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Readers use prior knowledge to evaluate the validity of statements and detect false information without effort and strategic control. The present study expands this research by exploring whether people also non-strategically detect information that threatens their social identity. Participants (N = 77) completed a task in which they had to respond to a “True” or “False” probe after reading true, false, identity-threatening, or non-threatening sentences. Replicating previous studies, participants reacted more slowly to a positive probe (“True”) after reading false (vs. true) sentences. Notably, participants also reacted more slowly to a positive probe after reading identity-threatening (vs. non-threatening) sentences. These results provide first evidence that identity-threatening information, just as false information, is detected at a very early stage of information processing and lends support to the notion of a routine, non-strategic identity-defense mechanism.
In most foreign language learning contexts, there are only rare chance for contact with native speakers of the target language. In such a situation, reading plays an important role in language acquisition as well as in gaining cultural information about the target language and its speakers.
Previous research indicated that reading in foreign language is a complex process, which is influenced by various linguistic, cognitive and affective factors. The aim of the present study was to test two structural models of the relationship between reading comprehension in native language (L1), English language (L2) reading motivation, metacognitive awareness of L2 reading strategies, and reading comprehension of English as a foreign language among the two samples. Furthermore, the current study aimed to examine the differences between Egyptian and German students in their perceived usage of reading strategies during reading English texts, as well as to explore the pattern of their motivation toward reading English texts. For this purpose, 401 students were recruited from Germany (n=200) and Egypt (n=201) to participate in the current study. In order to have information about metacognitive awareness of reading strategies, a self-report questionnaire (SORS) developed by Moktari and Sheory (2002) was used. While the L2 reading motivation variable, was measured by a reading motivation survey (L2RMQ) which was based on reviewed reading motivation research. In addition, two reading tests were administrated one to measure reading comprehension for native language (German/Arabic) and the other to measure English reading comprehension.
To analyze the collected data, descriptive statistics and independent t-tests were performed. In addition, further analysis using structural equation modeling was applied to test the strength of relationships between the variables under study.
The results from the current research revealed that L1 reading comprehension, whether in a German or Arabic language, had the strongest relationship with L2 reading comprehension. However, the relationship between L2 intrinsic reading motivation was not proven to be significant in either the German or Egyptian models. On the other hand, the relationship between L2 extrinsic reading motivation, metacognitive awareness of reading strategies, and L2 reading comprehension was only proven significant in the German sample. The discussion of these results along with their pedagogical implications for education and practice will be illustrated in the following study.
Langfristige Prognosen sportmotorischer Leistungen sowie die Kenntnis relevanter Einflussfaktoren auf die motorische Entwicklung gewinnen angesichts des veränderten Bewegungsverhaltens und der Zunahme motorischer Defizite von Kindern und Jugendlichen immer stärker an Bedeutung. Der bisherige Forschungsstand zur Stabilität und Vorhersage sportlicher Leistungsfähigkeit beschränkt sich bisher jedoch fast ausschließlich auf retrospektive Studien oder aber auf Längsschnittstudien, die nur einen begrenzten Lebensabschnitt erfassen. Im Vordergrund der vorliegenden multivariaten Längsschnittstudie steht die empirische Analyse potentieller personinterner und personexterner Einflussfaktoren auf die Entwicklung motorischer – insbesondere koordinativer - Fähigkeiten vom Vorschul- bis ins frühe Erwachsenenalter. Außerdem sollte versucht werden, die Ausprägung sportlicher Aktivität und motorischer Fähigkeiten im frühen Erwachsenenalter möglichst gut durch potentielle Prädiktoren aus der Kindheit vorherzusagen. Als theoretischer Rahmen wurde ausgehend von einem fähigkeitsorientierten Ansatz das transaktionale Handlungsmodell von Baur (1989, 1994) ausgewählt, das sowohl endogene als auch exogene Einflussfaktoren auf die motorische Entwicklung berücksichtigt. Die Daten zur motorischen, somatischen und psychischen Entwicklung wurden im Rahmen der Münchner Längsschnittstudie zur Genese individueller Kompetenzen (LOGIK) an 152 Mädchen und Jungen im Alter von 4, 5, 6, 8, 10, 12 und 23 Jahren erhoben. Es zeigen sich bereits im Vorschulalter substantielle Stabilitätskoeffizienten zu den motorischen Leistungen im frühen Erwachsenenalter, die ab dem Grundschulalter auf mittelhohe Werte ansteigen. Als bedeutsame Einflussfaktoren auf die motorische Entwicklung erweisen