Systems Theory Research Articles

Solutions of fractional differential models by using Sumudu transform method and its hybrid

This paper presents the Sumudu transform method and its hybrid for the construction of solutions of differential equations, both with integer-order and fractional derivatives. The paper discusses the construction of solutions of fractional differential equations with varying delay proportional to the independent variable by using two methods. The paper considers the mathematical model for the decay of Iodine 135 as an application of fractional differential equations in nuclear physics. The application indicates that fractional differential equations with variable delay proportional to the independent variable are a useful tool for the modeling of many anomalous phenomena in nature and in the theory of complex systems.

A multi‐dimensional evaluation system for e‐government development: Based on complex systems theory

A multi‐dimensional evaluation system for e‐government development: Based on complex systems theory

Systematic Review of Psychosocial Risk and Protective Factors in Children Reported from Developmental Criminology.

Evidence indicates that persistent transgressive behaviors often begin early in development and increase around age twelve, and warns that children who exhibit transgressive behaviors in childhood or early adolescence tend to develop criminal behaviors in adulthood which makes childhood a critical unit of analysis for timely intervention. The study examines risk and protective factors in childhood related to illegal behavior, through the perspective of developmental criminology. The observation of risk and protective factors in early stages allows us to design interventions that prevent social adjustment problems in children from becoming more complex by maintaining the transgression of social norms over time. Factors identified by developmental criminology can be organized according to ecological systems theory and discussed in relation to previous criminological studies. Using a systematic review based on the PRISMA method, the study identifies 24 updated developmental criminology articles that study early protective factors between birth and age twelve. Risk factors at the individual level include biological, socioemotional, behavioral, symptomatic aspects and adverse life experiences. Individual protective factors include cognitive, socioemotional, and personality development aspects. Risk factors at an interpersonal and contextual level are related to family, school, peers, socioeconomic situation and governance. This review highlights the importance of recognizing risk and protective factors in child development, contemplating interventions at multiple levels where an articulation between the various institutions involved in child care is possible.

The critical dynamics of hippocampal seizures

Epilepsy is defined by the abrupt emergence of harmful seizures, but the nature of these regime shifts remains enigmatic. From the perspective of dynamical systems theory, such critical transitions occur upon inconspicuous perturbations in highly interconnected systems and can be modeled as mathematical bifurcations between alternative regimes. The predictability of critical transitions represents a major challenge, but the theory predicts the appearance of subtle dynamical signatures on the verge of instability. Whether such dynamical signatures can be measured before impending seizures remains uncertain. Here, we verified that predictions on bifurcations applied to the onset of hippocampal seizures, providing concordant results from in silico modeling, optogenetics experiments in male mice and intracranial EEG recordings in human patients with epilepsy. Leveraging pharmacological control over neural excitability, we showed that the boundary between physiological excitability and seizures can be inferred from dynamical signatures passively recorded or actively probed in hippocampal circuits. Of importance for the design of future neurotechnologies, active probing surpassed passive recording to decode underlying levels of neural excitability, notably when assessed from a network of propagating neural responses. Our findings provide a promising approach for predicting and preventing seizures, based on a sound understanding of their dynamics.

Effect of Computer Based Instruction on Secondary School Learners’ Academic Achievement in Biology

Purpose: This study investigated the effect of computer based instruction (CBI) on secondary school learners’ academic achievement in Biology. Methodology: The study was carried out in four schools, using quasi experimental research design and was guided by systems theory. The target population was 40, 564 secondary school Biology learners. Sampling was by purposive sampling and simple random sampling. The sample comprised of 161 learners. These were obtained from four form two streams in four secondary schools that had learners of mixed gender. Each secondary school contributed a stream, which gave four intact groups. Data collection was by use of questionnaires and achievement test. The collected data was analysed using descriptive statistics such as frequencies, percentages and means and inferential statistics such as analysis of covariance (ANCOVA) and analysis of variance (ANOVA), using the Statistical Package for Social Sciences (SPSS). The data was then presented in the form of tables and a graph. The significance level of the difference between the variables was done at the alpha value of 0.05. Findings: Findings of the study indicate that learners who were taught using CBI had superior scores compared to those who were taught conventionally. The ANCOVA to explore whether or not there was a statistically significant difference between the groups of learners indicated that indeed there was a statistically significant difference between the groups. Consequently, CBI improves learners’ academic achievement in Biology. However, there was no effect of gender on the way CBI influenced the performance. Unique Contribution to Theory, Practice and Policy: The study was guided by systems theory Schools should therefore enhance computer integration in the teaching and learning process.

