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One of the main controversial topics of German language is the definition of word types and the classification of the principles. There are different views on the definition of 'particle' and 'intensive particle'. An interesting object of study of linguistics in this context are primarily grammaticalized words that lose their actual lexical meaning, assume grammatical functions and act as lexical intensifiers. In the first part of this article, general information is given about the definition and classification of the concepts of 'particle' and 'intensive particle'. The second part of the study handles the 'intensive particle', so called by the German language linguist Hentschel (1998), which have partly metaphorical features. The use of these words as 'intensive particle' in certain areas has been examined with German and Turkish examples and the differences and similarities have been revealed in two languages.
Lexikalische Merkmale der türkischen Rechtssprache : am Beispiel des neuen Strafgesetzbuches (YTCK)
(2019)
Ziel dieser Studie ist es, die Besonderheiten von Rechtstexten in türkischer Sprache am Beispiel des neuen türkischen Strafgesetzbuches (YTCK) zu analysieren. In der Arbeit soll untersucht werden, inwieweit das YTCK vom alten türkischen Strafgesetzbuch von 1926 (ETCK) abweicht. Im Fokus des Forschungsinteresses steht die lexikalische Struktur des YTCK. Diese Studie erfordert einen interdisziplinär ausgerichteten Ansatz, der Rechts- und Sprachwissenschaften integriert. Der Schwerpunkt liegt auf der lexikalischen Analyse der Fachsprache des Rechts.
This article analyses the German discourse particle wohl 'I suppose', 'presumably' as a syntactic and semantic modifier of the sentence types declarative and interrogative. It is shown that wohl does not contribute to the propositional, i.e. descriptive content of an utterance. Nor does it trigger an implicature. The proposed analysis captures the semantic behaviour of wohl by assuming that it moves to SpecForceP at LF, from where it can modify the sentence type operators in Force0 in compositional fashion. Semantically, a modification with wohl results in a weaker commitment to the proposition expressed in declaratives and in a request for a weaker commitment concerning the questioned proposition in interrogatives. Cross-linguistic evidence for a left-peripheral position of wohl (at LF) comes from languages in which the counterpart of wohl occurs in the clausal periphery overtly. Overall, the analysis sheds more light on the semantic properties of the left periphery, in particular of the functional projection ForceP.
The paper investigates the origins of the German/Dutch particle toch/doch) in the hope of shedding light on a puzzle with respect to doch/toch and to shed some light on two theoretical issues. The puzzle is the nearly opposite meaning of the stressed and unstressed versions of the particle which cannot be accounted for in standard theories of the meaning of stress. One theoretical issue concerns the meaning of stress: whether it is possible to reduce the semantic contribution of a stressed item to the meaning of the item and the meaning of stress. The second issue is whether the complex use of a particle like doch/toch can be seen as an instance of spread or whether it has to be seen as having a core meaning which is differentiated by pragmatics operating in different contexts.
We use the etymology of doch and doch as to+u+h (that+ question marker+ emphatic marker) to argue for an origin as a question tag checking a hearer opinion. Stress on the tag indicates an opposite opinion (of the common ground or the speaker) and this sets apart two groups of uses spreading in different directions. This solves the puzzle, indicates that the assumption of spread is useful and offers a subtle correction of the interpretation of stress. While stress always means contrast with a contrasting item, if the particle use is due to spread, it is not guaranteed that the unstressed particle has a corresponding use (or inversely).
Die vorliegende Untersuchung behandelt ein spezifisches Problem aus dem Bereich des Bruchunterrichts, nämlich das Problem der Bezeichnungsweise sogenannter „gemischter Zahlen“. Wir werden – nach der Klärung der Terminologie – zunächst die relevanten Daten vorstellen, die wir den Bruchalben von Schüler(innen) einer 6.Klasse entnommen haben (Abschnitt 3). Nach der Darstellung des Fehlerphänomens werden wir dann die kognitiven Fehlerursachen analysieren:2 Die aufgefundenen Normabweichungen werden als Folge eines spezifischen „Interpretationsproblems“ diskutiert, das wir mithilfe linguistischer Analysen auf verbalsprachliche Parallelen der betreffenden Bruchzahlbezeichnungen mit Anzahlangaben zurückführen (Abschnitt 4); auf dieser Basis skizzieren wir Vorschläge für den Mathematikunterricht, die zur Bewältigung des diskutierten Problems beitragen sollen (Abschnitt 5).
