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Early-career funding in German-African academic cooperation: achievements, challenges, perspectives
(2024)
This paper analyses experiences, challenges and potentials in German-African academic cooperation in the field of early-career funding considering the humanities and social sciences as well as natural sciences and medicine. It is based on a comprehensive overview of existing German funding formats and an exemplary survey of the experiences of African cooperation partners with these programmes. The authors propose the establishment of an interface between academic research, the practice of science funding, and African researchers. According to the authors, such a contact and information point would contribute to the improvement of German-African science cooperation and be an important element of Germany’s scientific diplomacy in the long term. This paper is the English translation of Denkanstoß 13 (2023): Early-Career-Förderung in der deutsch-afrikanischen Wissenschaftskooperation. Leistungen, Herausforderungen, Perspektiven. Berlin.
In dem Buch werden vielfältige und unterschiedliche Vorstellungen über den Nutzen und die Ausgestaltung wissenschaftlicher Politikberatung präsentiert. Sie geben zum einen die seit langem geführte akademische Diskussion zu diesem Thema wieder und zum anderen die konkreten Erfahrungen von Wissenschaftlerinnen und Wissenschaftlern, die in der Politikberatung tätig sind. Mit Beiträgen u. a. von Ortwin Renn, Naomi Oreskes, Roger A. Pielke Jr., Ottmar Edenhofer u. Martin Kowarsch, Peter Weingart u. a.
Ancient Greek philosophers were the first to postulate the possibility of explaining nature in theoretical terms and to initiate attempts at this. With the rise of monotheistic religions of revelation claiming supremacy over human reason and envisaging a new world to come, studies of the natural order of the transient world were widely considered undesirable. Later, in the Middle Ages, the desire for human understanding of nature in terms of reason was revived. This article is concerned with the fundamental reversal of attitudes, from “undesirable” to “desirable”, that eventually led into the foundations of modern science. One of the earliest, most ingenious and most interesting personalities involved was Eriugena, a theologian at the Court of Charles the Bald in the 9th century. Though understanding what we call nature is only one of the several aspects of his theological work, his line of thought implies a turn into a pro-scientific direction: the natural order is to be understood in abstract terms of ‘primordial causes’; understanding nature is considered to be the will of God; man encompasses the whole of creation in a physical as well as a mental sense. Basically similar ideas on the reconciliation of scientific rationality and monotheistic religions of revelation were conceived, independently and nearly simultaneously, by the Arab philosopher al-Kindi in Bagdad. Eriugena was more outspoken in his claim that reason is superior to authority. This claim is implicit in the thought of Nicholas of Cusa with his emphasis on human mental creativity as the image of God’s creativity; and it is the keynote of Galileo’s ‘Letter to the Grand Duchess Christina’ some 800 years later, the manifesto expressing basic attitudes of modern science. This article in English is based on the monography (in German): A. Gierer “Eriugena, al-Kindi, Nikolaus von Kues - Protagonisten einer wissenschaftsfreundlichen Wende im philosophischen und theologischen Denken”, Acta Historica Leopoldina 29 (1999), Barth Verlag in MVH Verlage Heidelberg, ISBN: 3-335-00652-6
Naturwissenschaftliches Denken, wie es von altgriechischen Naturphilosophen begründet und in der Antike weiterentwickelt wurde, verfiel mit dem Aufstieg der monotheistischen Offenbarungsreligionen, die die Neugier auf die natürliche Wirklichkeit als eitle Bemühung ansahen, welche nichts zum Seelenheil beitrage. Die neuzeitliche Naturwissenschaft nahm ihren Ausgang in der Renaissance, die die kreativen Fähigkeiten des menschlichen Denkens wiederentdeckte. Sie verdankt aber auch sehr viel dem Aufbruch philosophisch-theologischen Denkens im Mittelalter, der dem „Buch der Natur“ eine Anerkennung als gleichberechtigten Zugang zur Wahrheit neben dem „Buch der Offenbarung“ verschaffte. Die ersten Ansätze hierzu zeigen sich besonders im Werk eines überragenden, wenn auch oft verkannten Denkers des 9. Jahrhunderts - Johannes ERIUGENA. Er postulierte den Vorrang der Vernunft vor der Autorität, erlaubte sich sehr weitgehende sinngemäße Interpretationen biblischer Überlieferungen und sah die Erkenntnis der natürlichen Wirklichkeit mit Begriffen menschlicher Vernunft als gottgewollt und gottgegeben an. Der Mensch selbst sei die Zusammenfassung der gesamten Schöpfung. Gleichzeitig und unabhängig von ERIUGENA forderte AL-KINDI in Bagdad - auf der Grundlage ähnlichen Wissens und ähnlicher philosophischer Ideen - die positive Bewertung wissenschaftlicher Bemühungen ein. In der frühen Renaissance war es besonders CUSANUS, der Ideen von ERIUGENA aufnahm. Mit der Betonung der menschlichen Kreativität, der Forderung nach quantitativen Experimenten, besonders aber mit seiner Philosophie des positiven Wissens um die Grenzen des Wissens, ging CUSANUS aber auch wesentlich über ERIUGENAs Gedanken hinaus. Als dann, über sieben Jahrhunderte nach ERIUGENA, GALILEI die moderne Naturwissenschaft begründete, rechtfertigte er sein freizügiges Denken im „Brief an CASTELLI“ mit Argumenten, die in erstaunlichem Maße mit Vorstellungen ERIUGENAS übereinstimmen.+++++++ An abbrived English version is also available online (17 pages): <a href="http://nbn-resolving.de/urn:nbn:de:kobv:b4360-1001048">Alfred Gierer (2000), Eriugena and al-Kindi, Nineth century protagonists pro-scientific cultural change</a>.
