Beginning with Plato's expulsion of the poets in the Republic, this dissertation ' looks at the often hostile, yet also symbiotic, relationship between·poetry and philosophy. Aristotle's 'response' to Plato is regarded as a significant origin of literary theory. Nietzsche's critique of Western philosophy as being an attempt to suppress its own metaphoricity, leads to a revaluation of truth and consequently of the privileging of philosophy over poetry. Post-structuralism sometimes overemphasizes this constitutive force of metaphoricity, at the expense of conceptual modes. However, Derrida's notion of philosophy as play retains a balance between concept and metaphor: there is no attempt to transcendentally ground philosophy, but neither is it reduced to a merely metaphorical discourse. Finally, Wittgenstein's notion of meaning as determined by use can help us distinguish pragmatically between poetry and philosophy by looking at the contexts in which they function. / Linguistics and Modern Languages / M.A. (Linguistics)

Made available in DSpace on 2014-11-10T11:09:50Z (GMT). No. of bitstreams: 0 Previous issue date: 2012-10-05Bitstream added on 2014-11-10T11:57:55Z : No. of bitstreams: 1 000707223.pdf: 9530480 bytes, checksum: 9bdb6250d95193eab22ed582e023afba (MD5) / Esta investigação, de natureza híbrida, teve por objetivo principal a elaboração de um teste de proficiência na compreensão oral (CO) da Língua Italiana (LI), o TECOLI. Para tanto, em um primeiro momento, foi analisado o ensino da CO na LI a um grupo de formandos em Letras considerado como contexto típico. O estudo justifica-se, principalmente, por elaborar um teste de proficiência em CO que possa propiciar aos cursos de formação de professores de LI um instrumento de avaliação dessa habilidade linguística. Isto porque não encontrarmos, dentre os testes e provas de competência linguística consolidados para o italiano como LE criados por universidades internacionalmente reconhecidas, nenhum teste dirigido especificamente a docentes de italiano no exterior que queiram avaliar a compreensão oral de seus alunos. É sabido que a avaliação da LE não é amplamente contemplada pelas pesquisas que tratam do processo de ensino e aprendizagem de línguas. São ainda masi raras as pesquisas que tratem especificamente da avaliação de proficiência na CO, visto uqe o conhecimento e o entendimento desta habilidade, ainda hoje, são limitados. O nosso estudo pretende também contribuir para um projeto de pesquisa maior, o qual é intitulado Exame de proficiência para professores de LE (EPPLE): definição de construto, tarefas e parâmetros para avaliação em contextos brasileiros, que se ocupa, principalmente, da habilidade oral. As perguntas norteadoras desta pesquisa são: 1) Como se caracteriza o ensino da CO em um curso de formação de professores de Língua Italiana em uma universidade pública?; 2) como se comportam as várias versões do teste criado para este estudo? ; 3) qual a fidedignidade e validade... (Resumo completo, clicar acesso eletrônico abaixo) / This research, of a hybrid nature, aimed at developing a test of proficiency in listening comprehension (abbreviated as CO) of Italian as a foreing language (abbreviated as LI), the TECOLI. At first, we analyzed the teaching of CO in LI to a group of pre-service teachers, considered as a typical context. The study is justified mainly by the preparation of a test in listening comprehension that provides an instrument for courses to evaluate the linguistic ability of pré-service teachers of Italian as a foreign language. Such test finds no similar tool to evaluate CO among the consolidated tests and proficiency tests of italian as a foreign language created by internationally recognized universities, or well-known tests targeted at helping non-nataive teachers of Italian to evaluate their students. It is known that the evaluation of a foreign language is not widelv addressed by the research dealing with the processes of teaching and learning languages. Even more rare in the field are research studies that focus specifically on the phenomenon of evaluating proficiency in listening comprehension, since knowledge and understanding of this ability remains limited nowadays. Our study also aims at contributing to a larger research project entiled Proficiency examination for foreing language teachers (abbreviated as EPPLE): definition of tasks and parameters for language assessmentin Brazilian contexts, wich focuses mainly on oral skills of pre-service teachers. The questions that guide this research are: 1) How do we characterize the teaching of CO ina pre-service teacher course that prepares teachers of Italian as a foreign language at a state university in Brazil?; 2) How do the versions of the test created for this study function?; and 3) What is the reliability and validity of the final version of the instrument created? Aiming at... (Complete abstract click electronic access below)

