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In the ever-evolving digital landscape, this study aims to explore which specific personality traits contribute to the innovativeness of startups, with a particular emphasis on understanding how technology adoption mediates this relationship. By doing so, the authors strive to unveil the nuanced dynamics of personality, technology adoption and startup innovativeness in the digital era.

The authors conduct a quantitative empirical analysis using a sample of 1,314 German startups. This study utilizes a mediation analysis to examine the effects of personality traits on the innovativeness of startups, taking technology adoption as a mediator into account.

The empirical results show certain personality traits have direct effects on innovativeness. Also, the results show that technology adoption is a driver of startup innovativeness. In addition, these traits are (partially) mediated by technology adoption.

The results shed new light on the interplay of entrepreneurs' personality and technology adoption in relation to startup innovativeness and therefore underline the importance of technology in this triangular relationship. The authors employ secondary data from startups in Germany, which complicates generalization of the results to other geographical and cultural contexts.

This study contributes to the scientific debate on the role of personality traits in entrepreneurship by providing empirical evidence on the mediating effect of technology adoption in the relationship between personality traits and startup innovativeness. The findings offer valuable insights for researchers, entrepreneurs and policymakers interested in understanding and promoting innovativeness in the context of startups.

Qualicision is an original fuzzy‐logic‐based decision‐making software, which is easy to configure and easy to use. During the last few years, Qualicision principles have been adapted to image analysis. The kernel is a correlation analysis which evaluates the interactions between elemental image characteristics. Principles of Qualicision for image analysis are described and illustrated with some successfully working application examples.

[In Menger's Reminiscences this part is Chapter Five (‘Vignettes of the members of the Circle in 1927’), where Moritz Schlick is described as ‘an extremely refined, somewhat introverted man’; Hans Hahn, ‘a strong, extroverted, highly articulate person who always spoke with a loud voice’; Olga Hahn Neurath, ‘always smoking a big cigar’; Otto Neurath, ‘a man of immense energy and curiosity, very fast in grasping new ideas, through an often distorting lens of socialist philosophy’; Rudolf Carnap, ‘systematic, sometimes to the point of pedantry…a truly liberal and completely tolerant man’; Victor Kraft ‘[who] like Schlick, Feigl and myself, by no means shared all the political ideas and ideals of Neurath’; Friedrich Waissman, ‘a very clear expositor [who] unfortunately dragged out his studies [of mathematics and philosophy] at the University’; Herbert Feigl, ‘[who] did probably more than anyone else to make some of the Viennese ideas known in America’; Theodor Radakovic, ‘a student of Hahn's…too shy to take part in the discussion of the Circle, although he attended the meetings regularly’; Edgar Zilsel, ‘a militant leftist [who] wanted to be considered only as close to, and not as a member of, the Circle’; and Felix Kaufmann, ‘a philosopher of law, an ardent phenomenologist, the only participant with a true sense of humour’ (Menger, 1994, pp. 55–68). These following parts are those unpublished].

Specific examples or brief case-histories in different fields or disciplines illustrate the inventive process from conception to realization.

The authors examine predictions made in 2007 by “China experts” about what the Chinese business environment would look like in 2017. Their predictions were accurate in respect of around two-thirds of the issues they were asked to consider. The authors focus on the one-third of issues about which they were wide of the mark and examine the likely reasons.

The newly named Anthropocene is a time of increasing conception, research, design, development, evaluation and exploitation of new artifacts and services. Objectivity: careful problem-analysis assures the authors’ understanding of innovating pathways.

Trial-and-error methods may be disorderly, log-type research records are not kept, accidents not considered relevant.

Examples cited are transdisciplinary, often requiring inputs from other economic or cultural sectors. These complexities should be of incalculable value to innovators with single-field backgrounds.

Investigates the importance of English language sources of Friedrich Theodor Althoff (1839‐1908), a German of great influence both in his own country and, indirectly, in the United States. Explores some measures of his influence in education and international understanding. Examines a wide variety of sources. Explains how it could happen that an influential person would end up in intellectual history with almost no recognition. Challenges several conventional assessments. Althoff′s most important contributions are in print and more almost certainly exist in university archives, but the material is scattered and unorganized. Because we do not yet have the full story of this remarkable and complex man, firm conclusions about his influence are not yet possible.

Examines the tenth published year of the ITCRR. Runs the whole gamut of textile innovation, research and testing, some of which investigates hitherto untouched aspects. Subjects discussed include cotton fabric processing, asbestos substitutes, textile adjuncts to cardiovascular surgery, wet textile processes, hand evaluation, nanotechnology, thermoplastic composites, robotic ironing, protective clothing (agricultural and industrial), ecological aspects of fibre properties – to name but a few! There would appear to be no limit to the future potential for textile applications.

Additive manufacturing or “3D printing” is a rapidly expanding sector and is moving from a prototyping service to a manufacturing service in its own right. With a significant increase in sales, fused deposition modelling (FDM) printers are now the most prevalent 3D printer on the market. The increase in commercial manufacturing necessitates an improved understanding of how to optimise the FDM printing process for various product mechanical properties. This paper aims to identify optimum print parameters for the FDM process to achieve maximum tensile strength through a review of recent studies in this field.

The effect of the governing printing parameters on the tensile strength of printed samples will be considered, including material selection, print orientation, raster angle, air gap and layer height.

The key findings include material recommendations, such as the use of emerging print materials like polyether-ether-ketone (PEEK), to produce samples with tensile strength over 200 per cent that of conventional materials such as acrylonitrile butadiene styrene (ABS). Amongst other parameters, it is shown that printing in the “upright” orientation should be avoided (samples can be up to 50 per cent weaker in this orientation) and air gap and raster width should be concurrently optimised to ensure good “inter-raster” bonding. The optimal choice of raster angle depends on print material; in ABS for example, selecting a 0° raster angle over a 90° angle can increase tensile strength by up to 100 per cent.

The paper conclusions provide researchers and practitioners with an up-to-date, single point reference, highlighting a series of robust recommendations to optimise the tensile strength of FDM-printed samples. Improving the mechanical performance of FDM-printed samples will support the continued growth of this technology as a viable production technique.

The Nationalökonomische Gesellschaft (Austrian Economic Association, NOeG) provides a prominent example of the Viennese economic circles and associations that more than academic economics dominated scientific discourse in the interwar years. For the first time this chapter gives a thorough account of its history, from its foundation in 1918 until the demise of its long-time president, Hans Mayer, 1955, based on official documents and archival material. The topics treated include its predecessor and rival, the Gesellschaft österreichischer Volkswirte, its foundation in 1918 soon to be followed by years of inactivity, the relaunch by Mayer and Mises, the survival under the NS-regime and the expulsion of its Jewish members and the slow restoration after 1945. In particular, an attempt is made to provide a list of the papers presented to the NOeG, as complete as possible, for the period 1918–1938.