Targeting people living with Human Immunodeficiency Virus, this research examined the prevalence of space-focused stereotypes and their underlying mechanism on behavioral inclinations. Study 1 adopted the explicit nomination and implicit Go/No-Go association tests to explore the existence of space-focused stereotypes of people living with HIV/AIDS. The results demonstrated that space-focused stereotypes were only manifested explicitly with characteristics such as messy, dirty, and gloomy. Study 2 demonstrated a more negative evaluation and community-approaching willingness for communities that include people living with HIV/AIDS (...) than those without HIV/AIDS. Additionally, space-focused stereotypes were found to have an indirect influence on community-approaching willingness; the influence was mediated by both emotional and cognitive factors. These results indicate the deviation of explicit and implicit space-focused stereotypes. More importantly, it revealed that space-focused stereotypes decreased community evaluation and influenced behavioral inclination. This research suggested the existence of space-focused stereotypes on another stigmatized social group. Characteristics of space might be the key to forming space-focused stereotypes. (shrink)

With the rapid development of renewable generators such as distributed photovoltaic and profound changes of the power structure, this paper analyzes the frequency characteristics of the power system with high penetration of renewable generations in the process of low-frequency load shedding and discusses the influence of the distributed renewable generator frequency endurance capabilities on the implementation effect of low-frequency load shedding in detail. Finally, the influences of the distributed renewable generator frequency endurance capability and the capacities of the distributed renewable (...) generator on frequency response characteristics of an actual Hunan power grid are simulated. The simulation results show that more distributed photovoltaic capacity without frequency endurance capability leads to deeper frequency drops after the disturbance and requires more basic rounds of load shedding. When the penetration rate of distributed photovoltaic is too high, it may cause load shedding, resulting in power grid load losses and, at the same time, leading to an overshoot phenomenon in the process of frequency recovery. Therefore, the influence of distributed photovoltaic on the control of low-frequency load shedding should be considered when designing low-frequency load shedding schemes for the power grid with high penetration of distributed photovoltaic. (shrink)

本书对党的十一届三中全会以来,特别是山东省近13年来精神文明建设中的理论和实践问题进行了总结和研究探索。.

本书主要内容:陶行知的教育目的对当代素质教育的借鉴价值和现实意义;陶行知德育思想在当代素质教育中的意义与实践;陶行知教学思想在当代素质教育教学中的意义与实践;陶行知终生教育思想对素质教育的理论价值与实 践等。.

本书共分八章,内容包括:龙与鹰的对话;风水的造化;四合院:北京城血脉中的精灵;国家大剧院:浮躁年代的北京胎记;后现代主义之殇;长安街:大马路的困惑;大首都的责任;从革命到制度的反思。.

[1] zhuangzi shu jie -- [2] Wen xin diao long jiang shu -- [3] Fo, dao yu zhu zi-- [4] Ru jia -- [5] Dang dai xin Ru jia.

Ren nao huo dong di ben zhi (Yi ge shou gong yi ren di miao shu)--Lun luo ji shu jian--Yi ge she hui zhu yi zhe zai ren shi lun ling yu zhong di man you--Zhe xue di cheng guo.

Ben shu yi Ming ru Li Cai de jiang xue huo dong yu xue pai jian gou wei zhong xin, tan tao cong shi liu shi ji chu dao shi qi shi ji mo li xue qun ti zhong xin xing xue shuo he xue pai de chan sheng, chuan bo, kuo zhan yu chuan cheng de mo shi, bing zhuo zhong cong si xiang shi de jiao du jie shi zhe zhong mo shi chan sheng he yun xing (...) de si xiang gen yuan yu nei zai dong li. Quan shu zheng wen gong qi zhang, zhu yao nei rong fen wei shang xia liang bian, shang bian yi hong guan zong lun de fang shi, cong li xue jing dian "Da xue" de wen ben bian dong he quan shi jing zheng qie ru, tan tao zhong wan Ming li xue xue shuo he xue pai jian gou de li lun gen ju; xia bian yi Li Cai de "zhi xiu" xue shuo ji qi jiang xue huo dong zuo wei ge an yan jiu, tan tao li xue xue shuo he xue pai de chuan bo ji chuan cheng de she hui hua tu jing. (shrink)

