404 research outputs found
The Oxford guide to the Transeurasian languages
No full textThe Oxford Guide to the Transeurasian Languages provides a comprehensive account of the Transeurasian languages, and is the first major reference work in the field since 1965. The term 'Transeurasian' refers to a large group of geographically adjacent languages that includes five uncontroversial linguistic families: Japonic, Koreanic, Tungusic, Mongolic, and Turkic. The historical connection between these languages, however, constitutes one of the most debated issues in historical comparative linguistics. In the present book, a team of leading international scholars in the field take a balanced approach to this controversy, integrating different theoretical frameworks, combining both functional and formal linguistics, and showing that genealogical and areal approaches are in fact compatible with one another.The volume is divided into five parts. Part I deals with the historical sources and periodization of the Transeurasian languages and their classification and typology. In Part II, chapters provide individual structural overviews of the Transeurasian languages and the linguistic subgroups that they belong to, while Part III explores Transeurasian phonology, morphology, syntax, lexis, and semantics from a comparative perspective. Part IV offers a range of areal and genealogical explanations for the correlations observed in the preceding parts. Finally, Part V combines archaeological, genetic, and anthropological perspectives on the identity of speakers of Transeurasian languages. The Oxford Guide to the Transeurasian Languages will be an indispensable resource for specialists in Japonic, Koreanic, Tungusic, Mongolic, and Turkic languages and for anyone with an interest in Transeurasian and comparative linguistics more broadly.Detailed Contents Series Preface List of Figures and Tables List of Abbreviations Romanization Conventions The Contributors Introduction, Martine Robbeets and Alexander Savelyev Part I: Sources and Classification A: Historical Sources and Periodization 1: Historical sources and periodization of the Japonic and Koreanic languages, Marc Miyake 2: The Altaic languages: Tungusic, Mongolic, Turkic, Volker Rybatzki B: Genealogical Classification 3: The classification of the Transeurasian languages, Martine Robbeets 4: The classification of the Japonic languages, Elisabeth M. de Boer 5: The classification of the Korean language and its dialects, Kyou-Dong Ahn and Jaehoon Yeon 6: The classification of the Tungusic languages, Lindsay J. Whaley and Sofia Oskolskaya 7: The classification of the Mongolic languages, Hans Nugteren 8: The classification of the Turkic languages, Lars Johanson 9: A Bayesian approach to the classification of the Turkic languages, Alexander Savelyev C: Typology 10: The typological heritage of the Transeurasian languages, Martine Robbeets 11: Typological profile of the Transeurasian languages from a quantitative perspective, Nataliia Hübler Part II: Individual Structural Overviews 12: Japanese and the mainland dialects, Masayoshi Shibatani 13: Amami and Okinawa, the Northern Ryukyuan languages, Yuto Niinaga 14: Miyako, Ishigaki, and Yonaguni, the Southern Ryukyuan languages, John R. Bentley 15: Korean and the Korean dialects, Ho-min Sohn 16: Jejudo Korean, Ubong Shin, Jieun Kiaer, and Jiyoung Shin 17: Xibe and the Manchuric languages, Taeho Jang 18: Even and the Northern Tungusic languages, Brigitte Pakendorf and Natalia Aralova 19: Nanai and the Southern Tungusic languages, Sofia Oskolskaya 20: Dagur, Yohei Yamada 21: Khalkha Mongolian, Jan-Olof Svantesson 22: Oirat and Kalmyk, the Western Mongolic languages, Ágnes Birtalan 23: The northwestern Turkic (Kipchak) languages, Éva A. Csató and Lars Johanson 24: Turkish and the southwestern Turkic (Oghuz) languages, Jaklin Kornfilt 25: Uyghur and Uzbek, the southeastern Turkic languages, Abdurashid Yakup 26: Sakha and Dolgan, the North Siberian Turkic languages, Brigitte Pakendorf and Eugénie Stapert 27: Chuvash and the Bulgharic languages, Alexander Savelyev Part III: Comparative Overviews A: Phonology 28: A comparative approach to the consonant inventory of the Transeurasian languages, Allan R. Bomhard 29: A comparative approach to the vowel systems and harmonies in the Transeurasian languages and beyond, Andrew Joseph, Seongyeon Ko, and John Whitman B: Morphology 30: A comparative approach to verbal morphology in Transeurasian, Martine Robbeets 31: A comparative approach to nominal morphology in Transeurasian: Case and plurality, Ilya Gruntov and Olga Mazo 32: A comparative approach to the pronominal system in Transeurasian, Michal Schwarz, Ondřej Srba, and Václav Blažzek C: Syntax 33: The nominal group, possessive agreement, and nominal sentences in the Transeurasian languages, Irina Nevskaya and Lina Amal 34: Verbal categories in the Transeurasian languages, Andrej Malchukov and Patryk Czerwinski 35: Complex constructions in the Transeurasian languages, Andrej Malchukov and Patryk Czerwinski D: Lexicon and Semantics 36: Basic vocabulary in the Transeurasian languages, Martine Robbeets 37: Numerals in the Transeurasian languages, Václav Blažzek 38: Kinship term paradigms in the Transeurasian languages, Milan van Berlo Part IV: Areal Versus Inherited Connections 39: Contact between genealogically related languages: the case of Old Korean and Old Japanese, Alexander T. Francis-Ratte and J. Marshall Unger 40: Form and pattern borrowing across Siberian Turkic, Mongolic, and Tungusic languages, Gregory D. S. Anderson 41: Transeurasian as a continuum of diffusion, Edward Vajda 42: Beck-Wichmann-Brown evaluation of lexical comparisons for the Transeurasian proposal, Cecil H. Brown Part V: Interdisciplinary Perspectives on the Identity of Transeurasian 43: The homelands of the individual Transeurasian proto-languages, Martine Robbeets, Juha Janhunen, Alexander Savelyev, and Evgeniya Korovina 44: The Transeurasian homeland: Where, what and when?, Martine Robbeets 45: Transeurasian unity from a population genetic perspective, Choongwon Jeong, Chuan-Chao Wang, and Chao Ning 46: Transeurasian unity from an archaeological perspective, Tao Li 47: Language dispersals and the 'Secondary Peoples' Revolution': A historical anthropology of the Transeurasian unity, Mark James Hudson References Inde