We expose analogies between turbulence in a fluid heated from below (Rayleigh-Bénard (RB) flow) and shear flows: The unifying theory for RB flow (S.Grossmann and D.Lohse, J.Fluid Mech. 407, 27-56 (2000) and subsequent refinements) can be extended to the flow between rotating cylinders (Taylor-Couette flow) and pipe flow. We identify wind dissipation rates and momentum fluxes that are analogous to the dissipation rate and heat flux in RB flow. The proposed unifying description for the three cases is consistent with the experimental data.
Applying mild methods of preparation, part of the ribosomes of rabbit reticulocytes are found in aggregates (later called polyribosomes) of up to six ribosomal units. Upon treatment with RNA-ase, they desintegrate into single ribosomes. The fast-sedimenting aggregates are found to be more active in protein synthesis in terms of incorporation of radioactive amino acids, whereas the single ribosomes are more receptive to stimulation by the artificial messenger RNA poly-U. The findings indicate that the linkage of ribosomes into aggregates is due to the messenger RNA. They support a tape-reading mechanism of protein synthesis whereby growth of the peptide chain is accompanied by shifting the active site of the ribosome from one coding group of nucleotides of the messenger RNA to the next.
Modern science, based on the laws of physics, claims validity for all events in space and time. However, it also reveals its own limitations, such as the indeterminacy of quantum physics, the limits of decidability, and, presumably, limits of decodability of the mind-brain relationship. At the philosophical level, these intrinsic limitations allow for different interpretations of the relation between human cognition and the natural order. In particular, modern science may be logically consistent with religious as well as agnostic views of humans and the universe. These points are exemplified through the transcript of a discussion between Kurt Gödel and Rudolf Carnap that took place in 1940. Gödel, discoverer of mathematical undecidability, took a proreligious view; Carnap, one of the founders of analytical philosophy, an antireligious view. By the time of the discussion, Carnap had liberalized his ideas on theoretical concepts of science: he believed that observational terms do not suffice for an exhaustive definition of theoretical concepts. Then, responded Gödel, one should formulate a theory or metatheory that is consistent with scientific rationality, yet also encompasses theology. Carnap considered such theories unproductive. The controversy remained unresolved, but its emphasis shifted from rationality to wisdom, not only in the Gödel-Carnap discussion but also in our time.
Biological evolution and technological innovation, while differing in many respects, also share common features. In particular, the implementation of a new technology in the market is analogous to the spreading of a new genetic trait in a population. Technological innovation may occur either through the accumulation of quantitative changes, as in the development of the ocean clipper, or it may be initiated by a new combination of features or subsystems, as in the case of steamships. Other examples of the latter type are electric networks that combine the generation, distribution, and use of electricity, and containerized transportation that combines standardized containers, logistics, and ships. Biological evolution proceeds, phenotypically, in many small steps, but at the genetic level novel features may arise not only through the accumulation of many small, common mutational changes, but also when distinct, relatively rare genetic changes are followed by many further mutations. New evolutionary directions may be initiated by, in particular, some rare combinations of regulatory sections within the genome. The combinatorial type of mechanism may not be a logical prerequisite for biological innovation, but it can be efficient, especially when novel features arise out of already highly developed systems. Such is the case with the evolution of general, widely applicable capabilities of the human brain. Hypothetical examples include the evolution of strategic thought, which encompasses multiple self-representations, cognition-based empathy, meta-levels of abstraction, and symbolic language. These capabilities of biologically modern man may have been initiated, perhaps some 150 000 years ago, by one or few accidental but distinct combinations of modules and subroutines of gene regulation which are involved in the generation of the neural network in the cerebral cortex. This hypothesis concurs with current insights into the molecular biology of the combinatorial and hierarchical facets of gene regulation that underlie brain development. A theory of innovation encompassing technological as well as biological development cannot per se dictate alternative explanations of biological evolution, but it may help in adding weight and directing attention to notions outside the mainstream, such as the hypothesis that few distinct genetic changes were crucial for the evolution of modern man.
This is the invited evening lecture of the biannual workshop on hydroid development of 1999. Its topic is the role of hydra as a rather puristic model for the de-novo generation of spatial patterns in development, and our work in this field. Emphasis is placed not only on experimental studies, but also on theoretical analysis, because the understanding of spatial order requires a systems approach involving the combination of knowledge on molecules, cells and tissues with mathematical analysis, laws and facts.