On a post-apocalyptic Earth, where mankind has regressed to a handful of primitive tribes hunting and foraging for a meager, oppressed existence, a lone black child, shunned by other members of his tribe, sets out on an epic journey to what used to be known as New York, land of the gods! Written by Stefan Wul, author of cult favorite Fantastic Planet, illustrated by acclaimed French comics artist Olivier Vatine, this unusual hero's journey is a memorable examination of a child's compassion -- and the human race's cruelty. • Post-apocalyptic sci-fi from the author of Fantastic Planet! • First time published in English! • Inspiring story, phenomenal artwork - European graphic novels at their finest! • Discover the mystery of the fate of Planet Earth!
On a post-apocalyptic Earth, where mankind has regressed to a handful of primitive tribes hunting and foraging for a meager, oppressed existence, a lone black child, shunned by other members of his tribe, sets out on an epic journey to what used to be known as New York, land of the gods! Written by Stefan Wul, author of cult favorite Fantastic Planet, illustrated by acclaimed French comics artist Olivier Vatine, this unusual hero's journey is a memorable examination of a child's compassion -- and the human race's cruelty. • Post-apocalyptic sci-fi from the author of Fantastic Planet! • First time published in English! • Inspiring story, phenomenal artwork - European graphic novels at their finest! • Discover the mystery of the fate of Planet Earth!
This is the third, newly revised and extended edition of this successful book (that has already been translated into three languages). Like the previous editions, it is entirely based on the programming language and environment R and is still thoroughly hands-on (with thousands of lines of heavily annotated code for all computations and plots). However, this edition has been updated based on many workshops/bootcamps taught by the author all over the world for the past few years: This edition has been didactically streamlined with regard to its exposition, it adds two new chapters – one on mixed-effects modeling, one on classification and regression trees as well as random forests – plus it features new discussion of curvature, orthogonal and other contrasts, interactions, collinearity, the effects and emmeans packages, autocorrelation/runs, some more bits on programming, writing statistical functions, and simulations, and many practical tips based on 10 years of teaching with these materials.
Stefan Epp-Koop’s "We’re Going to Run This City: Winnipeg’s Political Left After the General Strike" explores the dynamic political movement that came out of the largest labour protest in Canadian history and the ramifications for Winnipeg throughout the 1920s and 1930s. Few have studied the political Left at the municipal level—even though it is at this grassroots level that many people participate in political activity. Winnipeg was a deeply divided city. On one side, the conservative political descendants of the General Strike’s Citizen’s Committee of 1000 advocated for minimal government and low taxes. On the other side were the Independent Labour Party and the Communist Party of Canada, two parties rooted in the city’s working class, though often in conflict with each other. The political strength of the Left would ebb and flow throughout the 1920s and 1930s but peaked in the mid-1930s when the ILP’s John Queen became mayor and the two parties on the Left combined to hold a majority of council seats. Astonishingly, Winnipeg was governed by a mayor who had served jail time for his role in the General Strike.
This book introduces formal grammar theories that play a role in current linguistic theorizing (Phrase Structure Grammar, Transformational Grammar/Government & Binding, Generalized Phrase Structure Grammar, Lexical Functional Grammar, Categorial Grammar, Head-Driven Phrase Structure Grammar, Construction Grammar, Tree Adjoining Grammar). The key assumptions are explained and it is shown how the respective theory treats arguments and adjuncts, the active/passive alternation, local reorderings, verb placement, and fronting of constituents over long distances. The analyses are explained with German as the object language. The second part of the book compares these approaches with respect to their predictions regarding language acquisition and psycholinguistic plausibility. The nativism hypothesis, which assumes that humans posses genetically determined innate language-specific knowledge, is critically examined and alternative models of language acquisition are discussed. The second part then addresses controversial issues of current theory building such as the question of flat or binary branching structures being more appropriate, the question whether constructions should be treated on the phrasal or the lexical level, and the question whether abstract, non-visible entities should play a role in syntactic analyses. It is shown that the analyses suggested in the respective frameworks are often translatable into each other. The book closes with a chapter showing how properties common to all languages or to certain classes of languages can be captured.
This thesis evaluates the viability of ferroelectric Si:HfO2 and its derived FeFET application for non-volatile data storage. At the beginning, the ferroelectric effect is explained briefly such that the applications that make use of it can be understood. Afterwards, the latest findings on ferroelectric HfO2 are reviewed and their potential impact on future applications is discussed. Experimental data is presented afterwards focusing on the ferroelectric material characteristics of Si:HfO2 that are most relevant for memory applications. Besides others, the stability of the ferroelectric switching effect could be demonstrated in a temperature range of almost 400 K. Moreover, nanosecond switching speed and endurance in the range of 1 million to 10 billion cycles could be proven. Retention and imprint characteristics have furthermore been analyzed and are shown to be stable for 1000 hours bake time at 125 oC. Derived from the ferroelectric effect in HfO2, a 28 nm FeFET memory cell is introduced as the central application of this thesis. Based on numerical simulations, the memory concept is explained and possible routes towards an optimized FeFET cell are discussed. Subsequently, the results from electrical characterization of FeFET multi-structures are presented and discussed. By using Si:HfO2 it was possible to realize the world's first 28 nm FeFET devices possessing i.a. 10k cycling endurance and an extrapolated 10 year data retention at room temperature. The next step towards a FeFET memory is represented by connecting several memory cells into matrix-type configurations. A cell concept study illustrates the different ways in which FeFET cells can be combined together to give high density memory arrays. For the proposed architectures, operational schemes are theoretically discussed and analyzed by both electrical characterization of FeFET multi-structures and numerical simulations. The thesis concludes with the electrical characterization of small FeFET memory arrays. First results show that a separation between memory states can be achieved by applying poling and incremental step pulse programming (ISPP) sequences. These results represent an important cornerstone for future studies on Si:HfO2 and its related applications.
It is the third millennium, and gender definitions are gone, references practically banned. Larry and Marcel are two Earth agents sent to the lush and threatening jungles of the planet Zarkass forced to collaborate for an ultra-secret mission. Their official cover is to study the fauna, flora, and the unique customs of the native Zarkassian people. But really they are there to find and examine the mysterious wreckage of an alien vessel that has the government concerned. But the two young agents start to suspect that each of them might be hiding the real reasons for their presence on Zarkass... reasons that are much more personal... Adapted from the classic sci-fin novel by celebrated author Stefan Wul, TRAPPED ON ZARKASS is a colorful, updated take on "odd couple/buddy cop" adventures with a gender-bending undertone, adapted by writer Yann and colorfully illustrated in a vivid style uniquely identifiable by fan-favorite Didier Cassegrain.
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