digital food marketing and its persuasive power for teenagers, highlighting considerations of selection and salience when it comes to examining food marketing and monitoring.

Supplier selection under circular economy: An integrated entropy-EDAS method

The concept of circular economy (CE) is gaining attention from businesses and government agencies as a crucial approach to combat climate change. With increasing consumer concern for environmental and social issues, there is a growing emphasis on supporting sustainable and circular supply chains. The selection of appropriate suppliers is recognized as pivotal for achieving efficiency and profitability within a circular supply chain. This study conducts a thorough literature review to identify 16 supplier selection criteria, focusing on their suitability in CE framework. Criteria weights are determined using Entropy method, while Evaluation based on Distance from Average Solution (EDAS) method has been applied to identify the most suitable supplier. The results identified "Financial capability," "The technology required to supplement reverse logistics," and "Re-Use, Re-Manufacturing, Refurbishment" as the most predominant criteria. "Financial capability" drives circular investment, enhancing resource efficiency. "Technology for reverse logistics" optimizes material flow, reducing resource depletion. Practices like "Re-Use, Re-Manufacturing, Refurbishment" extend product lifecycles, curbing environmental impact. Using the EDAS method, Supplier 5 emerges as the top choice, reinforcing sustainable supply chain decisions. This promotes CE principles and aligns with sustainable development goals, aiding managers in policy-making and prioritizing supplier criteria.

Analyzing modal choice drivers and transport infrastructure impacts on living environment: insights from a Swedish survey study

To reduce transport emissions, adopting low-carbon modes such as electric cars and public transport, as well as active transport, is needed. In addition to effects on carbon emissions, modal choices and transport infrastructure affect, positively or negatively, our experience of our living environment and quality of life. A broad set of factors affecting modal choice and a variety of infrastructure elements are included in this analysis to capture rapid technological and behavioral changes. We present results from a survey of 1020 Swedish residents exploring how respondents perceive transport systems' influence on their quality of life and the drivers behind modal choices. We first use descriptive statistics to analyze the results, and then inferential statistics to determine whether a survey variable (e.g. household and personal income, household size, sex, age, education level and region) has a statistically significant association with outcome variables (e.g. modal choices, transport system impacts on quality of life). Results show that reliability (mean score of 5.53 on a scale from 1 to 7), punctuality (5.49), and physical accessibility (5.42) are the key factors for modal choice. The presence of very small, often statistically non-significant, differences in rating the top modal choice drivers suggest the respondents have similar expectations from transport services and make their modal choices with the goal of satisfying them. In turn, this may unfold as choosing different transport types depending on the sociodemographic and geographic context. There are, however, some regional differences in how different transport infrastructure elements are experienced. The results can guide policies for sustainable transport, assisting planning for more inclusive transport infrastructure. The findings show that transport cost is not necessarily among the key factors governing modal choice, and therefore, policy interventions and introduction of new infrastructure might increase attractiveness of other transport modes beyond the car.

PEDAGOGICAL AND CURRICULUM ISSUES IN TEACHING CHILDREN WITH SPECIAL NEEDS IN REGULAR CLASSROOMS: CLASSROOM PRACTICES, MANAGEMENT AND ASSESSMENT

The implementation of inclusive education has gained importance as a means of enhancing the quality and accessibility of education for children with special educational needs (SEN). These children frequently face social and physical barriers that impede their ability to enter the workforce and receive an education, which can be detrimental to the social and economic advancement of a nation. There exists various pedagogical approaches to guarantee education for children with special educational needs. However, the inclusive approach sets itself apart from the rest by advocating for equal participation of SEN students in mainstream schools, where they sit in the same classes with their other, and non-SEN counterparts. The inclusive approach states that so as to lessen or completely remove the social, academic, and physical barriers that SEN student’s encounter in ordinary classrooms, governments and educational institutions must offer the necessary resources, both human and material. In order to improve the human capital acquisition of students with special education needs, inclusive education strives for social cohesiveness and a less biased educational approach. The assumption that children with special needs are as fundamentally competent as students without impairments underpins both the classroom and the school system. Therefore, instruction is provided to students in the least restrictive setting possible. For all learners, general education is the top choice for placement, meaning that they are as much as possible alongside their peers who do not have disabilities. Respecting, recognizing, and addressing the diversity and individuality of students is the cornerstone of effective inclusive education. The needs of every student must therefore be taken into account by education systems.

Microfluidic-assisted single-cell RNA sequencing facilitates the development of neutralizing monoclonal antibodies against SARS-CoV-2.

As a class of antibodies that specifically bind to a virus and block its entry, neutralizing monoclonal antibodies (neutralizing mAbs) have been recognized as a top choice for combating COVID-19 due to their high specificity and efficacy in treating serious infections. Although conventional approaches for neutralizing mAb development have been optimized for decades, there is an urgent need for workflows with higher efficiency due to time-sensitive concerns, including the high mutation rate of SARS-CoV-2. One promising approach is the identification of neutralizing mAb candidates via single-cell RNA sequencing (RNA-seq), as each B cell has a unique transcript sequence corresponding to its secreted antibody. The state-of-the-art high-throughput single-cell sequencing technologies, which have been greatly facilitated by advances in microfluidics, have greatly accelerated the process of neutralizing mAb development. Here, we provide an overview of the general procedures for high-throughput single-cell RNA-seq enabled by breakthroughs in droplet microfluidics, introduce revolutionary approaches that combine single-cell RNA-seq to facilitate the development of neutralizing mAbs against SARS-CoV-2, and outline future steps that need to be taken to further improve development strategies for effective treatments against infectious diseases.

