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Analysis of Su Shi's IP Revival and Reconstruction and Overseas Chinese Community Communication Strategy Based on the New Media Matrix
Full text linkLooking through My Home on the Shu River: Su Shi in Meishan, the sound of the Min River and the ancient cypress trees of the Three Su Temple seem to pull the "young Su Shi" back from the historical narrative to reality, presenting a vivid picture within reach. Meishan is not only Su Shi's hometown, but also a constantly evolving spiritual coordinate, which not only lays the foundation for the growth of the family, but also shapes the open mind inspired by the landscape. With the theme of "Tracing Cultural Roots—Su Shi in Meishan", if Su Shi's IP wants to truly achieve revival and overseas dissemination, it must go beyond symbol accumulation and superficial tribute. On the contrary, it should transform the original resources into a narrative system so that it can be identified by new media, recognized by young people, and arouse the emotional resonance of overseas Chinese
The Conceptualization of One and Many in Chinese and Western Philosophy
Full text linkThe relationship between “one” and “many” constitutes a fundamental philosophical problem, probing the dynamics between unity and plurality, the indivisible and the divisible, and the whole and its parts. This paper provides a comparative analysis of the conceptualization and development of this dialectic within Chinese and Western philosophical traditions. It commences by tracing the evolution of the “one-many” framework in Western thought, from its classical formulations in ancient Greek philosophy to its modern interpretations. The focus then shifts to Chinese philosophy, examining the distinct articulations and applications of this concept within the frameworks of Confucianism, Daoism, and Buddhism. Through a critical comparative lens, the paper highlights both convergent and divergent approaches to understanding the interplay between unity and multiplicity, elucidating the underlying epistemological and metaphysical assumptions that characterize each tradition. Finally, the discussion assesses the contemporary relevance of the “one and many” paradigm, exploring its enduring implications for addressing interdisciplinary and global challenges in philosophy and beyond. This study aims to foster a deeper cross-cultural dialogue by systematically mapping the complex terrain of this perennial philosophical inquiry
Parental Support and Its Influence on the Academic Performance of Grade 3 Pupils in Sinunuc Elementary School
Full text linkThis study examined the impact of parental support on the academic performance of Grade 3 pupils at Sinunuc Elementary School using a descriptive-correlational design. Forty pupils participated as respondents. A validated questionnaire measured parental support in terms of home learning support, homework assistance, study supervision, and encouragement, while academic performance was assessed through general average (GPA). Data were analyzed using Average Weighted Mean and Regression Analysis. Results showed that parental support across all dimensions was rated Very High, while pupils’ academic performance was Outstanding (GPA = 91.20). Regression analysis revealed a significant positive relationship between parental support and academic performance (R² = 0.65, p < 0.000). Among the dimensions, encouragement and motivation, home learning support, and homework assistance significantly influenced academic performance. The study concludes that parental support is a key determinant of pupils’ academic success and should be strengthened through home–school collaboration
Research on the Green Development Effect of Digital Economy under the Threshold of Environmental Regulation: An Empirical Test Based on China’s Provincial Panel Data
Full text linkUnder the current macro trend of deep integration of global green transformation and digital revolution, the relationship between the digital economy and environmental sustainability has become a cutting-edge issue as a key force in reshaping the economic and social form. However, digital technology is a “double-edged sword”, which may also be accompanied by new resource consumption and governance challenges while enabling efficiency improvement and model innovation. Although existing studies have focused on the impact of digital economy on green development, most of them focus on the discussion of linear relationships, and lack of systematic testing of their inherent complex mechanisms, especially ignoring the nonlinear moderating effects that may arise from institutional factors such as environmental regulation, as well as the structural constraints caused by the dependence on traditional development paths. Based on this, this study aims to construct an integrated analysis framework including direct effects, nonlinear thresholds and structural constraints, and deeply reveal the complex mechanism of digital economy development affecting green development efficiency. Based