Ben shu yi han si{692126}kai mi sen de fa lü li lun ji qi shi jian wei zhong xin lun shu le kai mi sen xiang guan fa lü li lun de yuan yuan, chuan tong ji qi shi jian te xing, lun shu le kai mi sen zuo wei " ao di li xian fa de she ji shi " dui yu ao di li fa lü li lun ji qi shi jian suo zuo chu de (...) gong xian. tong shi, kai mi sen de fa lü li lun zhi gen yu xi fang de fa zhi li nian yi ji de yi zhi de fa lü li shi chuan tong, 1848 nian ge ming qi jian chan sheng de zhu duo xian fa yi ji ao xiong di guo de di guo fa yuan chuan tong wei kai mi sen de fa lü li lun dian ding ji chu, jiang kai mi sen de li lun ji qi shi jian zhi yu fa zhi li shi he de yi zhi fa lü li shi fa zhan de da huan jing zhong yu yi shen shi, ke yi geng hao di li jie kai mi sen de li lun ji qi shi jian de yi yi yu jia zhi. (shrink)

Zhu Xi zhong de si xiang zou chu liao Tang Song wu dai shi qi "zhong de de mi shi" "she hui de mi shi" "jia zhi de mi shi" suo gou cheng de" yi yi de wei ji" de kun jing. ta gou jian liao ju you Zhongguo gu dai te se de zhong de si xiang wen hua jia zhi ti xi, wei ren men an shen li ming, xiu yi an ren, jin de xiu ye ti (...) gong liao jia zhi yi ju he si xiang zi yuan. Ben shu li zu yu Zhongguo chuan tong dao de wen hua de da bei jing, cai qu bian zheng wei wu zhu yi he li shi wei wu zhu yi de fang fa, dui Zhu Xi zhong de si xiang chan sheng de li shi bei jing, li lun ji chu, zheng zhi wei du, dao de wei du, shi jian xiu yang he dang dai jia zhi zuo liao shen ke fen xi he quan mian chan shu, xi tong xing di wa jue he li qing liao Zhu Xi zhong de si xiang. (shrink)

Ben shu shi guan yu Jiangxi dao jiao yi qian ba bai nian fa zhan shi de tong shi xing zhu zuo,she ji zhong duo de zong pai, ren wu, shi jian, si xiang deng, ju you hen gao de xue shu jia zhi.

Ben shu tan tao le Song Ming li xue yu Ming dai wen xue de guan xi, bing yi ren ge feng fan wei zhong dian shen ru yan jiu le Ming dai wen xue de chuang zuo yu liu bian, jian gou le Ming dai wen xue de chuang zuo yu liu bian jian gou le Ming dai wen xue de fa zhan ti xi, dui Ming dai zhong yao zuo jia, zuo pin ti chu le du (...) dao de kan fa. (shrink)

Ben shu hui ji le zhu zhe de wei rao 20 shi ji zi ran ke xue yan jiu zhong suo she ji"ke xue ben yuan"yi ji"ke xue fang fa lun"deng ji ben ming ti,Zhen dui jin xie nian fa sheng zai guo nei wai ke xue sheng huo zhong mou xie zhong da shi jian suo zuo de ruo gan fan si.

Wei Jin xuan xue jia de xuan lun, ru jin zhi zai zhi ben wen ju jian. Dan bing bu jing mo, na xie xuan lun zong shi dui du zhe zhan xian qi zi ji. Wei Jin zhi shi, xuan xiao rao rang, xuan si zhe huo sa tuo fang da, huo yi yu shen yin, ru he zai xian shi jian yi wei, shun ni shi Wei Jin xuan yin zhong zui shen ke de di yun. (...) Zuo zhe Lu Guizhen pan wang tou guo xiang Wei Jin xuan lun zhe de kou wen, zhi chu yi ge fang xiang,er zai ci yi fang xiang de guan zhu xia, neng gou cheng xian yi ge yu xuan lun rong he de xin shi yu, bing jie ci dui yu mou xie zhong yao de ke ti jin xing sheng si, shi quan shi de jie guo ju you yi ding cheng du de yi yi. Ben shu zhong ji lu de liu pian lun wen, ji shi zhe xie nian zuo zhe bu duan xiang Wei Jin zhe ren ti wen zhi hou suo huo zhi de da an.--. (shrink)

1. Xin yi shu chuang zuo lun, Xin yi shu lun ji -- 2. Mian xiang sheng huo, Lun yi shu de ji qiao -- 3. Yi yi dang shi -- 4. Xi wen le jian -- 5. Ge er bu ge -- 6. Lun Feng jie -- 7. Kai xin yue shi -- 8. Bu dao ding dian, Shen mei de min gan -- 9. Zai zai tan suo -- 10. Liao ran yu xin -- 11. Shen mei (...) tan -- 12. Si zeng xiang shi, Yi shen er ren -- 13. Shen mei xin tai -- 14. Hui jian zi ji -- 15. Diao su diao su -- 16. "Fu huo" de fu huo -- 17. Dong fang ji bai -- 18. Shen yu wu you -- 19. Tu na ying hua -- 20. Qu yu wu xie -- 21. Shu xin, ti ci xuan -- 22. Duan jian can pian. (shrink)