M.Ed. (Educational Psychology) / The picturesque landscape of South Africa is woven by the rich threads of diverse languages, cultures and beliefs. Despite the inherent differences of the different groups in this country, a common golden thread lies in the imparting of knowledge, values and beliefs from one generation to the next. This is often done formally, in the school environment, where children learn, develop and grow. The potential of children should be harnessed in an environment that is conducive to maximising the strengths and minimising their weaknesses. One domain is in the psychological testing arena where children’s cognitive abilities are assessed. The Junior South African Individual Scale (JSAIS) as an assessment measure is currently being used by psychologists despite the last norming having taken place in 1984 and the norms not being representative of the South African population. In an endeavour to transition from the past monolingual and monocultural practices, the JSAIS has been translated into isiZulu to eliminate any possible language barriers to participants. However, it is evident that translating tests is a risky procedure and every effort should be made to adhere to criteria proposed by the International Test Commission (ITC) to minimise cultural bias. One such way, is to thoroughly investigate the psychometric qualities of translated tests. The participants of the research are children in the Grade 1 isiZulu class at school in Soweto where research is being conducted. This longitudinal research project is a collaborative effort between the University of Basel, Switzerland and the Centre for Education Practice Research (CEPR) at the University of Johannesburg. The aim of this study was to apply a Rasch Analysis to the Numerical Intelligence Quotient Eight (NUM Scale) of an isiZulu translation of the Junior South African Individual Scales (JSAIS) to determine the quality of the items in relation to the ability of participants in the sample group. As an exploratory, quantitative study, the findings suggest that the JSAIS has some strong psychometric properties and that adaptation, translation and renorming of the test should be conducted in future studies. The findings of this study show that the data generated varied in its fit of the Rasch Model. While findings confirm that the numerical subtests of the Number and Quantity are valid measures of the construct for which it was designed, it is recommended that further studies be conducted into the equivalence of the isiZulu translated JSAIS, the further testing of larger samples of participants and the reduction of cultural loading on items. The information gleaned from this study regarding the misfitting of items, item difficulty and overlapping should also be considered to enhance the quality of this test and thereby maintaining the tenets of our new, modern democracy in South Africa.

Theory of Mind (ToM) is the ability to infer others’ mental states and thus to predict their behavior (Perner, 1991). Therefore, ToM is essential for the adequate adjustment of behavior in social situations. ToM can be divided into: 1) cognitive ToM encompassing inferences about intentions and beliefs and 2) affective ToM encompassing inferences about emotions (Shamay-Tsoory, Harari, Aharon-Peretz, & Levkovitz, 2010). Well-functioning skills of both ToM aspects are much-needed in the developmental period of adolescence because in this age phase peer relationships become more important and romantic relationships arise (Steinberg & Morris, 2001). Importantly, affective psychopathological disorders often have their onset in adolescence. ToM development in adolescence might be based on underlying cognitive mechanisms such as the ability to inhibit one’s own thoughts in order to understand another person’s thoughts (Carlson & Moses, 2001). Another possible mechanism relates to functional brain development across adolescence (Blakemore, 2008). Therefore, neurocognitive mechanisms may underlie ongoing ToM development in adolescence. First studies indicate an ongoing behavioral and functional brain development of ToM (e.g. Blakemore, 2008). However, ToM development in adolescence and how this might relate to underlying (neuro)cognitive functions remains largely underexamined. The major aims of the current thesis were first to answer the overall question whether there is an ongoing development of ToM in adolescence. This question relates to both behavioral and functional brain development. As a second