Strafrechtliche Verantwortung und personale Identität: eine philosophische und strafrechtliche Untersuchung des Phänomens der personalen Identität

Eine Person erleidet bei einem Unfall schwere Hirnschädigungen und ist fortan kaum mehr wieder zu erkennen. Sie leidet an Erinnerungslücken und ihre Persönlichkeit hat sich durch den Vorfall schwerwiegend verändert. Diese Veränderung ist so ausgeprägt, dass ihre Freunde sie als "anderen Menschen" bezeichnen. Ist diese Beschreibung zutreffend? Wie können wir wissen, ob sich die alte Person bloss verändert hat, oder ob die alte Person aufgehört hat zu existieren und wirklich eine neue Person entstanden ist? Dies ist das Problem der personalen Identität. Das Problem ist nicht bloss ein Ausnahmephänomen, sondern zeigt sich in zahlreichen weiteren Situationen, beispielsweise bei Fällen dissoziativer Identitätsstörung, schweren Alzheimererkrankungen und nach gewissen neurochirurgischen Eingriffen. In dieser Dissertation wird die Relevanz des Problems der personalen Identität für das Strafrecht untersucht. Anhand von Fallbeispielen, Gerichtsentscheiden und der philosophischen Literatur zur personalen Identität wird eine strafrechtliche Lösung erarbeitet, die auf verschiedene Problemfälle im Bereich der allgemeinen strafrechtlichen Zurechnung, der strafrechtlichen Irrtümer, der Patientenverfügung und auf weitere Problemkonstellationen anwendbar ist. Dabei wird das schweizerische Strafrecht und Strafprozessrecht berücksichtigt. Die vorgeschlagene Lösung impliziert, dass in bestimmten besonders schwierigen Zweifelsfällen der personalen Identität der Angeschuldigte gemäss dem Grundsatz in dubio pro reo freigesprochen werden muss.

Shoresh davar oder Hebreisches Wörter-Buch : welches der eigentlichen Bedeutung der hebreischen Wörter in der Heiligen Schrift und auch dem geistlichen Sinn derselben als der Wurtzel des Worts der göttlichen Verheissung ... nachforschet

von Ludwig Christoph Schefer

Geschichte der badischen Juden seit der Regierung Karl Friedrichs : 1738 - 1909

von Adolf Lewin

Relation between Excitation Power Density and Er3+ Doping Yielding the Highest Absolute Upconversion Quantum Yield

The upconversion quantum yield (UCQY) is one of the most significant parameters for upconverter materials. A high UCQY is essential for a succesful integration of upconversion in many applications, such as harvesting of the solar radiation. However, little is known about which doping level of the rare-earth ions yields the highest UCQY in the different host lattices and what are the underlying causes. Here, we investigate which Er3+ doping yields the highest UCQY in the host lattices β-NaYF4 and Gd2O2S under 4I15/2 → 4I13/2 excitation. We show for both host lattices that the optimum Er3+ doping is not fixed and it actually decreases as the irradiance of the excitation increases. To find the optimum Er3+ doping for a given irradiance, we determined the peak position of the internal UCQY as a function of the average Er−Er distance. For this purpose, we used a fit on experimental data, where the average Er−Er distance was calculated from the Er3+ doping of the upconverter samples and the lattice parameters of the host materials. We observe optimum average Er−Er distances for the host lattices β-NaYF4 and Gd2O2S with differences <14% at the same irradiance levels, whereas the optimum Er3+ doping are around 2× higher for β-NaYF4 than for Gd2O2S. Estimations by extrapolation to higher irradiances indicate that the optimum average Er−Er distance converges to values around 0.88 and 0.83 nm for β-NaYF4 and Gd2O2S, respectively. Our findings point to a fundamental relationship and focusing on the average distance between the active rare-earth ions might be a very efficient way to optimize the doping of rare-earth ions with regard to the highest achievable UCQY.

Improvement of research quality in the fields of orthopaedics and trauma: a global perspective.

The international orthopaedic community aims to achieve the best possible outcome for patient care by constantly modifying surgical techniques and expanding the surgeon's knowledge. These efforts require proper reflection within a setting that necessitates a higher quality standard for global orthopaedic publication. Furthermore, these techniques demand that surgeons acquire information at a rapid rate while enforcing higher standards in research performance. An international consensus exists on how to perform research and what rules should be considered when publishing a scientific paper. Despite this global agreement, in today's "Cross Check Era", too many authors do not give attention to the current standards of systematic research. Thus, the purpose of this paper is to describe these performance standards, the available choices for orthopaedic surgeons and the current learning curve for seasoned teams of researchers and orthopaedic surgeons with more than three decades of experience. These lead to provide an accessible overview of all important aspects of the topics that will significantly influence the research development as we arrive at an important globalisation era in orthopaedics and trauma-related research.

Die rumänischen Juden unter dem Fürsten und König Karl

von Julius Plotke

Zwey Schöne Newe Lieder : das Erste. Von dem Trawrige[n] Zustand Wilhelm Forchners eines Fechters, in der Melodey. Venus du und dein Kindt. Das Ander. Von der Fortuna werd ich getrieben umb. ...

In Fraktur

Christoph Columbus und der Antheil der Juden an den spanischen und portugiesischen Entdeckungen

nach z. Th. ungedr. Quellen bearb. von M. Kayserling

Intracranial Aneurysm Rupture Is Predicted by Measures of Solar Activity.

OBJECTIVE The cause precipitating intracranial aneurysm rupture remains unknown in many cases. It has been observed that aneurysm ruptures are clustered in time, but the trigger mechanism remains obscure. Because solar activity has been associated with cardiovascular mortality and morbidity, we decided to study its association to aneurysm rupture in the Swiss population. METHODS Patient data were extracted from the Swiss SOS database, at time of analysis covering 918 consecutive patients with angiography-proven aneurysmal subarachnoid hemorrhage treated at 7 Swiss neurovascular centers between January 1, 2009, and December 31, 2011. The daily rupture frequency (RF) was correlated to the absolute amount and the change in various parameters of interest representing continuous measurements of solar activity (radioflux [F10.7 index], solar proton flux, solar flare occurrence, planetary K-index/planetary A-index, Space Environment Services Center [SESC] sunspot number and sunspot area) using Poisson regression analysis. RESULTS During the period of interest, there were 517 days without recorded aneurysm rupture. There were 398, 139, 27, 12, 1, and 1 days with 1, 2, 3, 4, 5, and 6 ruptures per day. Poisson regression analysis demonstrated a significant correlation of F10.7 index and RF (incidence rate ratio [IRR] = 1.006303; standard error (SE) 0.0013201; 95% confidence interval (CI) 1.003719-1.008894; P < 0.001), according to which every 1-unit increase of the F10.7 index increased the count for an aneurysm to rupture by 0.63%. A likewise statistically significant relationship of both the SESC sunspot number (IRR 1.003413; SE 0.0007913; 95% CI 1.001864-1.004965; P < 0.001) and the sunspot area (IRR 1.000419; SE 0.0000866; 95% CI 1.000249-1.000589; P < 0.001) emerged. All other variables analyzed showed no significant correlation with RF. CONCLUSIONS We found greater radioflux, SESC sunspot number, and sunspot area to be associated with an increased count of aneurysm rupture. The clinical meaningfulness of this statistical association must be interpreted carefully and future studies are warranted to rule out a type-1 error.