Ben shu xi "Zhuzi xue yan jiu cong shu" zhi yi zhong. Zuo zhe cong Zhuzi ge zhi lun xing cheng de xue shu bei jing, ge zhi lun jian gou de xin lu li cheng, ge zhi lun de li lun nei han, ge zhi lun yu ke xue yan jiu, Zhuzi men ren ji hou xue de ge zhi lun, Zhuzi ge zhi lun de yan bian yu ge zhi xue deng fang mian xiang xi lun shu (...) le Zhuzi de ge wu zhi zhi lun si xiang. (shrink)

Xue xi he yan jiu Zhongguo zhe xue, yi ban lai shuo, Feng xian sheng shi ke chao er bu ke yue de. Yi si shi, hou ren wan quan ke neng er qie ye ying dang sheng guo Feng xian sheng, dan shi que bu neng rao guo Feng xian sheng. Rao guo Feng xian sheng, bu dan bi ran yao duo fei li qi, er qie rong yi zou wan lu er nan yu shen ru tang ao. Feng (...) Youlan zuo wei wo guo jin dai zhe xue de yi dai ju bo, zai mou zhong yi yi shang, ying xiang liao zheng ge jin dai Zhongguo zhe xue de ge ju. Er dui yu Feng Youlan zhe xue ji qi xue shu sheng ya de yan jiu, ye sui zhe dang dai guo xue yan jiu de xing qi, shou dao yue lai yue duo de guan zhu. Minguo shi qi de Zhongguo xue shu jie, ying gai shuo shi hui ju le yi da pi kua shi dai de xue shu jing ying, te bie shi zai chuan tong xue shu ling yu, kan cheng yi chang si xiang de sheng yan.ben shu zuo zhe zai hao ru yan hai de Minguo wen xian zhong, jing xin zheng li chu dang shi xue jie dui Feng Youlan zhe xue de hui ying he dui hua, qi zhong bao kuo zhu ru Chen Yinke, Jin Yuelin, Hu Shi, Zhang Dainian, Cai Shangsi deng yi da pi xue jie tai dou de wen zhang, zi liao xing fei chang qiang, bu jin fan ying le zhu wei xue zhe ge ren de du dao jian jie, geng cong yi ge ce mian fan ying le Minguo shi qi Feng Youlan zhe xue yan jiu de sheng kuang, dui dang xia yan jiu Feng Youlan zhe xue si xiang ju you zhong yao de can kao jia zhi. (shrink)

Ben shu gong you ba jiang zu cheng, fen bie shi sheng ren bi ke xue er zhi, Wang Yangming de xin xue ti xi, shi gong yu bing xue, wen xue si xiang yu shi wen chuang zuo, jiao yu si xiang yu shi jian, Yangming hou xue, Yangming xue zai jin xian dai de ying xiang, Yangming wen hua yu Guizhou lü you. Mei ge lun ti lun shu ji zhong, shen du shi zhong, xu shu xing (...) yu yan tong su liu chang, gu shi xing qiang, hen shi he da zhong du zhe yue du. wei qi fa du zhe si kao, zeng qiang yue du xiao guo, zai mei yi jiang zhi hou shi liang she zhi le yi xie ming ci jie shi, jian da tao lun ti. ling pei he xiang guan wen zi, she zhi le yi xie tu pian, bei ke he Yangming shu fa zuo pin deng, ju you ji jia de guan shang xing. (shrink)

Ben shu zhi zai yong zhe xue yan jiu de fang shi zheng ti lun shu fo xue ti xi. wei le shi pu tong da zhong neng chu kui wan zheng de fo jiao xi tong, zuo zhe fen bie cong fo jiao de ge di yu pai bie,zhe xue si xiang guan dian,si miao jian zhu yi ji fo jing shu ji lun zhu deng fang mian jin xing liao xiang jin de xu shu ji tao lun. (...) shu zhong chu le dui fo jiao wen hua zhi shi de zheng li yu chuan hang, hai hui jie he you zuo zhe zai de zhe xue ji Zhongguo wen hua ling yu zhong di yan jiu cheng guo. ben shu zun zhong zong jiao ben shen, zai xie zuo shou fa shang shi fen yan jin, fo jing ji xue zhe guan dian jie zhi yi yin yong xing shi lie chu, bing bu zuo ping lun ; dui zhuan men de shu yu hui dai you jiao zhu,jian suo shen zhi shi fan wen yuan wen de shuo ming, ke du xing qiang bing yi yu cha yue. (shrink)

