The vestibular system is critical for human locomotion. Any deteriorated vestibular system leads to gait instability. In the past decades, these alternations in gait patterns have been majorly measured by the spatial-temporal gait parameters and respective variabilities. However, measuring gait characteristics cannot capture the full aspect of motor controls. Thus, to further understand the effects of deteriorated vestibular system on gait performance, additional measurement needs to be taken into consideration. This study proposed using the margin of stability to identify the (...) patterns of dynamic control under different types of mastoid vibrations in walking. This study hypothesized that using the MOS method could facilitate the understanding of another aspect of motor control induced by different types of mastoid vibrations, and applying the mastoid vibrations could induce the asymmetric MOS. Twenty healthy young adults were recruited. Two electromechanical vibrotactile transducers were placed on the bilateral mastoid process to apply different types of vestibular vibrations. A motion capture system with eight cameras was used to measure the MOSap, MOSml, and respective variabilities. The results were in line with the hypotheses that both bilateral and unilateral mastoid vibrations significantly increased MOSap, MOSml, and respective variabilities p = 0.001, p < 0.001; p = 0.001, p < 0.01 when compared to the no vibration condition. Also, significantly larger MOSml, MOSml variability, MOSap, and MOSap variability were observed under the unilateral vibration condition than that observed under the bilateral vibration condition. The above-mentioned result found that different types of mastoid vibrations affected the MOS differently, suggesting different patterns of control mechanisms under different sensory-conflicted situations. Besides, a significant difference between the dominant and non-dominant legs was observed in MOSml. Moreover, applying the unilateral mastoid vibrations induced a greater symmetric index of MOSml, suggesting that more active control in balance was needed in the medial-lateral than in the anterior-posterior direction. (shrink)

1. Han'guk Sinhak kwa Tasŏk Yu Yŏng-mo -- 2. Segye wa habil hanŭn hana (il) ŭi Sin -- 3. 'Kŭrisŭdorok', minnŭn chadŭl ŭi chŏngch'e rosŏ Kŭrisŭdo -- 4. 〓, sum, kim -- 5. Tasŏk ŭi samjaeronjŏk samwi ilch'eron -- 6. Tasŏk ŭi suhaeng : mihakchŏk in'gannon -- 7. Hugi-Kŭrisŭdogyo sidae ŭi Tasŏk sinhak -- 8. Kyŏllon : Tasŏk Sinhak yŏn'gu e taehan p'yŏngka wa chŏnmang.

In this desolate ancient country, which is a semicolony, all activities [seemed to have] stopped. People's lives have also become meaningless. The warm breeze blown from other countries stirred the curiosity of youth. Go! Let us go to the free world. And so, many people left the motherland for France in Europe, as if even workers there were happier than gentlemen here. But what was the reality? They were unable to do very hard work like the average workers. So their (...) idealized country became the target of their curses. (shrink)

Polemical writings against the socioeconomic theories of Karl Marx, 1818-1883.

I. Wŏnhyo esŏ An Chung-gŭn kkaji -- II. Yu Yŏng-mo esŏ Kim Tae-jung kkaji.

Psychoanalysis had a profound influence on formation of Merleau-Ponty’s thought. However, at the same time, he rejects Freud’s idea that the unconscious consists of latent mental contents that cause a certain type of behavior. Instead of a hidden experience, Merleau-Ponty argues that the unconscious is an ambiguous consciousness. In The Structure of Behavior and The Phenomenology of Perception, he specifies this ambiguity by means of the concepts of habit, bad faith, bodily expression, affective intentionality and body schema. In this paper, (...) I will present the interconnection of these aspects of the human existence, following Merleau-Ponty’s two early major works. Further, I will show the difference of Merleau-Ponty’s notion of bad faith from that of Sartre, and, finally, I will suggest a limitation of Merleau-Ponty’s approach to the unconscious. (shrink)

1. 'P'osŭt'ŭ' tamnon ŭi yuryŏngdŭl : aedo ŭi aedo rŭl wihayŏ -- 2. Chwap'a mesiajuŭi ranŭn irŭm ŭi yongmang : 'p'osŭt'ŭ-p'osŭt'ŭ tamnon' ŭi kungnae suyong e taehayŏ -- 3. Sigan kwa chŏngŭi : Penyamin, Haidegŏ, Terida -- 4. Kungmin iranŭn noye : chŏnch'ejuŭijŏk kungmin kukkaron e taehan pip'anjŏk koch'al -- 5. Ŏttŏn sangsang ŭi kongdongch'e : minjok, kungmin kŭrigo kŭ nŏmŏ -- 6. Hanbando p'yŏnghwa ch'eje ŭi (t'al) kuch'uk ŭl wihayŏ : ŭl ŭi minjujuŭi ŭi kwanchŏm esŏ -- 7. P'uk'o (...) wa minjujuŭi : pakkat ŭi chŏngch'i, sinjayujuŭi, taehang p'umhaeng -- 8. Marŭk'ŭsŭ wa Alt'wiserŭ sai ŭi P'uk'o -- 9. (T'al) hyŏndae ihu, Marŭk'ŭsŭjuŭi ihu : Terida, K'ojellek, Ch'ak'ŭrabarŭt'i, kŭrigo kŭ nŏmŏ -- 10. Ch'akch'wi, paeje, rip'ŭrijent'eisyŏn : Marŭk'ŭsŭjuŭi ŭi t'alguch'uk. (shrink)

History of the Khėl Zokhiolyn Khu̇rėėlėn (Institute of Language and Literature) of the Mongolian Science Academy, by it's senior and recent researchers.