В поисках механизмов социальных изменений в современной Украине
No full textBook Review: Savelyev Y. Multidimensional modernity: social inclusion in assessment of social development: monograph / Yuriy Savelyev. – K. : VPC "The University of Kyiv", 2017. – 447 p. [in Ukrainian]Рецензия на книгу: Савельєв Ю. Б. Багатовимірна сучасність: соціальне включення в оцінці суспільного розвитку : монографія / Ю. Б. Савельєв. – К. : ВПЦ "Київський університет", 2017. – 447 с
Probing the Gate-Voltage-Dependent Surface Potential of Individual InAs Nanowires Using Random Telegraph Signals RID C-6303-2008
No full textWe report a novel methocl for probing the gate-voltage dependence of the surface potential of individual semiconductor nanowires. The statistics of electronic occupation of a single defect on the surface of the nanowire, determined from a random telegraph signal, is used as a. measure for the local potential. The method, is demonstrated for the case of one or two switching defects in indium arsenide (InAs) nanowire field effect transistors at temperatures T = 25-77 K. Comparison with a self consistent model shows that surface potential variation is retarded In the conducting regime due to screening by surface states with density D(ss) approximate to 10(12) cm(-2) ev(-1). Temperature-dependent dynamics of, electron capture and emission producing the random telegraph signals are also analyzed, and multiphonon emission is identified as the process responsible for capture and emission of electrons from the surface traps. Two defects studied in detail had capture activation energies of E(B) approximate to 50 meV and E(B) approximate to 110 meV and cross sections of sigma(infinity) approximate to 3 x 10(-19) cm(2) and sigma(infinity) approximate to 2 x 10(-17) cm(2), respectively. A lattice relaxation energy of s (h) over bar omega = 187 +/- 15 meV was found for the first defect
Analyzing Social Experiments as Implemented: A Reexamination of the Evidence From the HighScope Perry Preschool Program
No full textSocial experiments are powerful sources of information about the effectiveness of interventions. In practice, initial randomization plans are almost always compromised. Multiple hypotheses are frequently tested. "Signicant" effects are often reported with p-values that do not account for preliminary screening from a large candidate pool of possible effects. This paper develops tools for analyzing data from experiments as they are actually implemented. We apply these tools to analyze the influential HighScope Perry Preschool Program. The Perry program was a social experiment that provided preschool education and home visits to disadvantaged children during their preschool years. It was evaluated by the method of random assignment. Both treatments and controls have been followed from age 3 through age 40. Previous analyses of the Perry data assume that the planned randomization protocol was implemented. In fact, as in many social experiments, the intended randomization protocol was compromised. Accounting for compromised randomization, multiple-hypothesis testing, and small sample sizes, we find statistically significant and economically important program effects for both males and females. We also examine the representativeness of the Perry study.early childhood intervention; compromised randomization; social experiment; multiple-hypothesis testing
Analyzing Social Experiments as Implemented: A Reexamination of the Evidence From the HighScope Perry Preschool Program
No full textSocial experiments are powerful sources of information about the effectiveness of interventions. In practice, initial randomization plans are almost always compromised. Multiple hypotheses are frequently tested. "Significant" effects are often reported with p-values that do not account for preliminary screening from a large candidate pool of possible effects. This paper develops tools for analyzing data from experiments as they are actually implemented. We apply these tools to analyze the influential HighScope Perry Preschool Program. The Perry program was a social experiment that provided preschool education and home visits to disadvantaged children during their preschool years. It was evaluated by the method of random assignment. Both treatments and controls have been followed from age 3 through age 40. Previous analyses of the Perry data assume that the planned randomization protocol was implemented. In fact, as in many social experiments, the intended randomization protocol was compromised. Accounting for compromised randomization, multiple-hypothesis testing, and small sample sizes, we find statistically significant and economically important program effects for both males and females. We also examine the representativeness of the Perry study.