Legal Analysis Of Handling The Criminal Acts Of Circulation And Use Of Counterfeit Rupiah Curriculum

This thesis discusses the handling of criminal acts of using and circulating counterfeit rupiah banknotes, with a focus on law enforcement efforts by the Riau Islands Regional Police. This research is motivated by the increasing cases of counterfeit rupiah banknotes in the Riau Islands which cause significant losses to the community and threaten regional economic stability. The main objective of this study is to analyze the effectiveness of law enforcement carried out by local police, as well as to identify and overcome obstacles faced in the process. The research method used is a qualitative approach, with data collection techniques through in-depth interviews, participatory observations, and documentation studies. The sample of this study consisted of police officers, legal experts, and victims of counterfeiting money. Data analysis was carried out using content analysis techniques to interpret the collected data, based on the framework of the theory of legal certainty from Sudikno Mertokusumo, the theory of legal systems from Lawrence M. Friedman, and the theory of Crime Prevention Through Environmental Design (CPTED). The results show that law enforcement against rupiah counterfeiting in the Riau Islands faces several major obstacles, including limited resources, inter-agency coordination problems, and a lack of adequate training for law enforcement officers.The suggestions resulting from this study include increasing the allocation of resources, both in the form of equipment and training for officers, as well as strengthening cooperation between institutions involved in law enforcement, to increase effectiveness in identifying, preventing, and cracking down on the crime of using and circulating counterfeit money.

Forte: A suite of advanced multireference quantum chemistry methods.

Forte is an open-source library specialized in multireference electronic structure theories for molecular systems and the rapid prototyping of new methods. This paper gives an overview of the capabilities of Forte, its software architecture, and examples of applications enabled by the methods it implements.

W/holistic participatory democracy: An ideal societal governance design

AbstractCurrent societal systems (including societal governance) are legacy systems of the industrial age. They are derived from reductionist thinking, the worldview of the industrial age. With the advancing information age, they become increasingly problem riddled and need to be transformed, based on a new worldview (i.e., w/holistic or systems thinking). The aim of this paper is to create an ideal w/holistic democracy design that dissolves current problems, serves citizens, and allows their direct participation in governance. The research method is a theory‐based design, whereby generic organizing principles of Biomatrix Systems Theory are applied to create the design. The theory distinguishes between organismic and functional systems, whereby an organism (e.g., nation) emerges from the interaction of its functions (e.g., political, economic, cultural, and ecological) organized by an ethos, as well as from the interaction with other organisms (i.e., citizens, organizations, and other nations). Those distinctions give rise to a five‐faceted governance design (i.e., concerned with the conceptual and physical reality of the nation, single and multifunctional development, and relations with other systems), which is executed by different governance structures (i.e., a Citizens Forum, National Development Forum, and Function Forums), with the dual participation of citizens as equal members of the nation (using a general vote) and as expert citizens associated with a specific societal function (using a functional vote). Because the theory describes generic w/holistic organizing principles, it can be concluded that the implementation of the design (called W/Holistic Participatory Democracy) will dissolve problems derived from the current reductionist representative democracy model.

Bridging K-12 Student Mental Health Policy to Practice Gaps with a Multi-Component Framework.

K-12 schools are a major sector for efforts to prevent and treat student mental health problems. In the United States, these efforts have led to the emergence of the MultiTiered System of Supports (MTSS) universal prevention, early intervention, and treatment policy framework. With a major focus on behavioral and mental health, MTSS has been adopted by all fifty state education departments. However, multi-level complexities of addressing student mental health within and across organizational structures complicate MTSS and broader policy development, implementation, and evaluation; disconnects between policy writers and practitioners obstruct progress, limiting positive outcomes. To bridge these policy-to-practice gaps, a multi-component solution is needed. The authors propose integrating the following elements: the Massachusetts School Mental Health Consortium's Five Guiding Principles for Building a Coordinated School Mental Health System, the comprehensive school improvement methodology Evolutionary Systems Improvement (ESI); and the ontological framework of BioPsychoSocioTechnical Systems Theory (BPST). Individual application of these components has already yielded systems-level improvements outperforming compliance-driven procedures. Used together, these components offer a multi-level solution for establishing conceptually-guided, measurement-based loops that transcend the restrictions of uninformed policy, supporting stakeholders as they work to systematically eliminate barriers and improve student mental health.