major aim, the present work sought to elucidate possible (neuro)cognitive mechanisms of ongoing ToM development across adolescence. Specifically, these cognitive mechanisms might be basic cognitive functions as well as executive functions. Additionally, the present work aimed at exploring potential (neuro)cognitive mechanisms through an integration of both behavioral and functional brain studies. The current experimental work spans three cross-sectional studies investigating adolescents (aged around 12-15 years) and young adults (aged around 18-22 years) to examine for the first time both the behavioral (studies I and II) and functional brain development of ToM (study III) in adolescence and its underlying (neuro)cognitive mechanisms. In all three studies, more complex, advanced ToM tasks were employed to avoid ceiling effects. Study I was aimed at investigating if cognitive and affective ToM continues to develop in adolescence and at exploring if basic cognitive variables such as verbal ability, speed of processing, and working memory capacity underlie such development. Hence, two groups of adolescents and young adults completed tasks of ToM and basic cognitive abilities. Large age effects were revealed on both measures of ToM: adolescents performed lower than adults. These age differences remained significant after controlling for basic cognitive variables. However, verbal ability covaried with performance in affective ToM. Overall, results support the hypothesis of an ongoing development of ToM from adolescence to adulthood on both cognitive and affective aspects. Results may further indicate verbal ability being a basic cognitive mechanism of affective ToM. Study II was designed to further explore if affective ToM, as measured with a dynamic realistic task, continues to develop across adolescence. Importantly, this study sought to explore executive functions as higher cognitive mechanisms of developing affective ToM across adolescence. A large group spanning adolescents and young adults evaluated affective mental states depicted by actors in video clips. Additionally, participants were examined with three subcomponents of executive functions, inhibition, updating, and shifting following the classification of Miyake et al. (2000). Affective ToM performance was positively related to age and all three executive functions. Specifically, inhibition explained the largest amount of variance in age related differences of affective ToM performance. Overall, these results indicate the importance of inhibition as key underlying mechanism of developing an advanced affective ToM in adolescence. Study III set out to explore the functional brain development of affective ToM in adolescence by using functional magnetic resonance imaging (fMRI). The affective ToM measure was the behavioral developmentally sensitive task from study II. An additional control condition consisted of the same emotional stimuli with the instruction to focus on physical information. This study faced methodical challenges of developmental fMRI studies by matching performance of groups. The ventromedial prefrontal cortex (vMPFC) was significantly less deactivated in adolescents in comparison to adults, which might suggest that adolescents seem to rely more on self-referential processes for affective ToM. Furthermore, adolescents compared to adults showed greater activation in the dorsolateral prefrontal cortex (DLPFC) in the control condition, indicating that adolescents might be distracted by the emotional content and therefore needed to focus more on the physical content of the stimulus. These findings suggest affective ToM continues to develop on the functional brain level and reveals different underlying neurocognitive strategies for adolescents in contrast to adults. In summary, the current thesis investigated whether ToM continues to develop in adolescence until young adulthood and explored underlying (neuro)cognitive mechanisms. Findings suggest that there is indeed an ongoing development of both the cognitive and affective aspect of ToM, which importantly contributes to the conceptual debate. Moreover, the second benefit to the debate is to demonstrate how this change may occur. As a basic cognitive mechanism verbal ability and as an executive functioning mechanism inhibition was revealed. Furthermore, neurocognitive mechanisms in form of different underlying neurocognitive strategies of adolescents compared to adults were shown. Taken together, ToM development in adolescence seems to mirror a different adaptive cognitive style in adolescence (Crone & Dahl, 2012). This seems to be important for solving the wealth of socio-emotional developmental tasks that are relevant for this age span.

