Abstract: The purpose of this essay is to analyze how populist parties argue for state authority in a way that resembles Thomas Hobbes’s arguments in Leviathan. Moreover, the essay analyzes the characteristics of human nature studied by Thomas Hobbes connecting it to the importance of the National State. The parties analyzed are Sweden Democrats from Sweden, VOX from Spain and Jobbik from Hungary. The research questions are: 1)How do populist parties argue for state authority?  2) How do their arguments resemble Thomas Hobbes’s arguments for state authority in Leviathan? The theories used are related to the study of Thomas Hobbes described in Chapter 13 and 29 in Leviathan related to human nature and state of authority. Moreover, Cas Mudde and Hellström’s theories are used related to populist parties on the right. The method used is a qualitative method which includes an argumentative analysis which aims to explain the essay’s purposes. In conclusion, the analyzed populist parties share the ideas of Thomas Hobbes related to the state of authority and the decrease of corporations in the National State. In other words, the populist parties argue that the national state must be unity and solid in order to defend its own interest and citizens’ interests.

High sensitivity uncooled microbolometers are necessary to meet the needs of the next generation of infrared detectors, which seek low power consumption and production cost without sacrificing performance. Presented here is the design, fabrication, and characterization of a microbolometer with responsivity enhanced by novel highly absorptive coatings. The device utilizes a gold-doped vanadium oxide film in a standard air bridge design. Performance estimations are calculated from current theory, and efforts to maximize signal to noise ratio are shown and evaluated. Most notably, presented are the experimental results and analysis from the integration of two different absorptive coatings: a patterned gold black film and a plasmonic resonant structure. Infrared-absorbing gold black was selectively patterned onto the active surfaces of the detector. Patterning by metal lift-off relies on protection of the fragile gold black with an evaporated oxide, which preserves gold black's near unity absorptance. This patterned gold black also survives the dry-etch removal of the sacrificial polyimide used to fabricate the air-bridge bolometers. Infrared responsivity is improved 70% for mid-wave IR and 22% for long-wave IR. The increase in the thermal time constant caused by the additional mass of gold black is a modest 15%. However, this film is sensitive to thermal processing; experimental results indicate a decrease in absorptance upon device heating. Sub-wavelength resonant structures designed for long-wave infrared (LWIR) absorption have also been investigated. Dispersion of the dielectric refractive index provides for multiple overlapping resonances that span the 8-12 ?m LWIR wavelength band, a broader range than can be achieved using the usual resonance quarter-wave cavity engineered into the air-bridge structures. Experimental measurements show an increase in responsivity of 96% for mid-wave IR and 48% for long-wave IR, while thermal response time only increases by 16% due to the increased heat capacity. The resonant structures are not as susceptible to thermal processing as are the gold black films. This work suggests that plasmonic resonant structures can be an ideal method to improve detector performance for microbolometers.

No description available.

After the Catalan conflict in 2017, the number of female politicians and sympathizers in VOX increased notoriously(Bernardez-Rodal et al., 2020). Moreover, the growing participation and engagement of female audiences suggests that the use of several techniques to attract women (Pilkington, 2017; Mattheis, 2018; Askanius, 2021a) or the use of topics that evoque shared feelings (Dietze & Roth, 2020) could also be unfolding at a great speed in Spain. Thus, wanting to spand knowledge on the mentioned phenomenon, this thesis focuses on the Spanish context and explores how three VOX female politicians benefit from Alternative Influence Networks or AIN (Lewis, 2018) in Instagram and use influencer practices to spread far-righ ideas and sell anti-feminist or gender equality narratives.  For veracity and objectivity this research considered every post in the feed of these representatives for the sampling,obtaining a total of 290 relevant posts which were later analysed following a case study methodology. Theories of mediatization and media power, social media, online Interactivity and AIN, gender politics, and post-feminism and anti-feminism, served to understand the content of the analysed posts and classify them into 5 main topics (1. Anti-Feminism;2. Maternity; 3. Gender Politics and Gender Issues; 4. Targeting Women: Fear for the Spanish Race; 5. Christian values: pro-life and heteronormative love) that were repeatedly manifested in various ways. Main findings include how VOX female politicians benefit from social media to target women and sell far-right ideas through influencer practices and other tactics that are similarly used by other far-right actors. From this we could conclude that the role of female representators in VOX is of great importance to attract female audience by posting sensitive content or aiming at empathy through identification as well as to soften the image of the far-right through fear-based techniques or turning to biology.