on the panel data from 2011 to 2022 in 30 provinces in China, this study uses the two-way fixation effect model, panel threshold model and dynamic lag model to conduct an empirical test. The results show that, firstly, the development of digital economy has a significant and continuous direct promotion effect on green development efficiency, and this conclusion is still stable after endogenous treatment and lag effect analysis, which confirms that digital technology effectively drives the “decoupling” of economic growth and ecological pressure by optimizing resource allocation, improving energy efficiency and promoting green business formats. Secondly, the intensity of environmental regulation plays a key nonlinear moderating role in the relationship between the two, showing a significant single threshold effect: when the intensity of environmental regulation is in a reasonable range (below the threshold value), it forms an “incentive compatibility” effect with the digital economy, jointly promoting the improvement of green efficiency. However, when the intensity of regulation exceeds the critical point, excessive compliance costs and innovation crowding out effects will weaken the green empowerment potential of the digital economy, resulting in a diminishing marginal contribution. Finally, the study also identifies important structural constraints: the traditional extensive urbanization model and the under-optimized government intervention mode have a significant inhibitory effect on green efficiency, which highlights the necessity of collaborative promotion of governance and development mode transformation in the process of digital transformation. The contribution of this study is not only to empirically verify the green dividend of the digital economy, but more importantly, to reveal the institutional conditions and structural constraints of this dividend release, breaking through the linear assumptions of previous studies. The conclusion provides multi-dimensional enlightenment for policy formulation: at the strategic level, we should adhere to the synergy of digitalization and greening; At the regulatory level, it is necessary to implement precise and differentiated environmental policies and seek a dynamic balance between “incentive innovation” and “strict constraints”; At the path level, it is necessary to promote the transformation of urbanization and government governance to a high-quality model, so as to systematically unlock the green development potential of the digital economy
AI-Empowered Reform of the CNC Programming and Machining Course in Secondary Vocational Education
Full text linkThis study addresses the need to integrate AI literacy into secondary vocational education, using the “CNC Programming and Machining” course as a case. It argues that traditional education must shift from knowledge transmission to cultivating cognitive capacities for collaborating with AI. The core contribution is a comprehensive curriculum framework that embeds AI literacy across competencies like AI-assisted design and intelligent process planning. Innovative, project-based methods employing human-AI challenges and AR simulations are proposed. A dual-focus assessment system combines formative evaluation (60%) with a summative assessment (40%) that uniquely includes a dedicated AI literacy component. This model aims to bridge the gap between training and smart manufacturing, enhancing students’ professional adaptability and competitiveness
Annoucement of Retraction
Full text linkThe editorial board announced this article has been retracted on March 3, 2026.If you have any further question, please contact us at: [email protected]
DISTRIBUTION AND CONSERVATION STATUS OF FISH SPECIES IN RIVER THING TLAWNG LUI (HILL SINGLA) IN MIZORAM (NORTH-EAST INDIA): PIONEERING TAXONOMIC STUDY AND REPORT
Full text linkFish faunal surveys conducted in the River Thing Tlawng Lui (hill Singla) in Mizoram, North-East India Himalayan Biodiversity Hotspot region, revealed the occurrence of 27 species of fishes belonging to 23 genera, 7 sub-families, 13 families and 6 orders. These include 17 species of fishes under Cypriniformes; 4 Fish species under Anabantiformes; 3 ichthyospecies under Siluriformes; and, 1 ichthyospecies each under Clupeiformes, Beloniformes and Cichliformes. Distrubution and Conservation status of each fish species have been discussed in the present communication
China’s Smart City Development and the Enhancement of Enterprise New Quality Productive Forces