'Song xue gai yao' zhi zai wan cheng yi bu yi Song xue nei rong wei zhu, yu Huang Zongxi xian sheng 'Song yuan xue an' bing xing de song xue zhu zuo, yi mi bu qi zhu duo bu zu, wei hou shi xue zhe zhao dao yan jiu Song xue de men jing he tong lu. Zuo zhe xuan dao du zhe bu yao yi fu gu yan guang kan Song xue, bu yao yi feng jian chan (...) wu qu kan dai song xue. (shrink)

Yi jing dian jie du he guan nian quan shi wei ji nen jin lu de si xiang shi yan jiu, yu wei rao xin yang yu she hui shen g huo de hu dong zhan kai de she hui shi yan jiu ke yi bei shi zuo zong jiao li shi yan jiu de liang ge zhi dian. Xin yang cong dai dou shi yi ti liang mian de: shi zhong guan qie chao yue de zhi qu bi ran (...) shi de xin yang yi mou zhong si xiang huo guan nian de fang shi fou ding huo shu li ri chang sheng huo he shi su shi jie, que li du te de yu zhou zhi xu yu xin yang jia zhi; yu zhi xiang dui, xin yang shi jian de zhan kai you shi yu ri chang sheng huo xu yu bu li de, cong xian shi de yi yi shang shuo, yi zhong chun cui qie tuo li le shi su sheng huo de xin yang shi nan yi xiang xiang de. Jiu dao jiao er yan, xiu zhen deng xian de xuan si yu rang zai qi fu de shi jian shi bu ke fen ge de, ke yi jie lu de gui zhi yu du die zhang ji de lu fa ye shi bing xing bu bei de. Ru guo yao chang shi li jie mou yi ge li shi shi qi zhong de dao jiao xin yang, jiu xu yao jie he qi shi de jing dian wen xian yu she hui sheng huo. Jian ci, ben shu yi Tang Song shi qi de dao jiao xin yang wei zhu ti, fen bie cong Sui Tang shi qi de dao jiao xin yang si xiang yu Tang Song shi qi de lu fa ji xin yang guan lian liang ge shi jiao zhan kai zhuan ti yan jiu, zhan shi shang shu yi ti liang mian de xin yang shi kuang jia. (shrink)

Ben shu zhu yao lun shu ru,Mo liang jia fa zheng si xiang,Bing fu lu xian dai xing fa dui bi fo jiao jie lü lun wen yi pian.Xie zuo te se yao fen wei er:yi,Zai yan jiu fang fa shang,Cai qu bi jiao fa xue yan jiu jin lu,Jian shi chuan tong si xiang yu xian dai jia zhi ti xi xian zhuan gong gou zhi ke neng.Shi gu wen zhang lun shu zhong xin bu zai chan shu (...) ru,Mo nei sheng dao de gong fu lun mian xiang,Er geng ce zhong qi yu xian dai fa li nian ji xian xing fa zhi du zhi dui bi fen xi.Er,Zai lun shu nei rong fang mian,Chuan tong yan jiu zhu yao tong guo jia zhi xi tong nei,Ji ken ding chuan tong wen hua zhi zhuan ye yan jiu zhe li chang chu fa,Zhang xian zhong guo zhe xue shi dai he li xing. (shrink)

Ben shu zhu yao yan yong bing zun xun "li shi yu luo ji xiang tong yi" de yuan ze he fang fa, xiang xi shu li, jian tao zuo wei ming dai zhong qi si xiang jia de Huang Wan, qi yi sheng dao xue si xiang jin zhan guo cheng zhong cong Song ru zhi xue (li xue) dao Wang Yangming liang zhi xue (xin xue), zai dao hui gui jing dian (jing xue) de yan bian li (...) cheng, yi qi lun zheng qi xue shu yan bian fan shi zhi yu Ming Qing xue shu zhuan xing de "xian dao xing" dian fan yi yi. (shrink)

