Part PART I in the DP/NP -- chapter 1 NP as argument -- chapter 2 Copying variables -- chapter 3 Classi?ers and the count/mass distinction -- chapter 4 The demonstratives in modern Japanese -- part PART II of functional structure -- chapter 5 On the Re-Analysis of nominalizers in Chinese, Japanese and Korean -- chapter 6 Three types of existential quantification in Chinese -- chapter 7 On the history of place words and localizers in Chinese: A cognitive approach -- chapter PART III principles of organization -- chapter 8 Judgments, point of view and the interpretation of causee noun phrases -- chapter 9 A computational approach to case and word order in Korean -- chapter 10 Adjuncts and word order typology in east asian languages -- chapter 11 The distribution of negative NPS and some typological correlates.

Text readability is at the core of successful reading instruction and language learning. To counteract the challenges of complex reading content, text leveling is a vital necessity for readers with limited language access. A transdisciplinary analysis of reading development and linguistic interrelations builds the theoretical foundation of the base-1 method. This method focuses solely on structural and functional text elements on the word, sentence and cohesion level. But this book also discusses the significance of other prevalent readability factors, such as the reader ́s language knowledge or socio-cultural background. The base-1 method is designed to level early reading texts in German and other alphabetic languages. Experimental tests with a German immersion population has led to a preliminary calibration to demonstrate the validity of this approach. Bernd Nuss ist erfahrener Immersionslehrer in verschiedenen Programmen, die sich über Nord-, Zentral- und Südamerika erstrecken. An der E. E. Waddell Language Academy wirkt er schulintern als Immersion Facilitator, kooperiert mit Bildungsorganisationen und betreut die Praktika von Gaststudierenden an der Schule. Bernd Nuss has worked as an educator and facilitator in English and German language immersion programs all over the Americas and in Europe. In this capacity, he has also been collaborating as a researcher with universities and other educational institutions in Europe, Asia, and the USA.

+This is the first unit of three devoted to an explication of the structure and function of symbols. The following topics are covered. Ch-1 SIMPLE SYMBOLS Ch-2 PSYCHOANALYTIC SYMBOLS Ch-3 POETIC SYMBOLS Ch-4 TRANSCENDENT SYMBOLS CH-5 - THE ONTOGENESIS OF THE SYMBOLIZING FUNCTION CH-6 – THE ONTOGENESIS OF SYMBOLS FROM BIRTH TO SIX YEARS OF AGE CH-7 - THE ONTOGENESIS OF SYMBOLS FROM THE LATENCY AGE TO THE ADULT YEARS CH-8 - THE SCIENTIFIC STUDY OF SYMBOLS CH-9 - DREAM SYMBOL CHARACTERISTICS IN SPECIFIC SLEEP STAGES CH-10 - CONSCIOUSNESS AND AFFECT MANAGEMENT THROUGH PSYCHOANALYTIC SYMBOL FORMATION CH-11 - SYMBOLS AND THE SENSE OF REALITY

This book provides a critical review of the development of generative grammar, both transformational and non-transformational, from the early 1960s to the present, and presents contemporary results in the context of an overall evaluation of recent research in the field. Geoffrey Horrocks compares Chomsky's approach to the study of grammar, culminating in Government and Binding theory, with two other theories which are deliberate reactions to this framework: Generalised Phrase Structure Grammar and Lexical-Functional Grammar. Whilst proponents of all three models regard themselves as generative grammarians, and share many of the same objectives, the differences between them nevertheless account for much of the recent debate in this subject. By presenting these different theories in the context of the issues that unite and divide them, the book highlights the problems which arise in any attempt to establish an adequate theory of grammatical representation.

Volume one of a two volume set outlining and comparing three approaches to the study of language labelled 'structural-functionalist': functional grammar (FG); role and reference grammar (RRG); and systemic functional grammar (SFG).