In linguistics and the philosophy of language, the mass/count distinction has traditionally been regarded as a bi-partition on the nominal domain, where typical instances are nouns like "beef" (mass) vs."cow" (count). In the present paper, we argue that this partition reveals a system that is based on both syntactic features and conceptual features, and present experimental evidence suggesting that the discrimination of the two kinds of features has a psychological reality.
This paper discusses constructions like “We’ll have two beers and a coffee.” that are typically used for beverage orders in restaurant contexts. We compare the behaviour of nouns in these constructions in three Germanic languages, English, Icelandic, and German, and take a closer look at the correlation of the morpho-syntactic and semantic-conceptual changes involved here. We show that even within such a closely related linguistic sample, one finds three different grammatical options for the expression of the same conceptual transition. Our findings suggest an analysis of coercion as a genuinely semantic phenomenon, a phenomenon that is located on a level of semantic representations that serves as an interface between the conceptual and the grammatical system and takes into account inter- and intralinguistic variations.
What role does language play in the development of numerical cognition? In the present paper I argue that the evolution of symbolic thinking (as a basis for language) laid the grounds for the emergence of a systematic concept of number. This concept is grounded in the notion of an infinite sequence and encompasses number assignments that can focus on cardinal aspects ("three pencils"), ordinal aspects ("the third runner"), and even nominal aspects ("bus #3"). I show that these number assignments are based on a specific association of relational structures, and that it is the human language faculty that provides a cognitive paradigm for such an association, suggesting that language played a pivotal role in the evolution of systematic numerical cognition.
Humans possess a number concept that differs from its predecessors in animal cognition in two crucial respects: (1) it is based on a numerical sequence whose elements are not confined to quantitative contexts, but can indicate cardinal/quantitative as well as ordinal and even nominal properties of empirical objects (e.g. ‘five buses’: cardinal; ‘the fifth bus’: ordinal; ‘the #5 bus’: nominal), and (2) it can involve recursion and, via recursion, discrete infinity. In contrast to that, the predecessors of numerical cognition that we find in animals and human infants rely on finite and iconic representations that are limited to cardinality and do not support a unified concept of number. In this paper, I argue that the way such a unified number concept could evolve in humans is via verbal sequences that are employed as numerical tools, that is, sequences of words whose elements are associated with empirical objects in number assignments. In particular, I show that a certain kind of number words, namely the counting sequences of natural languages, can be characterised as a central instance of verbal numerical tools. I describe a possible scenario for the emergence of such verbal numerical tools in human history that starts from iconic roots and that suggests that in a process of co-evolution, the gradual emergence of counting sequences and the development of an increasingly comprehensive number concept supported each other. On this account, it is language that opened the way for numerical cognition, suggesting that it is no accident that the same species that possesses the language faculty as a unique trait, should also be the one that developed a systematic concept of number.
Sprachvermögen und Zahlbegriff : zur Rolle der Sprache für die Entwicklung numerischer Kognition
(2004)
In welchem Zusammenhang stehen Sprache und Zahl als kognitive Domänen? Welche Rolle spielt das menschliche Sprachvermögen für die Entwicklung des Zahlbegriffs? In den letzten Jahrzehnten haben verschiedene Disziplinen aus dem Gebiet der Kognitionswissenschaft – darunter Psycholinguistik, Entwicklungspsychologie, Ethologie und kognitive Neurowissenschaft – wesentlich zu unserem Verständnis der Beziehung zwischen Sprache und numerischer Kognition beigetragen. Die unterschiedlichen Ergebnisse liefern Evidenz für eng verknüpfte ebenso wie für autonome Bereiche in den beiden Domänen.