Ben shu wei "Song Ming shi qi Chang Jiang zhong you de ru xue yan jiu" cong shu zhi yi: ben cong shu shi ren wen she hui ke xue chong dian yan jiu ji di-Wuhan da xue Zhongguo chuan tong wen hua yan jiu zhong xin tou biao, jing jiao yu bu zu zhi zhuan jia ping shen tong guo, zheng shi pi zhun de jiao yu bu ren wen she hui ke xue 2001 nian du zhong da yan (...) jiu xiang mu, xiang mu pi zhun hao shi 01JAZJD720008, ding yu 2004 nian qian hou wan cheng. ke ti zu zhu chi ren wei Guo Qiyong jiao shou, "Jiangxi zhi xue"shi Zhu Xi ti chu de yi ge gai nian, zhu yao zhi chu zi yu Jiangxi Jinxi Lu shi jia zu yi men de xue shuo, qi nei he shi Lu Jiuyuan de xin xue; di 2 quan ze shi you "Song Yuan xue an" suo zai zhi Xiangshan xiong Zhangfu, Suoshan de xue shuo; di 3 quan wei Xiangshan xiong di de di zi men de si xiang. Ben shu quan mian kao cha Jiangxi zhi xue zai Song dai Chang Jiang zhong you xing qi de xue mo yuan yuan, zhu yao xue shuo, yu Luo xue Min xue Zhejiang zhu xue zhe (Lü Zuqian, Yong Shangsi xian sheng deng) zhi jian de guan xi, yi ji qi dui Wang (Yangming) xue xing qi de nei zai guan lian xing, bing yan ji dui xian dai xin ru xue de tan tao. ben shu de xie zuo jiang zhu zhong si xiang kao gu de fang fa, zai quan mian yan jiu you guan dian ji de ji chu shang, dui you guan ren wu de chu sheng di, huo dong de di qu (ru jia zu suo zai cun luo, xue zhe shu xin wang lai, jiang xue, hui jiang, shu yuan deng) jin xing shi di de kao cha, guang fan di yun yong fang zhi, nian pu, shu yuan zhi, jia pu deng cai liao, ba si xiang jia huan yuan yu ju ti huan jing zhi zhong, zai ju ti she hui de li shi de jia zu de bei jing xia kao cha qi si xiang de nei han, jie shi qi jing shen suo zai, bing jin er yin shen chu qi yi yi yu jia zhi. (shrink)

本书包括《五诰解》和《慈湖诗传(卷一至卷十)》两部分,其中《五诰解》选取《周书》中的《康诰》《酒诰》《梓材》《召诰》《洛诰》五篇进行的解释。《慈湖诗传(卷一至卷十)》则是对《诗》三百篇的解释.

With their focus on human production and consumption activities, cities incur massive energy consumption and CO2 emissions. An intercity connection is a typical complex system in which the interaction between cities is crucial for developing low-carbon outputs within the urban agglomeration. This paper presents the construction of the CO2 emission network of an urban agglomeration in the Yangtze River middle reaches megalopolis, based on the gravity model. Combined with social network analysis, a multilevel analysis framework is proposed to deal with (...) the complexity, spatiality, and visualization of the CO2 emission network with reference to the network features, structural equivalence, and the rich-club phenomenon. The following results emerged: firstly, the spatial structure of the CO2 emissions was characterized by low robustness and compactness, indicating disunity among the studied cities. Secondly, there was found to be a strong correlation between regionalism and intercity connections, with geographically close cities playing a similar role in the network. Thirdly, the “rich-club” cities, including Wuhan, Changsha, Xiaogan, and Zhuzhou, dominated the connections, covering more than 87.1% of the network in the Yangtze River Middle Reaches Megalopolis. (shrink)

In this paper, we propose a nonlinear coupled model to study the two interacting processes of awareness diffusion and epidemic spreading on the same individual who is affected by different neighbor behavior status on multiplex networks. We achieve this topology scenario by two kinds of factors, one is the perception factor that can change interplay between different layers of networks and the other is the neighbors’ behavior status that can change the infection rate in each layer. According to the microscopic (...) Markov chain approach, we analyze the dynamical evolution of the system and derive the theoretical epidemic threshold on uncorrelated heterogeneous networks, and then, we validate the analysis by numerical simulation and discuss the final size of awareness diffusion and epidemic spreading on a scale-free network. With the outbreak of COVID-19, the spread of epidemic in China prompted drastic measures for transmission containment. We examine the effects of these interventions based on modeling of the awareness-epidemic and the COVID-19 epidemic case. The results further demonstrate that the epidemic spreading can be affected by the effective transmission rate of the awareness and neighbors’ behavior status. (shrink)

EDITOR’ ABSTRACTZhang Jian believes that an all too narrow definition of the word “sinicization” by New Qing historians has created a conflict where there is none, namely, between Manchu sinicization, properly understood, on the one hand, and Manchu ethnic identity on the other. Zhang argues that tensions can be seen as the result of “sociopolitical class-based differences between officials and citizens.”.