A bioecological longitudinal study of depressive symptoms from pregnancy to 36 months postpartum

PurposeDepressive symptoms during the perinatal period have broad and enduring health implications for birthing parents and their offspring. Rising prevalence rates of perinatal depression highlight the need for research examining factors influencing depressive symptoms during pregnancy, and trajectories during the early postnatal period. Grounded in bioecological systems theory, this longitudinal multimethod study examined whether prenatal bioecological factors predict depressive symptoms from pregnancy to 36 months postpartum. MethodsParticipants were 162 pregnant individuals, oversampled for high emotion dysregulation, who completed a life stress interview and physiological assessment during the 3rd trimester and a self-report measure of depression at five time-points (3rd trimester, within 48 h of birth, 7, 18, and 36 months postpartum). Multilevel models were used to test study aims. ResultsParticipants exhibited the highest levels of depressive symptoms at 3rd trimester, and substantial variability in depressive symptom trajectories over time. Lower resting respiratory sinus arrhythmia (RSA), an index of parasympathetic nervous system functioning, in the 3rd trimester was associated with higher concurrent depressive symptoms. Higher levels of stress related to partner relationships, finances, and health were concurrently associated with more depressive symptoms during pregnancy and decreases in depressive symptoms over time. Specifically, depressive symptoms decreased only for individuals who reported high levels of stress during pregnancy. LimitationsAlthough grounded in bioecological systems theory, this study did not assess the macrosystem. ConclusionsResults of this study underscore the importance of multilevel predictors of perinatal health and highlights potential targets for preventing depression and promoting well-being during the perinatal transition.

Perceived Social Support as an Antecedent of Academic Achievement among form two Students in Gaborone City, Botswana

Academic achievement which is reflected in knowledge mastery, and Skill development has been a major concern for academicians and policy makers. Further, there have been scanty studies on this area in Gaborone City, Botswana linking psychological variables to poor academic achievement. It is against this that the current study investigated the relative predictive weight of perceived social support and student academic engagement on academic achievement. This study was founded on Bronfenbrenner's Ecological Systems Theory and Albert Bandura’s Social Cognitive Theory. A correlational research design was employed. The target population of the study was 3713 form two students spread across the 8 secondary schools in the Gaborone City Botswana. Purposive sampling, stratified sampling and simple random sampling techniques were used to select the study sample size of 397 respondents. The study used an adapted Multidimensional scale for perceived social support, an adapted cognitive engagement inventory and end-of-term-two examination results as tools for data collection. Prior to data collection, pilot testing was among 50 randomly selected students and involved both reliability and validity testing. The analysis was conducted using the SPSS software Version 26 where descriptive statistics, Pearson's Product Moment Correlation Coefficient, multiple regression were used. The prediction model of academic achievement from social support and academic engagement was statistically significant, F (2,381) = 11.17, p < .001, with the two variables accounting for 11% of the change in academic achievement. Of the two, perceived social support (β = 0.24, p < 001) was a better predictor of academic achievement as compared to academic engagement (β = 0.15, p < .05). The findings of this study may have significance for learners, parents and teachers in addressing poor academic achievement. Keywords: Perceived Social Support, Academic Engagement, Academic Achievement, Form Two Students, Gaborone City, Botswana

Social Entrepreneurial Self-Efficacy and Social Innovation: Effects of Country Default and Market Orientation

This study, based on Events Systems Theory and Social Cognitive Theory, examined how social entrepreneurial self-efficacy, market orientation, and the psychological effects of country default interact to influence social innovation in a highly disrupted environment. Responses from 203 social purpose organisations (SPOs) indicated a strong positive link between self-efficacy and social innovation. However, market orientation dampens this relationship. Notably, at higher levels of psychological impact from country default, the link between self-efficacy and social innovation is stronger for social entrepreneurs with high market orientation. These findings contribute to the literature by highlighting the influence of psychological implications of country default.