Compensatory-adaptive mechanism of cardiorespiratory system in athletes’ fatigue state
No full textAt the present level of sports development, the search for opportunities to improve the performance and endurance of athletes is one of the most important terms for achieving high sports results. Performing physical activity at the limit level makes increased demands on the activity of the body, requires more significant adaptive changes in the functioning of all organs and systems, but it allows to raise the overall level of efficiency. Factors that determine the effectiveness of combinations of training loads are the volume of loads, their direction and sequence of execution. Consideration of these factors should be reflected in the organization of the training process. The combination of training loads aimed at the education of general, special and strength endurance should be most often used in the general preparatory stage of the preparatory period, and the combination of loads aimed at the education of special, speed and strength endurance - in the special preparatory stage of the preparatory period and in the competitive period. Planning the volume and intensity of the training load and its implementation should correspond to the functional capabilities of the athlete’s body. To prevent the probability of any deviation from normal functioning of energy sustaining systems of the body, one needs a speedy and effective recovery of these systems. Only in this case the training process can proceed quite systematically, and the results of the trainee will become more stable at all stages of the competition period. All this makes it relevant to study the processes of rational interaction of cardiorespiratory and motor systems of the body during training and competition. This knowledge allows with a sufficient degree of accuracy to determine the development of the performance of athletes, optimize the training process, improve its quality and efficiency, maintain a high level of performance for a long time
Analyzing Social Experiments as Implemented: A Reexamination of the Evidence from the HighScope Perry Preschool Program
No full textSocial experiments are powerful sources of information about the effectiveness of interventions. In practice, initial randomization plans are almost always compromised. Multiple hypotheses are frequently tested. "Significant" effects are often reported with p-values that do not account for preliminary screening from a large candidate pool of possible effects. This paper develops tools for analyzing data from experiments as they are actually implemented. We apply these tools to analyze the influential HighScope Perry Preschool Program. The Perry program was a social experiment that provided preschool education and home visits to disadvantaged children during their preschool years. It was evaluated by the method of random assignment. Both treatments and controls have been followed from age 3 through age 40. Previous analyses of the Perry data assume that the planned randomization protocol was implemented. In fact, as in many social experiments, the intended randomization protocol was compromised. Accounting for compromised randomization, multiple-hypothesis testing, and small sample sizes, we find statistically significant and economically important program effects for both males and females. We also examine the representativeness of the Perry study.social experiment, compromised randomization, early childhood intervention, multiple-hypothesis testing
Calculations of the binding-energy differences for highly-charged Ho and Dy ions
No full textThe binding-energy differences for and
ions with ionization degrees , , and
are calculated. The calculations are performed using the large-scale
relativistic configuration-interaction and relativistic coupled-clusters
methods. The contributions from quantum-electrodynamics, nuclear-recoil, and
frequency-dependent Breit-interaction effects are taken into account. The final
uncertainty does not exceed eV. Combining the obtained results with the
binding-energy difference for neutral atoms calculated in [Savelyev et al.,
Phys. Rev. A 105, 012806 (2022)], we get the secondary differences of the
ion-atom binding energies. These values can be used to evaluate the amount of
energy released in the electron capture process in atom
(the value), provided mass differences of highly charged ions
and is known from experiment.
The value is required by experiments on the determination of the absolute
scale of the electron neutrino mass by studying the beta-decay process.Comment: 4 pages, Jetp Lett. (2023
Determination of the Mass Moments and Radii of Inertia of the Sections of a Tapered Wing and the Center-of-Gravity Line along the Wing Span
No full textFor computing the critical flutter velocity of a wing among the data required are the position of the line of centers of gravity of the wing sections along the span and the mass moments and radii of inertia of any section of the wing about the axis passing through the center of gravity of the section. A sufficiently detailed computation of these magnitudes even if the weights of all the wing elements are known, requires a great deal of time expenditure. Thus a rapid competent worker would require from 70 to 100 hours for the preceding computations for one wing only, while hundreds of hours would be required if all the weights were included. With the aid of the formulas derived in the present paper, the preceding work can be performed with a degree of accuracy sufficient for practical purposes in from one to two hours, the only required data being the geometric dimensions of the outer wing (tapered part), the position of its longerons, the total weight of the outer wing, and the approximate weight of the longerons, The entire material presented in this paper is applicable mainly to wings of longeron construction of the CAHI type and investigations are therefore being conducted by CAHI for the derivation of formulas for the determination of the preceding data for wings of other types
Rigidity of lattice domes
No full textThe means of ensuring total rigidity of lattice domes, using comparison with solid shells of 1-3 layers are discussed. Irregularities of manufacture, processing, and other factors are considered, as they relate to diminution of rigidity. The discussion uses the concepts of upper and lower critical loads on the structure in question
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