Populism in in the Weimar Republic and in the USA today with a focus on Adolf Hitler and Donald Trump

Master's thesis in History didacticsThe main objective of this thesis is to investigate if Adolf Hitler used a populist style in his campaign for power during in the Weimar Republic. A contemporary understanding of populism has been used in this investigation. The thesis provides a review of recent scholarly literature on populism which is used as a reference in the investigation of Hitler and his agitation for the Nazi party. The basis for the investigation of Hitler is his book Mein Kampf and excerpts from some of his speeches. Excerpts from the leftist weekly magazine Die Weltbühne that was issued during the Weimar period has been used to provide some insight into how Hitler and the Nazis were viewed at the time. Some historical background for the events during the Weimar Republic is provided. The conclusion of this main objective of the thesis is that Hitler used a populist style to gain power in 1933. The secondary objective of the thesis is to provide a description of how populism has been expressed in the USA during the first three years of Donald Trump’s presidency. The scholarly literature on populism is used to explain some background for Trump’s populist behaviour. Opinions from the liberal press, mainly The New York Times and The Washington Post and also from recent books on Trump’s presidency are used to illustrate the situation. Populism thrives in the tension which exists in a democracy between popular sovereignty and liberal democracy with its emphasis on human rights, individual liberties, a political discourse based upon expertise and facts and the rule of law. A third objective of the thesis is to provide some comments on how populist leadership has challenged liberal democracy, as exemplified by the presidency of Donald Trump and Adolf Hitler’s assumption of power as Reichskanzler in the Weimar Republic.updatedVersio

Assessment of Fibre Characteristics and Suitability of Maize Husk and Stalk for Pulp and Paper Production

Maize husk and stalk were assessed for their fibre characteristics and suitability for pulp and paper production. Fifteen (15) fibres were randomly selected and measured from each representative sample. It was observed that fibre length of maize husk was 1.37mm and that of maize stalk was 1.52mm. The fibre diameter (D) was 30.19 μm for each of the samples. The values of cell wall thickness and lumen width (d) for each sample were 8.82 μm and 13.67 μm respectively. Runkel ratio for maize husk and maize stalks was 1.23 each. This implies that they are feasible for pulp and paper production. The felting rate (slenderness ratio) was 45.93 for maize husk and 50.34 for maize stalk. The elasticity coefficient was 45.30% for maize husk and maize stalk and rigidity coefficients for maize husk and maize stalk was 29.21%. T-test showed that fibre length of maize husk and maize stalk were not significantly different.Keywords: Maize, husk, stalk, pulp, and fibre length

GC-311 SINGSINGMARKETPLACE.COM: E-commerce marketplace for remote vendors

American residents in the (Nigerian, Liberian, Indian, Ghanaian, etc.) Diaspora have strong ties back home and as such support loved ones, back home, on a regular basis, by sending cash remittances through Western Union, MoneyGram, etc. Remittances are expensive. Remitters have no control over how funds are spent once received. Remitters cannot send small amounts because the fees cannot be justified. We built a marketplace platform that allows the Diaspora to remit goods and services, instead of sending money to relatives back home in. The objectives are to remove or greatly reduce the cost of remittances, give more control to the remitters, and facilitate the spending of small amounts to sustain loved ones back home

Benford Behavior of Zeckendorf Decompositions

A beautiful theorem of Zeckendorf states that every integer can be written uniquely as the sum of non-consecutive Fibonacci numbers $\{ F_i \}_{i = 1}^{\infty}$. A set $S \subset \mathbb{Z}$ is said to satisfy Benford's law if the density of the elements in $S$ with leading digit $d$ is $\log_{10}{(1+\frac{1}{d})}$; in other words, smaller leading digits are more likely to occur. We prove that, as $n\to\infty$, for a randomly selected integer $m$ in $[0, F_{n+1})$ the distribution of the leading digits of the Fibonacci summands in its Zeckendorf decomposition converge to Benford's law almost surely. Our results hold more generally, and instead of looking at the distribution of leading digits one obtains similar theorems concerning how often values in sets with density are attained.Comment: Version 1.0, 12 pages, 1 figur

Gaussian Behavior of the Number of Summands in Zeckendorf Decompositions in Small Intervals