Systematic Literature Review (SLR): Explorations flood systems theory and appropriate modeling

Urban flood risk assessment conducts a comprehensive evaluation of hazard formative factors, hazard formative environment, hazard-affected bodies, and capabilities for disaster prevention and reduction in order to obtain an accurate assessment of flood risk levels. The current study aimed to conduct a systematic review of the existing literature on engagement outcomes, focusing on high-quality studies Each step of the SLR method and their results are explained in detail in the following subsections using SLR performed. Using the SLR method can help answer the objectives of this research in the form of: What type of modeling to overcome flooding This research uses the SLR method which aims to recognize, review, and evaluate Using bibliometric analysis.To achieve the goal of SLR, the variables of interest are organized based on the general characteristics of the article and the specific parameters used general information about the article includes year of publication, type of analysis (quantitative, qualitative, cartographic or mixed), type and scale of research, and the country or region where the research was conducted. The model consists of three components, including rainfall runoff, river channels, and flooding The flow in the channel was generated with a 1D diffusion wave model, and the outflow on the slope was generated with a 2D model.This article showed the basic steps that need to be followed to conduct SLR This method generates topic-specific existing knowledge, trends, and observed gaps and helps to draw relevant conclusions for policy makers and the scientific community. and the appropriate modeling is Press RRI refers to 2D grid-based fluid dynamics and is a model that combines a hydrological model and a flood model.

Systematic Literature Review (SLR): Explorations flood systems theory and appropriate modeling

Urban flood risk assessment conducts a comprehensive evaluation of hazard formative factors, hazard formative environment, hazard-affected bodies, and capabilities for disaster prevention and reduction in order to obtain an accurate assessment of flood risk levels. The current study aimed to conduct a systematic review of the existing literature on engagement outcomes, focusing on high-quality studies Each step of the SLR method and their results are explained in detail in the following subsections using SLR performed. Using the SLR method can help answer the objectives of this research in the form of: What type of modeling to overcome flooding This research uses the SLR method which aims to recognize, review, and evaluate Using bibliometric analysis.To achieve the goal of SLR, the variables of interest are organized based on the general characteristics of the article and the specific parameters used general information about the article includes year of publication, type of analysis (quantitative, qualitative, cartographic or mixed), type and scale of research, and the country or region where the research was conducted. The model consists of three components, including rainfall runoff, river channels, and flooding The flow in the channel was generated with a 1D diffusion wave model, and the outflow on the slope was generated with a 2D model.This article showed the basic steps that need to be followed to conduct SLR This method generates topic-specific existing knowledge, trends, and observed gaps and helps to draw relevant conclusions for policy makers and the scientific community. and the appropriate modeling is Press RRI refers to 2D grid-based fluid dynamics and is a model that combines a hydrological model and a flood model.

(Invited) Amplified Spontaneous Emission Dynamics of a Lead Halide Perovskite Crystal as Revealed by Femtosecond Transient Absorption Microscopy

Organic-inorganic lead halide perovskite materials (e.g. CH3NH3PbX3, CsPbX3, X=Cl, Br, I) have various attractive properties not only for solar cells but also for LED and nanoscale lasers because of their wavelength tunability and low lasing threshold. Such an efficient lasing is indispensable for their applications, and the essential needs are miniaturization and low threshold. While this material was reported in 2009 for use in solar cells, it is also expected to be used in light-emitting and laser devices due to its easy tunability of emission wavelength and low-cost fabrication. However, the low-threshold lasing mechanism of lead halide perovskites has not been established due to various theories on the interaction state between light and carriers generated in the cavity at the initial stage and the carrier-carrier interaction state, which has greatly hindered progress in improving performance. In the present study, we have measured transient absorption spectra of a single CH₃NH₃PbBr₃ microcrystal using a femtosecond transient absorption microscopy to reveal the initial carrier process that induces nonlinear luminescence[1].CH3NH3PbBr3 crystals were prepared by a previously reported method. Aqueous lead(II) acetate solution (100 mg/mL) was dropped onto a glass slide and dried at 60°C for 30 min to obtain a film of lead acetate. Microcrystals of CH3NH3PbBr3 were then obtained by immersing the film in methylammonium bromide solution (5 mg/mL) with isopropanol as a solvent for 20 hours at room temperature in air.For transient absorption measurements, a regeneratively amplified femtosecond pulse (Spectra-Physics, Solstice, 795 nm, 1 kHz) was split in two; the second harmonic of one beam was used as the excitation light, and the white light generated with the other beam by introducing it into an optical parametric amplifier (Light Conversion, TOPAS) and focusing the obtained signal light (1.3 mm) into a CaF2 plate was used as the probe light.Fig. 1(a) shows the transient absorption spectra of lead halide perovskite excited at the intensities over the lasing threshold. The spectral signals that were not observed before the time origin (-1 ps) were significantly observed with modulated spectral shape after the time origin (≥0 fs). The spectral bleaching around 540 nm indicates carrier generation by the excitation light, and the relaxation of the bleaching indicates the recombination of electrons and holes. Furthermore, at around 557 nm, a bleaching signal appeared as shown in Fig. 1(b), that was not represented in the transient absorption spectrum excited at the intensity below the lasing threshold. This signal is suggested to be due to amplified stimulated emission. Spectral modulation is often observed as interference of light propagating in thin-film systems. The thickness of the perovskite crystals is around 200-300 nm, which is suitable to observe the optical interference. However, generally, this interference tends to become lower in frequency as one observes longer wavelengths, which is essentially different from the modulation observed here. The spectra modulation appeared immediately after the carrier was generated, and the modulation continued for up to 1ns. These results suggest that the modulation is caused by the electric field effect of the generated carriers on the electron spectrum. Franz-Keldysh’s theory is often used for spectral modulation in the presence of an electric field. In reflectance transient absorption spectroscopy, the electric field modulated spectrum has been explained in the GaInP2 system by Franz-Keldysh’s theory in systems where charges are generated on the semiconductor surfaces[2]. These results indicate the spectral modulation occurred from the charges separated on the surface of the crystal. We will discuss the mechanism of amplified spontaneous emission and low threshold lasing dynamics at the conference site. Funding: This study was partly supported by KAKENHI (Grant Number JP22H04755, JP19K05190) and JST FOREST (JPMJFR213G).