sich neben der sportlichen Aktivität und dem BMI auch die nonverbale Intelligenz und das athletische Selbstkonzept. In Abhängigkeit von der Schullaufbahn, dem sozioökonomischen Status sowie der Sportvereinszugehörigkeit können Unterschiede im motorischen Entwicklungsverlauf nur zum Teil nachgewiesen werden. Einen nachhaltigen Einfluss auf die motorische Entwicklung bis ins frühe Erwachsenenalter besitzt dagegen das frühe sportive Anregungsniveau im Elternhaus. Mittels schrittweiser Regression können unter Einbezug motorischer, somatischer, kognitiver, persönlichkeitsbezogener und soziodemographischer Merkmale im Vorschulalter bereits bis zu 31%, ab dem Grundschulalter bis zu 46% der Varianz motorischer Leistungen mit 23 J. aufgeklärt werden. Für eine befriedigende Prognose späterer motorischer Leistungen sollten deshalb neben den motorischen Leistungskomponenten auch somatische, kognitive, persönlichkeitsbezogene und sozialisationsbedingte Einflüsse berücksichtigt werden. Die relativ hohe Stabilität motorischer Fähigkeiten ab dem Grundschulalter deutet darauf hin, dass bereits in der Kindheit die Grundlagen für die weitere motorische Entwicklung gelegt werden. Ein effizienter Ansatzpunkt zur Intervention scheint hier vor allem die Förderung von sportlicher Aktivität und Sportinteresse im Elternhaus zu sein.
Research on the deployment and use of technology to assist learning has seen a significant
rise over the last decades (Aparicio et al., 2017). The focus on course quality, technology,
learning outcome and learner satisfaction in e-learning has led to insufficient attention by
researchers to individual characteristics of learners (Cidral et al., 2017 ; Hsu et al., 2013). The current work aims to bridge this gap by investigating characteristics identified by previous works and backed by theory as influential individual differences in e-learning. These learner characteristics have been suggested as motivational factors (Edmunds et al., 2012) in decisions by learners to interact and exchange information (Luo et al., 2017).
In this work e-learning is defined as interaction dependent information seeking and sharing enabled by technology. This is primarily approached from a media psychology perspective. The role of learner characteristics namely, beliefs about the source of knowledge (Schommer, 1990), learning styles (Felder & Silverman, 1988), need for affect (Maio & Esses, 2001), need for cognition (Cacioppo & Petty, 1982) and power distance (Hofstede, 1980) on interactions to seek and share information in e-learning are investigated. These investigations were shaped by theory and empirical lessons as briefly mentioned in the next paragraphs. Theoretical support for investigations is derived from the technology acceptance model(TAM) by psychologist Davis (1989) and the hyper-personal model by communication scientist Walther (1996). The TAM was used to describe the influence of learner characteristics on decisions to use e-learning systems (Stantchev et al., 2014). The hyper-personal model described why computer-mediated communication thrives in e-learning (Kaye et al., 2016) and how learners interpret messages exchanged online (Hansen et al., 2015). This theoretical framework was followed by empirical reviews which justified the use of interaction and information seeking-sharing as key components of e-learning as well as the selection of learner characteristics. The reviews provided suggestions for the measurement of variables (Kühl et al., 2014) and the investigation design (Dascalau et al., 2015). Investigations were designed and implemented through surveys and quasi experiments which were used for three preliminary studies and two main studies. Samples were selected from Germany and Ghana with same variables tested in both countries. Hypotheses were tested with interaction and information seeking-sharing as dependent variables while beliefs about the source of knowledge, learning styles, need for affect, need for cognition and power distance were independent variables. Firstly, using analyses of variance, the influence of beliefs about the source of knowledge on interaction choices of learners was supported. Secondly, the role of need for cognition on interaction choices of learners was supported by results from a logistic regression. Thirdly, results from multiple linear regressions backed the influence of need for cognition and power distance on information seeking-sharing behaviour of learners. Fourthly, the relationship between need for affect and need for cognition
was supported. The findings may have implications for media psychology research, theories used in this work, research on e-learning, measurement of learner characteristics and the design of e-learning platforms. The findings suggest that, the beliefs learners have about the source of knowledge, their need for cognition and their power distance can influence decisions to interact and seek or share information. The outlook from reviews and findings in this work predicts more research on learner characteristics and a corresponding intensity in the use of e-learning by individuals. It is suggested that future studies investigate the relationship between learner autonomy and power distance. Studies on inter-cultural similarities amongst e-learners in different populations are also
suggested.