published_or_final_version / Education / Master / Master of Education

Theory of Mind (ToM) is the ability to infer others’ mental states and thus to predict their behavior (Perner, 1991). Therefore, ToM is essential for the adequate adjustment of behavior in social situations. ToM can be divided into: 1) cognitive ToM encompassing inferences about intentions and beliefs and 2) affective ToM encompassing inferences about emotions (Shamay-Tsoory, Harari, Aharon-Peretz, & Levkovitz, 2010). Well-functioning skills of both ToM aspects are much-needed in the developmental period of adolescence because in this age phase peer relationships become more important and romantic relationships arise (Steinberg & Morris, 2001). Importantly, affective psychopathological disorders often have their onset in adolescence. ToM development in adolescence might be based on underlying cognitive mechanisms such as the ability to inhibit one’s own thoughts in order to understand another person’s thoughts (Carlson & Moses, 2001). Another possible mechanism relates to functional brain development across adolescence (Blakemore, 2008). Therefore, neurocognitive mechanisms may underlie ongoing ToM development in adolescence. First studies indicate an ongoing behavioral and functional brain development of ToM (e.g. Blakemore, 2008). However, ToM development in adolescence and how this might relate to underlying (neuro)cognitive functions remains largely underexamined. The major aims of the current thesis were first to answer the overall question whether there is an ongoing development of ToM in adolescence. This question relates to both behavioral and functional brain development. As a second major aim, the present work sought to elucidate possible (neuro)cognitive mechanisms of ongoing ToM development across adolescence. Specifically, these cognitive mechanisms might be basic cognitive functions as well as executive functions. Additionally, the present work aimed at exploring potential (neuro)cognitive mechanisms through an integration of both behavioral and functional brain studies. The current experimental work spans three cross-sectional studies investigating adolescents (aged around 12-15 years) and young adults (aged around 18-22 years) to examine for the first time both the behavioral (studies I and II) and functional brain development of ToM (study III) in adolescence and its underlying (neuro)cognitive mechanisms. In all three studies, more complex, advanced ToM tasks were employed to avoid ceiling effects. Study I was aimed at investigating if cognitive and affective ToM continues to develop in adolescence and at exploring if basic cognitive variables such as verbal ability, speed of processing, and working memory capacity underlie such development. Hence, two groups of adolescents and young adults completed tasks of ToM and basic cognitive abilities. Large age effects were revealed on both measures of ToM: adolescents performed lower than adults. These age differences remained significant after controlling for basic cognitive variables. However, verbal ability covaried with performance in affective ToM. Overall, results support the hypothesis of an ongoing development of ToM from adolescence to adulthood on both cognitive and affective aspects. Results may further indicate verbal ability being a basic cognitive mechanism of affective ToM. Study II was designed to further explore if affective ToM, as measured with a dynamic realistic task, continues to develop across adolescence. Importantly, this study sought to explore executive functions as higher cognitive mechanisms of developing affective ToM across adolescence. A large group spanning adolescents and young adults evaluated affective mental states depicted by actors in video clips. Additionally, participants were examined with three subcomponents of executive functions, inhibition, updating, and shifting following the classification of Miyake et al. (2000). Affective ToM performance was positively related to age and all three executive functions. Specifically, inhibition explained the largest amount of variance in age related differences of affective ToM performance. Overall, these results indicate the importance of inhibition as key underlying mechanism of developing an advanced affective ToM in adolescence. Study III set out to explore the functional brain development of affective ToM in adolescence by using functional magnetic resonance imaging (fMRI). The affective ToM measure was the behavioral developmentally sensitive task from study II. An additional control condition consisted of the same emotional stimuli with the instruction to focus on physical information. This study faced methodical challenges of developmental fMRI studies by matching performance of groups. The ventromedial prefrontal cortex (vMPFC) was significantly less deactivated in adolescents in comparison to adults, which might suggest that adolescents seem to rely more on self-referential processes for affective ToM. Furthermore, adolescents compared to adults showed greater activation in the dorsolateral prefrontal cortex (DLPFC) in the control condition, indicating that adolescents