"I Have More Friends That Died Than Fingers and Toes": Service Utilization Needs and Preferences for Violence and Substance Use Prevention Among Young Black Boys and Men.

Young Black men (YBM) disproportionately face the most severe forms and consequences of youth violence (YV) and substance use disorders, but are less likely to access and be retained in services for these high-risk behaviors. Investigating service uptake disparities and the role of barrier-reducing intervention delivery models is essential; so is understanding the service needs and preferences of YBM. This study explores the experiences of violence-involved and substance-disordered YBM and service providers working with them from racially and economically diverse communities, focusing on their service needs and preferences. Additionally, we examine the potential benefits and drawbacks of digital health interventions in addressing crucial structural barriers to service access and promoting equity for Black boys in high-violence environments. Individual interviews were conducted with 16 YBM (selected from a larger pool of 300 participants from a pilot study) and 7 service providers (four females, three males). Data analysis utilized an Interpretive Description (ID) approach guided by the Phenomenological Variant of Ecological Systems Theory (PVEST). Four themes emerged: (1) Revolving Doors and Histories of Violence; (2) Benefits of Violence: "You Do Something to Me, I Do Something to You"; (3) Positive and Negative Perceptions of Violence and Substance Use Prevention Programs; and (4) Need for Equity-Focused and Barrier-Mitigating Digital Health Interventions. Our findings identified avoidance mechanisms utilized by YBM at both individual and community levels and highlighted perceptions of existing community-based programs and digital interventions as crucial tools for mitigating barriers to care. This study also confirms the prevalence of critical service gaps and program uptake issues, even in cities with abundant programs. Thus emphasizing the need for equity-focused interventions co-designed with and for YBM in high-violence and substance use contexts.

Identifying innovation roadblocks: unveiling knowledge and innovation patterns that hinder commercialisation

ABSTRACT While intellectual property (IP) management is critical for innovation, specific knowledge and innovation patterns within it can obstruct commercialisation. This study explores how these patterns impede the path to market success for emerging innovations. We introduce a novel method to detect and recognise these patterns, offering insights into factors contributing to innovation system failure. Applying the Triple Helix Model, we leverage text mining, network analysis, and structural equation modelling within the Russian pharmaceutical industry. Our research reveals limitations in the triple helix model’s ability to capture problematic innovation patterns. Notably, local-closed and local semi-closed innovation networks emerge as significant barriers to commercialisation, further exacerbated by foreign dominance. While strong actor synergy is crucial, it alone cannot guarantee competitive advantage. Factors like geographical distance, disciplinary silos, and limited external collaboration further hinder success. This study highlights the need for effective knowledge production and collaboration practices, alongside strong synergy, to achieve market-leading innovations. Recognising and addressing these patterns can inform policy decisions, ultimately fostering more robust innovation outcomes, advancing innovation system theory in the process.