No description available.

This thesis seeks to demonstrate that, in failing to take the sacramentality of the Word seriously, the preaching of the Church has suffered negative consequences. In short, preaching has often become, at best, a form of instruction or, at worst, an incantation of sorts, rather than an integral part of deepening our relationship with Christ by functioning sacramentally to bring about divine participation with Jesus' corporeal humanity in his living Word. Moreover, this trouble has had a profoundly negative effect on my own Lutheran Church – Missouri Synod due, in part, to our Reformation heritage as Christians who believe, teach, and confess the sole authority and divine inspiration of Holy Scripture. Yet, what has been lost over the past 500 years since the Reformation began is the reality of Christ's ongoing corporeal presence in and for the Church, particularly as he is present in the viva vox of preaching. In order to recover that reality, I propose that one should consider the annunciation to Mary where, with a sermon of sorts, the corporeal Christ took up residence in the flesh of his hearer. In addition to granting Mary a son, however, this tangible presence of Jesus also delivered to her precisely what was contained within his own flesh: the fullness of the Godhead (Col 2:9). When understood as a biblical paradigm for the Church, it becomes clear that what happened to Mary can, indeed, happen to Christians of the present day. To that end, I propose that preaching today, when understood sacramentally, can deliver the fullness of the person of Christ, who continues to come in corporeality, with humanity and divinity, in the viva vox of preaching.

This thesis reports both the optimizations of the vanadium oxide (VOx) thin film as an active infrared detector material by the magnetron sputtering deposition method and its use during fabrication of proper resistors for the microbolometers. Vanadium oxide is a preferred material for microbolometers, as it provides high TCR value, low noise, and reasonable resistance, and a number of high-tech companies have used this material to obtain state-of-the-art microbolometer arrays. This material is first used in microbolometers by Honeywell, who provides its recipe with license agreements, and there is not much information in the literature for its deposition recipe. This is the first study at METU for development of vanadium oxide thin film for microbolometers. The VOx material deposition studies started by identifying the deposition parameters of the magnetron sputtering system in order to obtain proper VOx resistors for the readout electronics. The obtained recipe includes high temperature deposition conditions of VOx, however, this causes a diffusion problem on the electrodes, preventing to obtain a good contact to VOx. Also, high oxygen level in the depositions makes a contamination on the electrodes. A number of studies were done to determine a proper electrode material which is proper with the deposition conditions of the VOx. Characterization of the vanadium oxide samples is done by XRD and XPS measurements to see the relation between the phases and resistivity of the vanadium oxide. It is known that V2O5 phase provides a high TCR and resistivity value, and the XRD results show that this phase is dominant in the highly-oxygen doped or annealed resistors. The TCR and noise measurements are done using resistors implemented with the developed VOx film, after the etching processes of the both VOx and the electrodes are optimized. The contamination on the electrodes is prevented by the help of a newly designed process. The TCR measurement results show that annealing of the resistors affect the TCR values, i.e., increasing the annealing duration increases the TCR values of the resistors. Two different resistors with different deposition conditions are annealed to see the effect of annealing, where TCR results of the resistors are -0.74%/K and -0.8 %/K before annealing. The TCR values of these resistors increase to -1.6 %/K and -4.35 %K, respectively, after annealing in same conditions, showing that both the deposition conditions and annealing change the TCR significantly. Although good TCR values are obtained, the noise values of the VOx resistors are much higher than the expected values, which suggest a further study to determine the cause of this noise.

