The Transcendental Parameters of “Nature as Universal Organism” in Schelling’s Naturphilosophie

2021 ◽  
Vol 0 (0) ◽  
Author(s):  
Jason Barton
Keyword(s):  

Abstract The minutiae of F.W.J. Schelling’s Naturphilosophie have been perennially dismissed due to its allegedly infeasible and indefensible assertions about Nature, such as his designation of Nature as “universal organism.” In the realm of post-Kantian German Idealism, such a dismissive attitude toward Schelling’s so-called objective idealism, more often than not, develops itself along the lines of Hegel’s critique of Schelling’s conception of the Absolute (i.e., as static, fixed, undifferentiated, dull, and so on). In turn, I aim to accomplish two tasks in the following investigation. First, I intend to clarify Schelling’s characterization of Nature as universal organism through a practical or teleological, instead of a theoretical or metaphysical, approach. Second, I seek to undermine the Hegelian-influenced criticisms of Schelling’s “Absolute” by demonstrating the ways in which the practico-teleological characterization of Schelling’s formulation of Nature extends into his later philosophical works (i.e., his Identitätsphilosophie and his Freiheitsschrift). Through these clarifications, I hope to emphasize the uniqueness and richness of Schelling’s configuration of Nature.

2017 ◽  
Author(s):  
Michele Cardani

Resumen: La doctrina de Spinoza constituye una de las principales inspiraciones del más célebre entre los idealistas británicos, F.H. Bradley, cuya filosofía se caracteriza a su vez por elementos típicos del idealismo alemán y, en particular, de Hegel. Según A. Seth Pringle-Pattison, la presencia de estas dos tendencias conflictivas reduce el planteamiento de Appearance and Reality a una disposición filosófica esencialmente mística. Sin embargo, a pesar de las reales influencias de Spinoza y Hegel en el contexto del idealismo británico, los cimientos de la metafísica bradleyana (la incognoscibilidad de lo Absoluto, su transcendencia respecto al pensamiento, el rechazo del panteísmo y del panlogismo) sugieren una postura difícilmente identificable con Spinoza o Hegel, o con ambos. Palabras clave: Absoluto - Idealismo británico – Monismo – Panlogismo - Panteísmo.Abstract: Spinoza’s doctrine represents one of the greatest inspirations for the most well-known representative of the British Idealism, F.H. Bradley, whose philosophy is also marked by some of the most typical elements of German Idealism, especially those of Hegel. According to Seth Pringle-Pattison, the presence of these conflictive tendencies reduce the standpoint of Appearance and Reality to an essentially mystic philosophical attitude. However, despite the real influences of Spinoza and Hegel in the context of British Idealism, the foundations of Bradley’s metaphysics (the unknowability of the Absolute and its transcendence, as well as the rejection of pantheism and panlogism) suggest that Bradley is defending a perspective that can hardly be identified with Spinoza or Hegel, or with both of them. Key words: Absolute - British Idealism – Monism – Panlogism - Pantheism.


2019 ◽  
pp. 158-176
Author(s):  
Ohad Nachtomy

The chapter starts with Leibniz’s characterization of God, the most perfect Being, as infinite in a hypercategorematic sense—i.e. a being beyond any determination. In contrast to this, creatures are determinate beings; they are determinate and thus limited and particular expressions of the divine essence. However, for Leibniz, creatures are also infinite; thus, creatures are seen as infinite and limited. This leads to taking creatures to be infinite in kind, in distinction from the absolute and hypercategorematic infinity of God. The author presents three lines of argument to substantiate this point: (1) understanding creatures as entailing a particular sequence of perfections and imperfections; (2) understanding creatures under the rubric of an intermediate degree of infinity and perfection that, in 1676, Leibniz calls maximum or infinite in kind; and (3) observing that primitive force, a defining feature of created substance, may be seen as infinite in a metaphysical sense.


2009 ◽  
Vol 34 (2) ◽  
pp. 190 ◽  
Author(s):  
T. Liu ◽  
Y. N. Zhao ◽  
V. Elman ◽  
A. Stejskal ◽  
L. J. Wang

2016 ◽  
Vol 9 (4) ◽  
pp. 1449-1460 ◽  
Author(s):  
Martin Heinritzi ◽  
Mario Simon ◽  
Gerhard Steiner ◽  
Andrea C. Wagner ◽  
Andreas Kürten ◽  
...  

Abstract. Knowledge about mass discrimination effects in a chemical ionization mass spectrometer (CIMS) is crucial for quantifying, e.g., the recently discovered extremely low volatile organic compounds (ELVOCs) and other compounds for which no calibration standard exists so far. Here, we present a simple way of estimating mass discrimination effects of a nitrate-based chemical ionization atmospheric pressure interface time-of-flight (CI-APi-TOF) mass spectrometer. Characterization of the mass discrimination is achieved by adding different perfluorinated acids to the mass spectrometer in amounts sufficient to deplete the primary ions significantly. The relative transmission efficiency can then be determined by comparing the decrease of signals from the primary ions and the increase of signals from the perfluorinated acids at higher masses. This method is in use already for PTR-MS; however, its application to a CI-APi-TOF brings additional difficulties, namely clustering and fragmentation of the measured compounds, which can be treated with statistical analysis of the measured data, leading to self-consistent results. We also compare this method to a transmission estimation obtained with a setup using an electrospray ion source, a high-resolution differential mobility analyzer and an electrometer, which estimates the transmission of the instrument without the CI source. Both methods give different transmission curves, indicating non-negligible mass discrimination effects of the CI source. The absolute transmission of the instrument without the CI source was estimated with the HR-DMA method to plateau between the m∕z range of 127 and 568 Th at around 1.5 %; however, for the CI source included, the depletion method showed a steady increase in relative transmission efficiency from the m∕z range of the primary ion (mainly at 62 Th) to around 550 Th by a factor of around 5. The main advantages of the depletion method are that the instrument is used in the same operation mode as during standard measurements and no knowledge of the absolute amount of the measured substance is necessary, which results in a simple setup.


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