Analysis on Spatial Variability of Hydrochemical Characteristics and Control Factors of Jinan Baotu Spring Area

To understand the karst groundwater hydrochemical characteristics and ion sources of the Jinan Baotu Spring area, this study focused on the three functional zones as an indirect recharge area, direct recharge area, and discharge area. Through water sample collection and testing, the spatial variability of groundwater chemical characteristics in different functional zones and the formation mechanism were analyzed using hydrochemistry parameter statistics, multivariate statistics, self-organizing map, hydrochemistry graphical analysis, ion ratios, and other methods, guided by the theory of groundwater flow system and combined with regional physical geography and hydrogeological conditions. The results showed that： the groundwater of each functional zone was alkaline as is typical in the dissolution of carbonate minerals. Owing to the different groundwater runoff pathways, the variability of water chemistry parameters in different functional areas was obvious. The groundwater of the discharge area was recharged by both the direct recharge area and the indirect recharge area. The hydrochemistry type changed from HCO3-Ca type to HCO3·SO4-Ca type through the indirect recharge area to the discharge area. The presence of a small amount of gypsum dissolution within the aquifer generated Ca2+ and SO42-. The ions in groundwater mainly came from the dissolution and filtration of aquifer rock minerals, and at the same time, they were affected by cation exchange, mineral dissolution equilibrium, and the combined effects of human activities. The groundwater in the Baotu Spring area was greatly influenced by human activities, which to some extent affected the evolution of groundwater hydrochemistry in the spring area.

Exploring the impact of forced teleworking on counterproductive work behavior: the role of event strength and work-family conflict

PurposeMost employees are forced to telework due to the COVID-19 pandemic, which brings novel, disruptive, and critical challenges both in work and life. Based on event system theory and equity theory, this research explores how and when forced teleworking event strength (i.e. novelty, disruption, and criticality) affects employees’ work and life-related outcomes.Design/methodology/approachWe conducted two studies to test the hypothesized moderated mediation model (Study 1: an experiment survey, N = 141; Study 2: a time-lagged survey, N = 243) with employees forced to telework from China.FindingsThe results largely support our hypotheses. Study 1 indicates that the manipulation of forced teleworking event strength (high vs low) is effective, and the main effect of forced teleworking event strength on work-family conflict is significant. Moreover, Study 2 shows that work-family conflict mediates the relationship between forced teleworking event strength (i.e. novelty, disruption, and criticality) and counterproductive work behavior (CWB). Furthermore, perceived overqualification positively moderates the relationship between work-family conflict and CWB. In detail, the relationship between work-family conflict and CWB becomes stronger when perceived overqualification is higher.Originality/valueThis research provides a new perspective on how forced teleworking event strength impacts CWB and advances the literature on the relevant theories.

Multi-objective optimization, shrinkage and fracture properties of unsaturated polyester resin modified concrete for bridge deck pavement based on system theory

For the purpose of fabricating unsaturated polyester modified concrete (UPMC) with excellent shrinkage and fracture properties for bridge deck pavement, the optimization design of mix proportion and enhancement mechanism analysis were implemented based on system theory. Firstly, for unsaturated polyester resin (UPR) subsystem, the viscosity, mechanical properties and droplet-size distribution were analyzed to determine the types and dosage of auxiliary additives after emulsification treatment; Next, for UPMC mortar slave-system, the optimization design was implemented through the combination of experimental analysis and hybrid multi-attribute ellipsoidal decision of grey-target (HMEDG) model; Subsequently, for UPMC main-system, the optimal proportion was determined utilizing orthogonal design test. Finally, the variation law and enhancement mechanism on fracture properties and shrinkage characteristics of UPMC was analyzed by combining macroscopic test, thermogravimetry (TG) and X-ray diffraction (XRD). The results demonstrated that 2.0 wt%BPO+1.0 wt%DMA and meta-benzene types UPR were utilized as auxiliary additives for UPMC based on the results of HMEDG models. The demulsified and cured WUP might supplement the interior moisture losses based on humidity compensation, and substantially constrain the evaporation loss inside the matrix, upgrading the hydration degree and facilitating the generation of hydration products. The introduction of 3 %-6 % waterborne-UPR (WUP) would improve 28d-fracture toughness within approximately 23.33 %-49.32 %, and reduce the shrinkage deformation by roughly 28–43 % through inducing the crack tip stress redistribution against the initiation and propagation of interior microcracks and enhancing the homogenization and densification.