Ch'aek mŏri e -- 1. Ch'oe Han-gi ŭi sam kwa kŭ ŭi sidae -- 2. Silchŭng kwa siryong ŭi sirhakchŏk hangmun'gwan -- 3. Chujahak pip'an kwa Kihak ŭi hyŏngsŏng -- 4. Sŏyang kwahak kisul ŭi suyong kwa Kihakchŏk pyŏnyong -- 5. Insingnon ŭi chŏnhwan kwa kaekkwan insik ŭi pangbŏmnon -- 6. T'al Chujahakchŏk sayu ŭi chŏn'gae wa segye p'yŏnghwaron -- Kyŏllon : Chosŏn hugi Sirhak kwa Ch'oe Han-gi ŭi ch'ŏrhak.

Context. The identification of the sources that reionized the Universe and their specific contribution to this process are key missing pieces of our knowledge of the early Universe. Faint star-forming galaxies may be the main contributors to the ionizing photon budget during the epoch of reionization, but their escaping photons cannot be detected directly due to inter-galactic medium opacity. Hence, it is essential to characterize the properties of faint galaxies with significant Lyman continuum photon leakage up to z 4 to (...) define indirect indicators allowing analogues to be found at the highest redshift. Aims. Long gamma-ray bursts explode typically in star-forming regions of faint, star-forming galaxies. Through LGRB afterglow spectroscopy it is possible to detect directly LyC photons. Our aim is to use LGRBs as tools to study LyC leakage from faint, star-forming galaxies at high redshift. Methods. Here we present the observations of LyC emission in the afterglow spectra of GRB 191004B at z = 3:5055, together with those of the other two previously known LyC-emitting LGRB, to determine their LyC escape fraction and compare their properties. Results. From the afterglow spectrum of GRB 191004B we determine a neutral hydrogen column density at the LGRB redshift of og =17:2 0:15, and negligible extinction. The only metal absorption lines detected are C iv and Si iv. In contrast to GRB 050908 and GRB 060607A, the host galaxy of GRB 191004B displays significant Ly emission. From its Ly emission and the non-detection of Balmer emission lines we constrain its star-formation rate to 1 SFR 4:7 M yr. 1. We fit the Ly emission with a shell model and find parameters values consistent with the observed ones. The absolute LyC escape fractions we find for GRB 191004B, GRB 050908 and GRB 060607A are of 0:35+0:10.0:11, 0:08+0:05.0:04 and :20+0:05.0:05, respectively. We compare the LyC escape fraction of LGRBs to the values of other LyC emitters found from the literature, showing that LGRB afterglows can be powerful tools to study LyC escape for faint high-redshift star-forming galaxies. Indeed we could push LyC leakage studies to much higher absolute magnitudes. The host galaxies of the three LGRB presented here have all M1600 >.19:5 mag, with the GRB 060607A host at M1600 >.16 mag. LGRB hosts may therefore be particularly suitable for exploring the ionizing escape fraction in galaxies that are too faint or distant for conventional techniques. Furthermore the time investment is very small compared to galaxy studies. (shrink)

1. Yŏn'gyŏngjae Sŏng Hae-ŭng. "Yŏn'gyŏngjae chŏnjip", innŭn sasil ŭl kŭdaero kirok hada -- 2. P'ungsŏk Sŏ Yu-gu. "Imwŏn kyŏngjeji", hŭlkuk kwa chongittŏk in hangmun ŭn anŭrira -- 3. Oju Yi Kyu-gyŏng. "Ojuyŏn munjang chŏnsan'go", pakhak kwa kojŭnghak ŭro modŭn kŏt ŭl pyŏnjŭng hara -- 4. Tasan Chŏng Yag-yong. "Mongmin simsŏ", sidae rŭl ap'ahago paeksŏngdŭl ŭi pich'am han sam e punno haeya handa -- 5. Ch'ujae Cho Su-sam. "Ch'ujae chip", nara ka mangharyŏmyŏn pandŭsi yomul i naonda -- 6. Nakhasaeng Yi Hak-kyu. (...) "Yŏngnam akpu", mal hanŭn cha nŭn choe ka ŏpta -- 7. Kuhwajae Hong Sŏng-mo. "Tongguk sesigi", sot e kadŭkhan kuk ŭl han sutkal ro mat poda -- 8. Hosan Cho Hŭi-ryong. "Sŏgu mangnyŏllok", hanŭl arae kajang t'ongk'wae han il ida -- 9. Sŏp'a Yu Hŭi. "Munt'ong", ilsaeng ŭl nŭl sibi sok esŏ saranne -- 10. Hyegang Ch'oe Han-gi. "Kihak", taedong ilt'ong ŭi isang segye rŭl kuhyŏn hada -- 11. Kosanja Kim Chŏng-ho. "Taedong yŏjido", chido ro ch'ŏnha ŭi hyŏngse rŭl salp'il su itta -- 12. Paegun Sim Tae-yun. "Pongni chŏnsŏ", mani ilgŭlsurok pongni ka tŏuk manajinda -- 13. Suun Ch'oe Che-u. "Tonggyŏng taejŏn", hangmun ŭro marhajamyŏn 'tonghak' irago haeya handa -- 14. Tongmu Yi Che-ma. "Kyŏkch'igo", i ch'aek i ch'ŏllima ka toeji ank'ennŭn'ga? (shrink)