Network meta-analysis of treatment interventions for Helicobacter pylori infection in adult populations in East and Southeast Asia.

Helicobacter pylori (H. pylori) infection poses a global health challenge, necessitating diverse treatment strategies. This network meta-analysis aimed to assess various treatment regimens for H. pylori in East and Southeast Asian populations. A systematic search was conducted in PubMed, Embase, and the Cochrane Library databases from inception to 20 Dec 2023, to identify relevant randomized controlled trials (RCTs) on H. pylori treatment interventions in East Asian and Southeast Asian populations. The primary outcome focused on effectiveness, specifically the rate of H. pylori eradication, while the secondary outcome evaluated overall safety, including the incidence of total and serious adverse effects. Network geometry plots were generated to illustrate direct and indirect treatment comparisons, using triple therapy (TT) as the reference standard. Odds Ratios (ORs) and 95% confidence intervals (CIs) were calculated using random-effects models to account for study heterogeneity and consistency models for indirect comparisons. The treatment hierarchy was assessed using the ranking probabilities and surface under the cumulative ranking curve (SUCRA) values. 79 studies met the inclusion criteria, with 99 paired comparisons. The included studies, conducted in Southeast Asia and among East Asian populations, included 29,903 patients. Significant outcomes in treat effectiveness were observed in various comparisons, such as sequential therapy vs. TT, bismuth quadruple therapy (BQT) vs. TT, high-dose dual therapy (HDDT) vs. TT, concomitant therapy vs. TT, P-CAB-based therapy vs. TT, and R-HT/HT vs. TT. R-HT/HT was the top choice based on rankograms and SUCRA values (SUCRA = 96.5). Regarding overall safety, significant results were noted in comparisons involving BQT, HDDT, concomitant therapy, sequential therapy, and P-CAB-based therapy. HDDT achieved the highest overall safety based on rankograms and SUCRA values (SUCRA = 0.0). HDDT demonstrated the lowest incidence of serious adverse events, according to global rankograms and SUCRA values (SUCRA = 19.7). This network meta-analysis highlights the complexity of treating H. pylori in East and Southeast Asia. R-HT/HT emerged as the most effective regimen, while HDDT proved to be the safest, with the lowest incidence of serious adverse events. These findings are crucial for optimizing treatment protocols in these regions. https://www.crd.york.ac.uk/prospero/display_record.php?ID=CRD42023435318.

Human Pluripotent Stem Cell-Based Assays to Predict Developmental Toxicity.

Human beings are continuously exposed to various toxic substances throughout their lives, which affect their reproductive health and eventually the offspring they give birth to. Mainly, these toxins damage the heart and neurological development of the newborn, but most recently, they have begun to affect the musculoskeletal system as well. These toxins are usually present in food, pharmaceuticals, cosmetics, or even the polluted air that people breathe; as a result, the prevalence of birth defects is steadily rising. For this reason, it becomes a necessity to deploy a new set of assays to test for such toxins in industries to decrease the occurrence of developmental toxicity. These assays are exceedingly expensive when carried out conventionally using animal models or cells from such sources and have a lower predictive value due to the vast variation between animals and humans. To overcome such major problems, human pluripotent stem cells are now frequently used for these assays. These cells are easily available, are quickly generated from somatic cells (induce pluripotent stem cells), can be of human origin without harming people, and eliminate animal harm, which makes them the top choice of scientists for carrying out any in vitro developmental toxicity assays.This chapter, therefore, provides an overview of several steps that can be used to predict a compound's developmental toxicity by utilizing human pluripotent stem cells. Here, the easiest and most effective procedure has been outlined that can screen many compounds simultaneously.

Comprehensive characterization of a Mn0.1Mg0.9Fe2O4/CeO2/MgFe2O4 nanocomposite for high-performance supercapacitor applications

Metal oxide nanocomposites have grown in popularity in the field of electrochemical devices due to their numerous advantages, such as a large active surface area and high chemical stability. However, it is crucial to emphasize that the structural properties of these metal oxide nanocomposites are crucial in molding their electrochemical performance. Using solvothermal reflux and auto-combustion techniques (Mn0.1Mg0.9Fe2O4/CeO2/MgFe2O4) comprising Mn0.1Mg0.9Fe2O4, CeO2, and MgFe2O4 was successfully produced. This nanocomposite was used to construct high-performance electrochemical energy storage devices, notably battery-type applications. This nanocomposite crystal structure, morphology, and elemental composition were thoroughly examined. The electrochemical performance of the synthesized nanocomposite was examined using cyclic voltammetry (CV) and electrochemical impedance spectroscopy (EIS) using a 6 M KOH electrolyte solution to acquire a thorough grasp of its properties. When tested at a current density of 1 A/g, the composite electrode demonstrated an impressive specific capacity (Cs) of 368.7 C/g. Even after 5000 charge-discharge cycles, the Mn0.1Mg0.9Fe2O4/CeO2/MgFe2O4 nanocomposite electrode retained 93 % of its capacity retention. These findings definitively establish the Mn0.1Mg0.9Fe2O4/CeO2/MgFe2O4 nanocomposite as a top choice for energy storage systems.