might be distracted by the emotional content and therefore needed to focus more on the physical content of the stimulus. These findings suggest affective ToM continues to develop on the functional brain level and reveals different underlying neurocognitive strategies for adolescents in contrast to adults. In summary, the current thesis investigated whether ToM continues to develop in adolescence until young adulthood and explored underlying (neuro)cognitive mechanisms. Findings suggest that there is indeed an ongoing development of both the cognitive and affective aspect of ToM, which importantly contributes to the conceptual debate. Moreover, the second benefit to the debate is to demonstrate how this change may occur. As a basic cognitive mechanism verbal ability and as an executive functioning mechanism inhibition was revealed. Furthermore, neurocognitive mechanisms in form of different underlying neurocognitive strategies of adolescents compared to adults were shown. Taken together, ToM development in adolescence seems to mirror a different adaptive cognitive style in adolescence (Crone & Dahl, 2012). This seems to be important for solving the wealth of socio-emotional developmental tasks that are relevant for this age span.:Abstract 1 1 General Introduction 4 1.1 Concept of ToM: cognitive and affective aspects 7 1.2 ToM Development 8 1.2.1 ToM Development until Adolescence 9 1.2.2 ToM Development in Adolescence 12 1.3 Cognitive Mechanisms 14 1.3.1 Basic Cognitive Functions 15 1.3.2 Executive Functions 17 1.4 Neurocognitive Mechanisms 19 1.4.1 Functional brain development of ToM 20 1.4.2 Integrating behavioral and functional brain studies 21 2 Outline and Central Questions 24 2.1 Does ToM continue to develop in adolescence? 24 2.1.1 Does ToM continue to develop on the behavioral level? 24 2.1.2 Does ToM continue to develop on the level of brain function? 25 2.2 What are (neuro)cognitive mechanisms of ToM development in adolescence? 26 2.2.1 What are basic cognitive and executive functioning mechanisms? 26 2.2.2 Can mechanisms be concluded from the integration of behavioral data and functional brain processes? 26 3 Study I – ToM Development in Adolescence and its Basic Cognitive Mechanisms 28 3.1 Introduction 28 3.2 Method 32 3.2.1 Participants 32 3.2.2 Materials 33 3.3 Results 36 3.3.1 Age Effects 36 3.3.2 Influence of puberty on social cognition 37 3.3.3 Controlling for Basic Cognitive Abilities 39 3.4 Discussion 40 3.4.1 Overview 40 3.4.2 Age differences in social cognition 40 3.4.3 Influence of puberty on social cognition 42 3.4.4 Covariates of age differences in social cognition 42 3.4.5 Conclusions 43 4 Study II – ToM Development in Adolescence and its Executive Functioning Mechanisms 45 4.1 Introduction 45 4.2 Method 49 4.2.1 Participants 49 4.2.2 Materials 49 4.3 Results 52 4.3.1 Decomposing the Age Effect in Affective Theory of Mind 54 4.4 Discussion 55 4.4.1 Overview 55 4.4.2 Conclusions 57 5 Study III – ToM Development in Adolescence and its Neurocognitive Mechanisms 59 5.1 Introduction 59 5.2 Method 61 5.2.1 Participants 61 5.2.2 Stimuli, design and procedure 62 5.2.3 Statistical analysis of behavioral data 65 5.2.4 Functional imaging 65 5.2.5 Statistical analysis of fMRI data 66 5.3 Results 67 5.3.1 Behavioral results 67 5.3.2 fMRI results 68 5.4 Discussion 71 5.4.1 Developmental differences in brain activations 71 5.4.2 Conclusions 74 6 General Discussion 75 6.1 Summary of empirical findings 75 6.2 Discussion and integration of the main empirical findings 76 6.2.1 Continued ToM development in adolescence 76 6.2.2 (Neuro)cognitive mechanisms of ToM development in adolescence 80 6.3 Implications and outlook 89 6.3.1 Current findings and their conceptual fit to present models of ToM 90 6.3.2 Underpinning the concept of cognitive and affective ToM 91 6.3.3 Conceptual and methodical implications of performance matching 92 6.3.4 The role of puberty on ToM 94 6.3.5 Predicting other’s economic behavior 95 6.3.6 Structural brain development 96 6.3.7 Applied perspective 97 6.4 Summary 98 References 99

The objective of this study was to investigate how well the academic performance of the Industrial and Organisational Psychology master’s students at a research institution can be predicted through psychometric measures. A non-experimental design was used in this empirical study. The sample consisted of one hundred and thirty-three IO Psychology master’s students over a five-year period. The secondary data for this research originated from the students completing the Graduate Verify Ability tests as well as the Occupational Personality Questionnaire, which are psychometric measures that form part of the selection. Both psychometric measures load onto the Person Job Match competencies. A theoretical relationship could be found between the Ability tests and academic success as well as the PJM competencies that included weighted scores from both psychometric measures. The empirical relationships, therefore, proved that the ability tests have the strongest predictive ability for academic success. / Industrial and Organisational Psychology / M. Com. (Industrial and Organisational Psychology)