It has been proposed that different features of a face provide a source of information for separate perceptual and cognitive processes. Properties of a face that remain rather stable over time, so called invariant facial features, yield information about a face’s identity, and changeable aspects of faces transmit information underlying social communication such as emotional expressions and speech movements. While processing of these different face properties was initially claimed to be independent, a growing body of evidence suggests that these sources of information can interact when people recognize faces with whom they are familiar. This is the case because the way a face moves can contain patterns that are characteristic for that specific person, so called idiosyncratic movements. As a face becomes familiar these idiosyncratic movements are learned and hence also provide information serving face identification. While an abundance of experiments has addressed the independence of invariant and variable facial features in face recognition, little is known about the exact nature of the impact idiosyncratic facial movements have on face recognition. Gaining knowledge about the way facial motion contributes to face recognition is, however, important for a deeper understanding of the way the brain processes and recognizes faces. In the following dissertation three experiments are reported that investigate the impact familiarity of changeable facial features has on processes of face recognition. Temporal aspects of the processing of familiar idiosyncratic facial motion were addressed in the first experiment via EEG by investigating the influence familiar facial movement exerts on event-related potentials associated to face processing and face recognition. After being familiarized with a face and its idiosyncratic movement, participants viewed familiar or unfamiliar faces with familiar or unfamiliar facial movement while their brain potentials were recorded. Results showed that familiarity of facial motion influenced later event-related potentials linked to memory processes involved in face recognition. The second experiment used fMRI to investigate the brain areas involved in processing familiar facial movement. Participants’ BOLD-signal was registered while they viewed familiar and unfamiliar faces with familiar or unfamiliar idiosyncratic movement. It was found that activity of brain regions, such as the fusiform gyrus, that underlie the processing of face identity, was modulated by familiar facial movement. Together these two experiments provide valuable information about the nature of the involvement of idiosyncratic facial movement in face recognition and have important implications for cognitive and neural models of face perception and recognition. The third experiment addressed the question whether idiosyncratic facial movement could increase individuation in perceiving faces from a different ethnic group and hence reduce impaired recognition of these other-race faces compared to own-race faces, a phenomenon named the own-race bias. European participants viewed European and African faces that were each animated with an idiosyncratic smile while their attention was either directed to the form or the motion of the face. Subsequently recognition memory for these faces was tested. Results showed that the own-race bias was equally present in both attention conditions indicating that idiosyncratic facial movement was not able to reduce or diminish the own-race bias. In combination the here presented experiments provide further insight into the involvement of idiosyncratic facial motion in face recognition. It is necessary to consider the dynamic component of faces when investigating face recognition because static facial images are not able to provide the full range of information that leads to recognition of a face. In order to reflect the full process of face recognition, cognitive and neural models of face perception and recognition need to integrate dynamic facial features as a source of information which contributes to the recognition of a face.