Zeckendorf's theorem states that every positive integer can be written uniquely as a sum of non-consecutive Fibonacci numbers ${F_n}$, with initial terms $F_1 = 1, F_2 = 2$. We consider the distribution of the number of summands involved in such decompositions. Previous work proved that as $n \to \infty$ the distribution of the number of summands in the Zeckendorf decompositions of $m \in [F_n, F_{n+1})$, appropriately normalized, converges to the standard normal. The proofs crucially used the fact that all integers in $[F_n, F_{n+1})$ share the same potential summands. We generalize these results to subintervals of $[F_n, F_{n+1})$ as $n \to \infty$; the analysis is significantly more involved here as different integers have different sets of potential summands. Explicitly, fix an integer sequence $\alpha(n) \to \infty$. As $n \to \infty$, for almost all $m \in [F_n, F_{n+1})$ the distribution of the number of summands in the Zeckendorf decompositions of integers in the subintervals $[m, m + F_{\alpha(n)})$, appropriately normalized, converges to the standard normal. The proof follows by showing that, with probability tending to $1$, $m$ has at least one appropriately located large gap between indices in its decomposition. We then use a correspondence between this interval and $[0, F_{\alpha(n)})$ to obtain the result, since the summands are known to have Gaussian behavior in the latter interval. % We also prove the same result for more general linear recurrences.Comment: Version 1.0, 8 page

Micronutrient deficiency in children

Malnutrition increases morbidity and mortality and affects physical growth and development, some of these effects resulting from specific micronutrient deficiencies. While public health efforts must be targeted to improve dietary intakes in children through breast feeding and appropriate complementary feeding, there is a need for additional measures to increase the intake of certain micronutrients. Food-based approaches are regarded as the long-term strategy for improving nutrition, but for certain micronutrients, supplementation, be it to the general population or to high risk groups or as an adjunct to treatment must also be considered. Our understanding of the prevalence and consequences of iron, vitamin A and iodine deficiency in children and pregnant women has advanced considerably while there is still a need to generate more knowledge pertaining to many other micronutrients, including zinc, selenium and many of the B-vitamins. For iron and vitamin A, the challenge is to improve the delivery to target populations. For disease prevention and growth promotion, the need to deliver safe but effective amounts of micronutrients such as zinc to children and women of fertile age can be determined only after data on deficiency prevalence becomes available and the studies on mortality reduction following supplementation are completed. Individual or multiple micronutrients must be used as an adjunct to treatment of common infectious diseases and malnutrition only if the gains are substantial and the safety window sufficiently wide. The available data for zinc are promising with regard to the prevention of diarrhea and pneumonia. It should be emphasized that there must be no displacement of important treatment such as ORS in acute diarrhea by adjunct therapy such as zinc. Credible policy making requires description of not only the clinical effects but also the underlying biological mechanisms. As findings of experimental studies are not always feasible to extrapolate to humans, the biology of deficiency as well as excess of micronutrients in humans must continue to be investigated with vigour

Spectator Interest in Attending Future Danish Men’s National Soccer Team Matches: A Study of Demand

Accepted for publication in https://fitpublishing.com/journals.Existing research on spectator demand tends to focus primarily on elite club sport. This paper aims to expand on the literature by applying regression models to a large and unique set of survey data collected from Danish men’s national soccer team matches held from 2013 to 2017. The output from our models suggests that the number of matches attended is positively related to future demand, as are the results of the matches. Our results have implications for managers of national sports federations because they provide information on how spectators’ interest in and intention to attend matches involving national teams are related. This can assist them in improving spectator demand in the future

Discovering predictive variables when evolving cognitive models

A non-dominated sorting genetic algorithm is used to evolve models of learning from different theories for multiple tasks. Correlation analysis is performed to identify parameters which affect performance on specific tasks; these are the predictive variables. Mutation is biased so that changes to parameter values tend to preserve values within the population's current range. Experimental results show that optimal models are evolved, and also that uncovering predictive variables is beneficial in improving the rate of convergence

The Nordic Seas carbon budget: Sources, sinks, and uncertainties

A carbon budget for the Nordic Seas is derived by combining recent inorganic carbon data from the CARINA database with relevant volume transports. Values of organic carbon in the Nordic Seas' water masses, the amount of carbon input from river runoff, and the removal through sediment burial are taken from the literature. The largest source of carbon to the Nordic Seas is the Atlantic Water that enters the area across the Greenland-Scotland Ridge; this is in particular true for the anthropogenic CO2. The dense overflows into the deep North Atlantic are the main sinks of carbon from the Nordic Seas. The budget show that presently 12.3 ± 1.4 Gt C yr−1 is transported into the Nordic Seas and that 12.5 ± 0.9 Gt C yr−1 is transported out, resulting in a net advective carbon transport out of the Nordic Seas of 0.17 ± 0.06 Gt C yr−1. Taking storage into account, this implies a net air-to-sea CO2 transfer of 0.19 ± 0.06 Gt C yr−1 into the Nordic Seas. The horizontal transport of carbon through the Nordic Seas is thus approximately two orders of magnitude larger than the CO2 uptake from the atmosphere. No difference in CO2 uptake was found between 2002 and the preindustrial period, but the net advective export of carbon from the Nordic Seas is smaller at present due to the accumulation of anthropogenic CO2