• Keine Ergebnisse gefunden

On the Concept of Hyle in Husserl’s Time Theory : First Step into the Phenomenology of Hyle

N/A
N/A
Protected

Academic year: 2022

Aktie "On the Concept of Hyle in Husserl’s Time Theory : First Step into the Phenomenology of Hyle"

Copied!
1
0
0

Wird geladen.... (Jetzt Volltext ansehen)

Volltext

(1)

Abstract - Master Thesis 2019

On the Concept of Hyle in Husserl’s Time Theory : First Step into the Phenomenology of Hyle

Seongkyeong Joung

This paper examines the status and the role of the concept of Hyle in Husserl's time theory as long as its problematic is subsumed within the problematic of the transcendental constitution. We will show how the problems in the early time lectures (1904/5) are partially solved with the discovery of the dimension of passive intentionality in the Bernauer manuscripts (1917/18) and the lectures on passive synthesis (1920-26) and thereby how Hyle's problematic broaden, that in the C-manuscripts (1929-1934) this problem is eventually subsumed into the problematic of the functioning ego, and that nevertheless Hyle itself remains as a non-reducing component which makes possible

phenomenological questions about alterity.

Keywords: Hyle, Alterity, Original Stream, Original Hyle, Self-awareness, Time Consciousness, Transcendental Constitution, Passive Intentionality, Genetic Phenomenology, Edmund Husserl

Referenzen

ÄHNLICHE DOKUMENTE

• Exponential expansion (inflation) stretches the wavelength of quantum fluctuations to cosmological scales.. Starobinsky (1980); Sato (1981); Guth (1981); Linde (1982); Albrecht

• The WMAP and Planck’s temperature data provide strong evidence for the quantum origin of. structures in

Detect CMB polarisation in multiple frequencies, to make sure that it is from the CMB (i.e., Planck spectrum). Check for scale invariance: Consistent with a scale

• Exponential expansion (inflation) stretches the wavelength of quantum fluctuations to cosmological scales.. Starobinsky (1980); Sato (1981); Guth (1981); Linde (1982); Albrecht

• The WMAP and Planck’s temperature data provide strong evidence for the quantum origin of. structures in

Space is stretched => Wavelength of light is also

Space is stretched => Wavelength of light is also

Detect CMB polarisation in multiple frequencies, to make sure that it is from the CMB (i.e., Planck spectrum). Check for scale invariance: Consistent with a scale