This monograph offers an in depth investigation of nominalization processes across languages e.g. Greek, Germanic, Romance, Hebrew, Slavic. Adopting and extending the view that category formation does not involve any lexical operation (recently put forth within the framework of Distributed Morphology), it shows how the behavior of nominals as opposed to that of verbs follows from general processes operating in specific syntactic structures, and is linked with the presence or absence of functional layers (T, D, Aspect, v). It further defines criteria on the basis of which the organization of nominal functional structure can be determined. Moreover, it demonstrates how nominals split into several types, across languages and within a language, depending on the number and the type of functional projections they include. Furthermore, it substantiates the hypothesis that aspects of the syntax of DPs of nominative-accusative languages are strikingly similar to aspects of the syntax of ergative languages and discusses aspects of the syntax of the perfect. The book targets researchers in theoretical linguistics, comparative syntax, morphology and typology. It can also be used as a foundation book on the morpho-syntax of nominals, argument structure and word formation.

We are compounded entities, given life by a complex molecular machinery. When studying these molecules we have to make sense of a diverse set of dynamical nanostructures with wast and intricate patterns of interactions. Protein polymers is one of the major groups of building blocks of such nanostructures which fold up into more or less distinct three dimensional structures. Due to their shape, dynamics and chemical properties proteins are able to perform a plethora of specific functions essential to all known cellular lifeforms. The connection between protein sequence, translated into protein structure and in the continuation into protein function is well accepted but poorly understood. Malfunction in the process of protein folding is known to be implicated in natural aging, cancer and degenerative diseases such as Alzheimer's. Protein folds are described hierarchically by structural ontologies such as SCOP, CATH and Pfam all which has yet to succeed in deciphering the natural language of protein function. These paradigmatic views centered on protein structure fail to describe more mutable entities, such as intrinsically disordered proteins (IDPs) which lack a clear defined structure. As of 2012, about two thirds of cancer patients was predicted to survive past 5 years of diagnosis. Despite this, about a third do not survive and numerous of successfully treated patients suffer from secondary conditions due to chemotherapy, surgery and the like. In order to handle cancer more efficiently we have to better understand the underlying molecular mechanisms. Elusive to standard methods of investigation, IDPs have a central role in pathology; dysfunction in IDPs are key factors in cellular system failures such as cancer, as many IDPs are hub regulators for major cell functions. These IDPs carry short conserved functional boxes, that are not described by known ontologies, which suggests the existence of a smaller entity. In an investigation of a pair of such boxes of c-MYC, a plausible structural model of its interacting with Pin1 emerged, but such a model still leaves the observer with a puzzle of understanding the actual function of that interaction. If the protein is represented as a graph and modeled as the interaction patterns instead of as a structural entity, another picture emerges. As a graph, there is a parable from that of the boxes of IDPs, to that of sectors of allosterically connected residues and the theory of foldons and folding units. Such a description is also useful in deciphering the implications of specific mutations. In order to render a functional description feasible for both structured and disordered proteins, there is a need of a model separate from form and structure. Realized as protein primes, patterns of interaction, which has a specific function that can be defined as prime interactions and context. With function defined as interactions, it might be possible that the discussion of proteins and their mechanisms is thereby simplified to the point rendering protein structural determination merely supplementary to understanding protein function. Människan byggs upp av celler, de i sin tur består av än mindre beståndsdelar; livets molekyler. Dessa fungerar som mekaniska byggstenar, likt maskiner och robotar som sliter vid fabrikens band; envar utförandes en absolut nödvändig funktion för cellens, och hela kroppens, fortsatta överlevnad. De av livets molekyler som beskrivs centralt i den här avhandling är proteiner, vilka i sin tur består utav en lång kedja, med olika typer av länkar, som likt garn lindar upp sig i ett nystan av en (mer eller mindre...) bestämd struktur som avgör dess roll och funktion i cellen. Intrinsiellt oordnade proteiner (IDP) går emot denna enkla åskådning; de är proteiner som saknar struktur och beter sig mer likt spaghetti i vatten än en maskin. IDP är ändå funktionella och bär på centrala roller i cellens maskineri; exempel är oncoproteinet c-Myc som agerar "gaspedal" för cellen - fel i c-Myc's funktion leder till att cellerna löper amok, delar sig hejdlöst och vi får cancer. Man har upptäckt att c-Myc har en ombytlig struktur vi inte kan se; studier av punktvisa förändringar, mutationer, i kedjan av byggstenar hos c-Myc visar att många länkar har viktiga roller i funktionen. Detta ger oss bättre förståelse om cancer men samtidigt är laboratoriearbetet både komplicerat och dyrt; här kan evolutionen vägleda oss och avslöja hemligheterna snabbare. Molekylär evolution studeras genom att beräkna variation i proteinkedjan mellan besläktade arter som finns lagrade i databaser; detta visar snabbt, via nätverksanalys och grafteori, vilka delar av proteinet som är centrala och kopplade till varandra av nödvändighet för artens fortlevnad. På så vis hjälper evolutionen oss att förstå proteinfunktioner via modeller baserade på proteinernas interaktioner snarare än deras struktur. Samma modeller kan nyttjas för att förstå dynamiska förlopp och skillnader mellan normala och patologiska varianter av proteiner; mutationer kan uppstå i vår arvsmassa som kan leda till sjukdom. Genom analys av proteinernas kopplingsnätverk i grafmodellerna kan man bättre förutsäga vilka mutationer som är farligare än andra. Dessutom har det visat sig att en sådan representation kan ge bättre förståelse för den normala funktionen hos ett protein än vad en proteinstruktur kan. Här introduceras även konceptet proteinprimärer, vilket är en abstrakt representation av proteiner centrerad på deras interaktiva mönster, snarare än på partikulär form och struktur. Det är en förhoppning att en sådan representation skall förenkla diskussionen anbelangande proteinfunktion så till den grad att strukturbestämmelse av proteiner, som är en mycket kostsam och tidskrävande process, till viss mån kan anses vara sekundär i betydelse jämfört med funktionellt modellerande baserat på evolutionära data extraherade ur våra sekvensdatabaser.

