v. 1. Sŏngnihak pʻyŏn -- v. 2. Kyŏngse sasang pʻyŏn.

성리학의 이기론을 체계화한 16세기 학자 율곡 이이 의 생애와 사상, 학문을 살핀 저서.

1. Hanʼguk Yuhak ŭi sŏmak ŭl yŏn Yuhakchadŭl -- 2. Tʻoegye rŭl kyesŭnghan Yuhakchadŭl -- 3. Yŏngnam ŭi Yuhakchadŭl -- 4. Kiho ŭi Yuhakchadŭl -- 5. Horak nonjaeng ŭi Yuhakchadŭl -- 6. Kyŏngse, Sudo, Chʻŏngŭn ŭi Yuhakchadŭl.

1. Yulgok chŏnsŏ 1 : Sa, Pu, Si, Soch'a -- 2. Yulgok chŏnsŏ 2 : Soch'a, Kye, Ŭi, Sŏ, Ŭngjemun, Sŏ, Pal, Ki -- 3. Yulgok chŏnsŏ 3 : Sŏl, Ch'an, Myŏng, Chemun, Chapchŏ, Sindo pimyŏng, Myogalmyŏng, Myojimyŏng, Haengjang -- 4. Yulgok chŏnsŏ 4 : Sŏnghak chibyo -- 5. Yulgok chŏnsŏ 5 : Kyŏngmong yogyŏl, Cheŭich'o, Kyŏngyon ilgi -- 6. Yulgok chŏnsŏ 6 : Ŏrok, Purok -- 7. Yulgok chŏnsŏ 7 : Purok, Sokp'yŏn, (...) Pu, Si -- 8. Yulgok chŏnsŏ 8 : Soch'a, Kye, Ŭi, Sŏ, Ŭngjemun, Sŏ, Ki, Non, Cham, P'yojŏn, Chemun, Chapchŏ, Myogalmyŏng, Myojimyŏng -- 9. Nonŏ Yulgok Sŏnsaeng ŏnhae, Maengja Yulgok Sŏnsaeng ŏnhae, Taehak Yulgok Sŏnsaeng ŏnhae, Chungyong -- 10. Chŏngŏn myosŏn, Sunŏn, Kosan kugokka. (shrink)

Che 1-pu. Han'guk ŭi kaebyŏk -- 1. Kŭndae Han'guk konggongsŏng ŭi chŏn'gae wa t'aja waŭi yŏndae -- 2. Kŭndae Han'guk siminjŏk konggongsŏng ŭi sŏngnip -- 3. Taejonggyo pŏmt'unggusŭjuŭi wa pop'yŏnjuŭi -- Che 2-pu. Ilbon ŭi kaebyŏk -- 1. Kŭnse Ilbon sasang ŭi Sŏngin'gwan -- 2. Ilbon sinjonggyo ŭi kaebyŏk undong -- 3. Hyŏndae Ilbon ŭi saengmyŏng yŏngsŏng kwa ch'iyu yŏngsŏng -- Che 3-pu. Sirhak ŭi sigak -- 1. 19-segi sirhakcha ŭi Ilbon insik -- 2. Ch'oe Han-gi ŭi chonggyo hoet'ong (...) sasang -- 3. Han'guk, Ilbon, Chungguk e issŏsŏ 'Sinsirhangnon' pigyo -- Che 4-pu. Pigyo ŭi sigak -- 1. Ilbon esŏŭi T'oegye, Yulgok, Tasan yŏn'gu ŭi hŭrŭm -- 2. Ch'oe Han-gi wa Ilbon ŭi konggong sasangga pigyo yŏn'gu -- 3. Tongsŏyang konggongsŏng yŏn'gu wa Han'gukchŏk konggongsŏn. (shrink)