In order to survive, organisms avoid threats and seek rewards. Classical conditioning is a simple model to explain how animals and humans learn associations between events that allow them to predict threats and rewards efficiently. In the classical conditioning paradigm, a neutral stimulus is paired with a biologically significant event (the unconditioned stimulus – US). In virtue of this association, the neutral stimulus acquires affective motivational properties, and becomes a conditioned stimulus (CS+). Defensive responses emerge for pairings with an aversive US (e.g., pain), and appetitive responses emerge for pairing with an appetitive event (e.g., reward). It has been observed that animals avoid a CS+ when it precedes an aversive US during a training phase (CS+ US; forward conditioning); whereas they approach a CS+ when it follows an aversive US during the training phase (US CS+; backward conditioning). These findings indicate that the CS+ acquires aversive properties after a forward conditioning, whereas acquires appetitive properties after a backward conditioning. It is thus of interest whether event timing also modulates conditioned responses in such an opponent fashion in humans, who are capable of explicit cognition about the associations. For this purpose, four experiments were conducted in which a discriminative conditioning was applied in groups of participants that only differed in the temporal sequence between CS+ onset and US onset (i.e., the interstimulus interval – ISI). During the acquisition phase (conditioning), two simple geometrical shapes were presented as conditioned stimuli. One shape (CS+) was always associated with a mild painful electric shock (i.e., the aversive US) and the other one (CS-) was never associated with the shock. In a between-subjects design, participants underwent either forward or backward conditioning. During the test phase (extinction), emotional responses to CS+ and CS- were tested and the US was never presented. Additionally, a novel neutral shape (NEW) was presented as control stimulus. To assess cognitive components, participants had to rate both the valence (the degree of unpleasantness or pleasantness) and the arousal (the degree of calmness or excitation) associated with the shapes before and after conditioning. In the first study, startle responses, an ancestral defensive reflex consisting of a fast twitch of facial and body muscles evoked by sudden and intense stimuli, was measured as an index of stimulus implicit valence. Startle amplitude was potentiated in the presence of the forward CS+ whilst attenuated in the presence of the backward CS+. Respectively, the former response indicates an implicit negative valence of the CS+ and an activation of the defensive system; the latter indicated an implicit positive valence of the CS+ and an activation of the appetitive system. In the second study, the blood-oxygen level dependent (BOLD) response was measured by means of functional magnetic resonance imaging (fMRI) to investigate neural responses after event learning. Stronger amygdala activation in response to forward CS+ and stronger striatum activation in response to backward CS+ were found in comparison to CS-. These results support the notion that the defensive motivational system is activated after forward conditioning since the amygdala plays a crucial role in fear acquisition and expression. Whilst the appetitive motivational system is activated after backward conditioning since the striatum plays a crucial role in reward processing. In the third study, attentional processes underlying event learning were observed by means of steady-state visual evoked potentials (ssVEPs). This study showed that both forward and backward CS+ caught attentional resources. More specifically, ssVEP amplitude was higher during the last seconds of forward CS+ that is just before the US, but during the first seconds of backward CS+ that is just after the US. Supposedly, attentional processes were located at the most informative part of CS+ in respect to the US. Participants of all three studies rated both forward and backward CS+ more negative and arousing compared to the CS-. This indicated that event timing did not influence verbal reports similarly as the neural and behavioral responses indicating a dissociation between the explicit and implicit responses. Accordingly, dual process theories propose that human behavior is determined by the output of two systems: (1) an impulsive implicit system that works on associative principles, and (2) a reflective explicit system that functions on the basis of knowledge about facts and values. Most importantly, these two systems can operate in a synergic or antagonistic fashion. Hence, the three studies of this thesis congruently suggest that the impulsive and the reflective systems act after backward association in an antagonistic fashion. In sum, event timing may turn punishment into reward in humans even though they subjectively rate the stimulus associated with aversive events as being aversive. This dissociation might contribute to understand psychiatric disorders, like anxiety disorders or drug addiction.