This thesis reports the development of Vanadium Tungsten Oxide (VWO) film as an active detector material for uncooled infrared detectors by using the reactive DC magnetron co-sputtering method. VWO is a doped form of the Vanadium Oxide (VOx) which is known as a prominent material for uncooled infrared detectors with its high TCR, low resistivity, and low noise properties. VOx is a widely preferred material for commercialized uncooled infrared detectors along with its drawbacks. Fabrication is fairly difficult due to its unstable material properties and the need for low process temperatures for a monolithic, CMOS compatible surface micromachining process. Hence, a new material with high performance and easier fabrication is needed. This thesis is the first study at METU on the development of high-performance VWO as an active detector material for uncooled infrared detectors. Deposition studies of VWO primarily started by measuring the effects of deposition parameters upon the magnetron sputtering system. Because the high effectiveness of the tungsten doping has been obtained for the doping level below 10% according to literary information, maximum vanadium (V) deposition rate together with minimum tungsten (W) deposition rate has been initially aimed. TCR of the VWO films has been measured between -2.48 %/K and -3.31 %/K, and the variation of noise corner frequency from 0.6 kHz to 8 kHz has been observed. In addition to these results of VWO, a favorable VOx recipe which has the highest performance done at METU in terms of resistance, TCR, noise and uniformity has also attained during the studies. Structural characterization of VWO is achieved using XPS, XRD, and AFM characterization techniques. Other than the sputtering parameters, post-annealing process and oxygen plasma exposure was examined as well. A general observation of the post-annealing is that it decreases not merely the TCR but also the noise of the deposited film. A short-period oxygen plasma exposure has a constructive effect on the noise behavior. Fabricated vanadium tungsten oxide with sandwich type resistor structure shows very close but better bolometric properties when compared with the yttrium barium copper oxide (YBCO), which is another material being studied in scope of other theses at METU. XPS, XRD and AFM characterization methods have been used for the structural characterization of vanadium-tungsten-oxide.

No description available.

Evangelicals have been characterized as a people committed to the Bible with historical roots to the fundamentalists who were engaged in controversy with liberals in North America at the beginning of the twentieth century. Harold Lindsell's book, The Battle For The Bible (1976), led to a great deal of discussion about inerrancy among evangelicals which resulted in major conferences and the publication of a number of books and articles discussing inerrancy in the subsequent decade. The principal doctrinal statement of the Evangelical Theological Society (ETS) has been from its inception a statement on inerrancy. The inerrancy debate among evangelicals took a new direction with the publication of R H Gundry's commentary on Matthew (1982). This sparked a debate concerning redaction criticism and the compatibility of using the historical-critical methodology while maintaining a commitment to the doctrine of inerrancy. Just when the debate appeared to be dying down the publication of the results of the Jesus Seminar (1993) led to several responses from evangelicals. The most controversial publication was The Jesus Crisis (1998) which accused evangelicals and some within the ETS of embracing the same methodology as those of the Jesus Seminar, refueling the debate again. Consequently this debate amongst evangelicals, particularly those associated with the ETS has continued for almost two decades. The debate has ranged over a variety of issues related to historical criticism and the study of the Gospels, including presuppositions, the Synoptic Problem, the role of harmonization, and whether the Gospels provide a strict chronology of the life of Jesus. The role of form and tradition criticism and the criteria of authenticity and whether the Gospel writers were faithful historians or creative theologians have also been points of contention in the debate. The languages that Jesus spoke and whether the Gospels preserve the ipsissima verba or vox have highlighted the differing views about the requirements of inerrancy. The redaction criticism debate has proven to have a significant role in exposing differences in methodology, definitions, presuppositions, and boundaries among evangelicals and members of the ETS. / New Testament / D.Th. (New Testament)