1. Wŏnjŏn Chosŏn Yuhaksa -- 2. Chosŏn Yuhaksa -- 3. Chosŏn sasangsa -- 4. Sasang pʻyŏn -- 5. Munhak pʻyŏn.

1. Tan'gun sinhwa ŭi wŏnhyŏngjŏk segyegwan kwa p'ungnyu chŏngsin -- 2. Wŏnhyo ŭi hwajaeng sasang kwa muaehaeng ŭi silch'ŏn -- 3. Ŭisang ŭi 'Hwaŏm ilsŭng pŏpkyedo' e nat'anan Hwaŏm sasang -- 4. Chinul ŭi Tono chŏmsu wa Chŏnghye ssangsu sasang -- 5. Sambong Chŏng To-jŏn ŭi Pulgyo paech'ŏk ŭi naeyong kwa sŏngkyŏk -- 6. T'oegye Yi Hwang ŭi ch'ŏrhakchŏk ipchang kwa 'Kyŏng' sasang -- 7. Kobong Ki Tae-sŭng ŭi hangmun chŏngsin kwa ch'ŏrhak sasang -- 8. (...) Ugye Sŏng Hon ŭi Tohakchŏk sam kwa hangmun yŏnwŏn -- 9. Yulgok Yi I ŭi Taedong sahoeron kwa ch'ŏrhakchŏk chihyang -- 10. Sŏgye Pak Se-dang ŭi Sirhakchŏk sayu ŭi kich'o -- 11. Namdang Han Wŏn-jin ŭi yŏksa insik kwa Chosŏn chunghwajuŭi -- 12. Sŏngdam Song Hwan-gi ŭi 'T'aegŭk tosŏl' haesŏk ŭi kibon ipchang -- 13. Kanjŏng Yi Nŭng-hwa 'Chosŏn Togyosa' ŭi haksulsachŏk ŭiŭi wa han'gye -- 14. Manhae Han Yong-un i pon chuch'e ŭi munje wa minjok chagyŏl ŭi wŏnch'ik -- purok. T'algyŏnggye sidae ŭi Han'guk ch'ŏrhak ŭi inmunhakchŏk ŭiŭi wa chŏnmang: Yulgok ŭi ch'ŏrhak. (shrink)

Selected writings, including those of Gʹyu-thog Yon-tan-mgon-po, 1126 to 1202, on the morality of Tibetan medicine.

In this paper, we present a (propositionaI) modal-Iogic approximation to Quantum Mechanics from a reduced and characteristic number of “crucial experiments” and so independently of the lattice of subspaces of Hilbert space. Kripke’s semantics, which determinates this system, allows to define, from a new point of view, the notions of “measurement process” and “virtual world” and admits a natural interpretation which in turn can help us to understand the measurement problem. In this way, we can attempt a “many-worlds” interpretation of (...) Quantum Mechanics, in the way of Everett. (shrink)

Filant la métaphore du « bestiaire », cet article retrace les différents gestes du processus créateur de l’historien. Bien sûr, il ne s’agit pas ici d’emprunter des concepts aux travaux sur le symbolisme animal dont j’avoue très volontiers que je ne les ai pas consultés . Les figures animales convoquées dans ce court article correspondent à l’image que j’en ai, de façon spontanée et non savante. Quatre animaux peuvent être cités : le lion, la fourmi, le renard et le castor. (...) À eux quatre, ils symbolisent les diverses attitudes que j’ai pu prendre au cours de la préparation et de la rédaction de ma biographie d’Offenbach. (shrink)

Handbook for Buddhist ethical aspects for Bhutanese youngsters.

Bruineberg et al. provide compelling clarity on the roles Markov blankets could (and perhaps should) play in the study of life and mind. However, here we draw attention to a further role blankets might play: as a hypothesis about cognition itself. People and other animals may use blanket-like representations to model the boundary between themselves and their worlds.

Una de las críticas más trilladas al giro decolonial consiste en afirmar que sostiene una visión esencialista y ahistórica de las identidades. Este ensayo pone a prueba estas acusaciones mediante una revisión de algunos textos fundamentales de la corriente decolonial. Por una parte, muestro que, si bien el giro decolonial retoma el tema tradicional de la identidad latinoamericana, tacharlo de esencialista resulta de una lectura simplificadora y homogeneizadora. Por otra parte, formulo la hipótesis de que el meollo del asunto radica (...) más bien en un “régimen de historicidad” (Hartog 2015) marcado por la primacía del pasado en los discursos sobre la identidad cultural. (shrink)

After more than a century in which social learning was blackboxed by evolutionary biologists, psychologists and economists, there is now a thriving industry in cognitive neuroscience producing computational models of learning from and about other agents. This is a hugely positive development. The tools of computational cognitive neuroscience are rigorous and precise. They have the potential to prise open the black box. However, we argue that, from the perspective of a scientific realist, these tools are not yet being applied in (...) an optimal way. To fulfil their potential, the shiny new methods of cognitive neuroscience need to be better coordinated with old-fashioned, contrastive experimental designs. Inferences from model complexity to cognitive complexity, of the kind made by those who favour lean interpretations of behaviour (‘associationists’), require social learning to be tested in challenging task environments. Inferences from cognitive complexity to social specificity, made by those who favour rich interpretations (‘mentalists’), call for non-social control experiments. A parsimonious model that fits current data is a good start, but carefully designed experiments are needed to distinguish models that tell us how social learning _could_ be done from those that tell us how it is _really_ done. (shrink)

In this study, we examined the role of culture on early adolescents’ social reasoning about peer exclusion. A total of 80 U.S. and 149 Taiwanese early adolescents independently completed a social reasoning essay about peer exclusion. Analyses of the essays based on social-moral theories showed that U.S. students tended to reason about peer exclusion based on social conventional thinking whereas Taiwanese students were more attentive to personal and moral issues. Despite this difference, both groups of students referred to some common (...) social-moral concepts while reasoning about peer exclusion, including consideration of personal benefit, harming others’ welfare, personal concern, and punishment. The use of social reasoning strategies was similar across the two groups of students except that Taiwanese students relied more on judgment whereas U.S. students generated more alternative hypotheses. (shrink)