In classical conditioning, an initially neutral stimulus (conditioned stimulus, CS) becomes associated with a biologically salient event (unconditioned stimulus, US), which might be pain (aversive conditioning) or food (appetitive conditioning). After a few associations, the CS is able to initiate either defensive or consummatory responses, respectively. Contrary to aversive conditioning, appetitive conditioning is rarely investigated in humans, although its importance for normal and pathological behaviors (e.g., obesity, addiction) is undeniable. The present study intents to translate animal findings on appetitive conditioning to humans using food as an US. Thirty-three participants were investigated between 8 and 10 am without breakfast in order to assure that they felt hungry. During two acquisition phases, one geometrical shape (avCS+) predicted an aversive US (painful electric shock), another shape (appCS+) predicted an appetitive US (chocolate or salty pretzel according to the participants' preference), and a third shape (CS) predicted neither US. In a extinction phase, these three shapes plus a novel shape (NEW) were presented again without US delivery. Valence and arousal ratings as well as startle and skin conductance (SCR) responses were collected as learning indices. We found successful aversive and appetitive conditioning. On the one hand, the avCS+ was rated as more negative and more arousing than the CS and induced startle potentiation and enhanced SCR. On the other hand, the appCS+ was rated more positive than the CS and induced startle attenuation and larger SCR. In summary, we successfully confirmed animal findings in (hungry) humans by demonstrating appetitive learning and normal aversive learning.
Social robots are becoming increasingly prevalent in everyday life and sex robots are a sub-category of especially high public interest and controversy. Starting from the concept of the otaku, a term from Japanese youth culture that describes secluded persons with a high affinity for fictional manga characters, we examine individual differences behind sex robot appeal (anime and manga fandom, interest in Japanese culture, preference for indoor activities, shyness). In an online-experiment, 261 participants read one out of three randomly assigned descriptions of future technologies (sex robot, nursing robot, genetically modified organism) and reported on their overall evaluation, eeriness, and contact/purchase intentions. Higher anime and manga fandom was associated with higher appeal for all three future technologies. For our male subsample, sex robots and GMOs stood out as shyness yielded a particularly strong relationship to contact/purchase intentions for these new technologies.
Teil 1: Aus früheren Arbeiten geht hervor, dass Fibomyalgiepatienten über eine höhere Schmerzstärke in bezug auf ihren klinischen Schmerz nach negativem emotionalen Priming verglichen mit positivem Priming berichten als Patienten mit muskuloskelettalem Schmerz. Um die affektive Modulation von Druckschmerz bei Fibromyalgiepatienten (n = 30) unter kontrollierten Bedingungen im Vergleich mit Gesunden und Schmerzerkrankungen geklärter Genese (d.h. organisch oder psychisch) beschreiben zu können, wurde Schmerz experimentell induziert. Neben 30 Gesunden (schmerzfreien Personen) dienten 30 Rückenschmerzpatienten, bei denen eine organische Schmerzgenese vermutet wurde, und 30 somatoforme Schmerzpatienten als Vergleichsgruppen. Für die letzte Gruppe, bei der eine psychische Schmerzgenese angenommen wurde, wurde die gleiche Schmerzmodulation wie für die Fibromyalgiepatienten vermutet. Als Primes dienten positive, neutrale, negative und schmerzbezogene Bilder des International Affective Picture Systems. Schmerz wurde über einen konstanten tonischen Druckreiz ausgelöst; als abhängige Variable wurde die empfundene Schmerzstärke erfasst. Über alle Versuchspersonen hinweg modulierte die Bildervalenz die Schmerzstärke: nach schmerzbezogenen Bildern war die Schmerzstärke höher als nach negativen und nach negativen Bildern war sie höher als nach neutralen. Die Schmerzstärken nach neutralen im Vergleich zu positiven Bildern unterschieden sich jedoch nicht signifikant. Somatoforme Schmerzpatienten berichteten über höhere Schmerzstärken als Rückenschmerzpatienten und Gesunde. Die Fibromyalgiepatienten zeigten ähnlich hohe Schmerzstärken wie die somatoforme Schmerzgruppe, doch unterschieden sie sich weder von den Gesunden noch von den Rückenschmerzpatienten. Zwischen Priming und Gruppe gab es keine Interaktion: Die affektive Schmerzmodulation war bei den Fibromyalgie- und