Full text linkThis paper constructs a quasi-natural experiment based on China’s batch-by-batch smart city pilot policy implemented between 2012 and 2015. Using a sample of 907 listed companies classified as “specialized, sophisticated, distinctive, and Novel” enterprises in China’s Yangtze River Delta region from 2011 to 2023, we employ a multi-period difference-in-differences model to empirically examine the driving effect of smart city development on the new quality productive forces of these firms. The findings reveal that the implementation of the smart city pilot policy has a significant positive impact on enhancing the level of new quality productive forces among the specialized, sophisticated, distinctive, and Novel(SSDN) enterprises in the Yangtze River Delta region. This conclusion remains robust after undergoing a series of tests, including parallel trend tests.This study not only enriches the research on the microeconomic effects of smart city policies but also provides empirical evidence and practical pathways for local governments to leverage smart city development for the targeted cultivation of new quality productive forces in enterprises
Evaluation and Analysis of Development Strategies for Pet Industry and Related Industries Based on Fuzzy Comprehensive Evaluation and Gray Prediction Modeling
Full text linkWith the deepening of economic development, the pet economy presents a multi-dimensional growth trend, however, the pet industry also exists in development dilemma. Therefore, this paper studies its current situation and factors affecting the development of the pet industry, predict the development trend, formulate effective development strategies to promote the sustainable development of the pet industry, and is committed to the deepening of the process of economic globalization.For Problem 1, firstly, data on the current development status of China’s pet industry industry from 2019-2023 are collected and visualized to analyze its previous development. Secondly, the weights of the indicators of the development factors of China’s pet industry are measured using the expected value method, and the fuzzy comprehensive evaluation method is used to establish a comprehensive evaluation index system for it, and the fuzzy comprehensive evaluation scores are obtained for each year from 2019 to 2023. Finally, using the gray prediction model to predict the development trend of China’s pet industry in the next three years, it is found that the overall development of China’s pet industry will show a steady upward trend, but the penetration rate of pet households is decreasing year by year.For Problem 2, the effective data of global pet food demand from 2018-2023 are collected to explore the development of global pet industry through data visualization. Secondly, the entropy weight-TOPSIS method is utilized to obtain the relative proximity C value of global pet food demand for each year from 2018-2023. Constructing the gray prediction model and multiple linear regression model to predict the overall development of global pet food demand indicators-relative proximity C value and specific development data, we get that the overall pet food demand is on the rise, and the predicted results of the global pet food demand in 2024-2026 are US 18.534 billion, and US$ 22.001 billion, respectively.For Problem 3, firstly, a ridge regression model is used to calculate China’s pet food production and export volume from 2019-2023. Secondly, using the gray forecasting model, without considering the economic policy, based on the global pet food market demand trend and China’s development, China’s pet food production is forecasted to be 290,161 million pieces, 598,962 million pieces and 12,364,402 million pieces, and demand is forecasted to be 1,509 million pieces, 1,877 million pieces and 2,335 million pieces, respectively, for the period of 2024-2026.For Problem 4, firstly, the fuzzy comprehensive evaluation method is utilized to solve the impact of the foreign economic policies of Europe and the United States on the pet food industry, and the impact scores of the foreign trade, foreign investment, monetary policy and tariff policy of Europe and the United States on China’s pet food industry are obtained to be 46.45, 51.22, 16.67 and 37.78 respectively, and to formulate the strategy of sustainable development of China’s pet food industry
New Applications for Pressure Sensors
Full text linkDesign and fabrication of commercial electromechanical products are usually small in size but contain complicated electronic systems. Typically, these small electronic units are packaged in metal or plastic boxes to protect from physical damage and screen out electromagnetic interference. When repairing or calibrating the selected boxes, they should be opened carefully to prevent circuitry damage, avoid unwanted circuitry operation during repairs, and to protect the safety of technical personnel. We designed circuitry with pressure sensor to address these concerns. In our experiments, mechanical components were equipped with pressure sensors and installed under a few screws which kept constant pressure applied to the sensors. Opening of the box, i.e. removing the screws, reduces the pressure applied to the sensors. That instantly changes the value of resistance Rs of the sensor. Changing Rs, in our safety circuitry disconnects power to the unit waiting to be repaired. To the contrary, in military or classified circuit applications, to prevent copying of the circuitry, changing Rs could cause destruction of the protected unit (Mil’shtein & Brooks, 2025)