This is the first comprehensive textbook on higher-order logic that is written specifically to introduce the subject matter to graduate students in philosophy. The book covers both the formal aspects of higher-order languages—their model theory and proof theory, the theory of λ-abstraction and its generalizations—and their philosophical applications, especially to the topics of modality and propositional granularity. The book has a strong focus on non-extensional higher-order logics, making it more appropriate for foundational metaphysics than other introductions to the subject from computer science, mathematics, and linguistics. A Philosophical Introduction to Higher-order Logics assumes only that readers have a basic knowledge of first-order logic. With an emphasis on exercises, it can be used as a textbook though is also ideal for self-study. Author Andrew Bacon organizes the book's 18 chapters around four main parts: I. Typed Language II. Higher-Order Languages III. General Higher-Order Languages IV. Higher-Order Model Theory In addition, two appendices cover the Curry-Howard isomorphism and its applications for modeling propositional structure. Each chapter includes exercises that move from easier to more difficult, strategically placed throughout the chapter, and concludes with an annotated suggested reading list providing graduate students with most valuable additional resources. Key Features: Is the first comprehensive introduction to higher-order logic as a grounding for addressing problems in metaphysics Introduces the basic formal tools that are needed to theorize in, and model, higher-order languages Offers an abundance of - Simple exercises throughout the book, serving as comprehension checks on basic concepts and definitions - More difficult exercises designed to facilitate long-term learning Contains annotated sections on further reading, pointing the reader to related literature, learning resources, and historical context

This volume presents the first results of a long-term research project, funded by the Italian government, which aims at mapping out the fine functional structure of sentences, nominal phrases, and other major phrases making up sentences. In particular, it examines the functional structure of DPs (determiner phrases) and IPs (inflection phrases).