den somatoformen Schmerzpatienten nicht spezifisch verändert, doch die somatoformen Schmerzpatienten zeigten eine erhöhte Druckschmerzsensibilität als Gesunde und Rückenschmerzpatienten. Teil 2: Es wurde oft vermutet, dass sich Fibromyalgiepatienten hinsichtlich soziodemographischer Daten und psychologischer Merkmale von Schmerzpatienten unterscheiden, deren Schmerz organischer Genese ist wie bei Patienten mit (rheumatoider) Arthritis. Ob sie sich diesbezüglich von Patienten mit somatoformer Schmerzstörung unterscheiden, wurde bis jetzt noch nicht geklärt. Um das psychologische Profil von Fibromyalgiepatienten zu spezifizieren, wurden 25 Fibromyalgie- mit 29 somatoformen Schmerz-, 27 Rückenschmerzpatienten und 30 gesunden (schmerfreien) Kontrollpersonen (alle Versuchspersonen hatten am Teil 1 der Studie teil genommen) in bezug auf Unterschiede in soziodemographischen Merkmalen, klinischer Schmerzstärke, schmerzbezogene Selbstinstruktionen, Partnerreaktionen, Stressbewältigungsstrategien und Selbstwirksamkeits- und externale Kontrollüberzeugungen verglichen. Alle drei Schmerzgruppen berichteten über eine stärkere Depression, größere Trait-Angt und größere affektive Verstimmung als die Gesunden. Fibromyalgie- und somatoforme Schmerzpatienten zeigten außerdem eine niedrigere Lebenskontrolle, weniger Aktivitäten außer Haus und vermehrt negative Stressbewältigungsstrategien als die Gesunden. Die Fibromalgiepatienten berichteten zudem über eine stärkere Somatisierung und größere affektive und sensorische Schmerzstärken als die Rückenschmerzpatienten, aber unterschieden sich nicht von den somatoformen Schmerzpatienten. Des weiteren gaben die Fibromyalgiepatienten mehr Schmerzen an verschiedenen Körperstellen an als die Rückenschmerzpatienten. Ein unerwartetes Ergebnis war, dass die somatoformen Schmerzpatienten eine größere Ausprägung im Merkmal Bestrafung (i. s. einer Partnerreaktion) als die Fibromyalgiepatienten (und die Gesunden) zeigten.
To simplify a judgment, people often base it on easily accessible information. One cue that is usually readily available is processing fluency – a metacognitive feeling of ease of cognitive processing. Consequently, processing fluency is used as a cue for many different types of judgment, such as judgment of truth, confidence, and novelty. The present work describes results of three studies investigating various aspects of processing fluency effects on judgment.
Processing fluency has been sometimes equated with speed of a cognitive process. Therefore, response times have been used for evaluation of processing fluency. However, response times in experimental tasks often do not encompass only the time needed for a given process, but also the time needed for a decision based on the resulting information. The study described in Chapter II uses a novel experimental method that enables separation of reading and decision times. The results show that people make a decision about liking of pseudowords faster when the pseudowords are hard-to-pronounce (i.e., disfluent) than when they are moderate in pronounceability. This suggests that response times cannot be used as a proxy for processing fluency when they include the time needed to make a decision.
One of the studies of judgmental effects of processing fluency showed that food additives with easier pronounceable names are judged to be less harmful than those with hard-to-pronounce names. While people encounter food additives that are safe more often, this environmental association may be in the opposite direction for some categories of objects. For example, people are more likely to see names of especially dangerous criminals in the news. Chapter III describes a study which initially tested whether the fluency-safety association may be in the opposite direction for some categories of objects as a consequence of this selective exposure to especially dangerous exemplars. The results did not show support for this hypothesis. Furthermore, subsequent studies suggest that the previously found association between fluency and safety is replicable with the original stimuli used in the previous research, but not with newly constructed stimuli.
Chapter IV describes a study which applied a finding from the processing fluency literature to a positive psychology exercise in order to increase its effectiveness. Namely, the experiment manipulated the number of good things that participants listed daily for two weeks as part of the exercise. While listing more things was considered harder, the number of things listed each day had no effect on effectiveness of the exercise.