The N-Queens problem plays an important role in academic research and practical application. Heuristic algorithm is often used to solve variant 2 of the N-Queens problem. In the process of solving, evaluation of the candidate solution, namely, fitness function, often occupies the vast majority of running time and becomes the key to improve speed. In this paper, three parallel schemes based on CPU and four parallel schemes based on GPU are proposed, and a serial scheme is implemented at the baseline. (...) The experimental results show that, for a large-scale N-Queens problem, the coarse-grained GPU scheme achieved a maximum 307-fold speedup over a single-threaded CPU counterpart in evaluating a candidate solution. When the coarse-grained GPU scheme is applied to simulated annealing in solving N-Queens problem variant 2 with a problem size no more than 3000, the speedup is up to 9.3. (shrink)

Previous research has demonstrated that trait self-control is related to a range of positive romantic relationship processes, suggesting that trait self-control should be positively and robustly linked to relationship satisfaction in both partners in a romantic relationship. However, the existing empirical evidence is limited and mixed, especially regarding partner effects. With three datasets of heterosexual couples, the present pre-registered studies examined: the dyadic associations between trait self-control and relationship satisfaction both cross-sectionally and longitudinally, and whether these effects hold when controlling (...) for both partners’ relationship commitment. The results indicated a cross-sectional positive actor effect, some support for a positive cross-sectional partner effect, and only little support for a longitudinal actor effect. After controlling for relationship commitment, all effects of trait self-control on satisfaction diminished except for a longitudinal actor effect among women in Study 2. Potential explanations for the current results, and implications for theory and practice, are discussed. (shrink)

Currently due to the COVID-19 pandemic, young people are experiencing a decrease in self-efficacy and an increase in mental illness. Though previous studies have shown that self-efficacy and divergent thinking training are positively related, little is known about the impact of divergent thinking training on self-efficacy and emotions. Therefore, our study seeks this answer to support teenagers injured psychologically during disastrous periods. We randomly assigned 70 students to a 2 × 2 mixed design. Participants in the experimental group were given (...) a 9-day divergent thinking training with the theme of “writing down 10 novel functions of the mask,” while those in the control group spent 10 min each day recording what they ate. The self-efficacy, anxiety, depression, and stress of two groups were measured before and after training. Results showed that, compared to the control group, self-efficacy ceased decreasing while anxiety decreased for the experimental group. These findings confirm the positive effect of divergent thinking on teenagers. Implications and limitations are discussed. (shrink)

Culture serves as the spiritual foundation of a nation, shaping collective identity, memory, and meaning. As modern cities evolve into complex urban environments, the interplay between cultural representation and spatial navigation becomes increasingly significant. Public wayfinding systems, particularly subway guide-visual systems, serve not only as functional tools for spatial orientation but also as carriers of cultural symbolism, shaping human perception, experience, and interaction with the built environment. This study explores the deeper philosophical and religious dimensions of regional visual symbols in (...) subway guidance systems, examining their role in reinforcing collective memory, sacred space, and cultural continuity. Drawing upon theories from environmental psychology, semiotics, and religious aesthetics, this research investigates how subway guide systems serve as conduits of regional identity, visual semiotics, and metaphysical interpretation. By conducting comparative case studies of the London Underground and Mexico City subway visual guidance systems, this study examines how urban wayfinding incorporates elements of religious symbolism, cultural heritage, and sacred narratives into public spaces. These systems, beyond their practical function, act as modern representations of pilgrimage routes, sacred geography, and collective memory, offering insights into how visual semiotics influence human cognition and spiritual orientation in urban life. This research argues that subway guide-visual systems are not merely technical tools but also vehicles of cultural and religious significance, shaping contemporary experiences of sacred and symbolic spaces. By integrating regional cultural symbols into public navigation infrastructure, cities can preserve and transmit cultural heritage while fostering a deeper connection between individuals and their spiritual and historical landscapes. The study provides a philosophical and theological perspective on the semiotics of urban space, offering insights into the role of visual guidance systems in the broader discourse of religious philosophy, cultural identity, and metaphysical representation. Future research should further explore how spatial design, symbolism, and sacred narratives intersect in the formation of modern urban experiences. (shrink)