Zitate von Rupert Sheldrake

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Rupert Sheldrake

Geburtstag:28. Juni 1942

Rupert Sheldrake ist ein britischer Autor und Biologe. 1981 stellte er eine Hypothese auf, nach der sogenannte morphische Felder existieren, die die Entwicklung von Strukturen beeinflussen sollen. Seine Hypothesen werden in den etablierten Naturwissenschaften weithin abgelehnt.

Von 2005 bis 2010 leitete er ein parapsychologisch orientiertes Forschungsprojekt, das aus einer von der Universität Cambridge verwalteten Stiftung finanziert wird.

Zitate Rupert Sheldrake

„The difference between the Platonic theory and the morphic-resonance hypothesis can be illustrated by analogy with a television set. The pictures on the screen depend on the material components of the set and the energy that powers it, and also on the invisible transmissions it receives through the electromagnetic field. A sceptic who rejected the idea of invisible influences might try to explain everything about the pictures and sounds in terms of the components of the set – the wires, transistors, and so on – and the electrical interactions between them. Through careful research he would find that damaging or removing some of these components affected the pictures or sounds the set produced, and did so in a repeatable, predictable way. This discovery would reinforce his materialist belief. He would be unable to explain exactly how the set produced the pictures and sounds, but he would hope that a more detailed analysis of the components and more complex mathematical models of their interactions would eventually provide the answer. Some mutations in the components – for example, by a defect in some of the transistors – affect the pictures by changing their colours or distorting their shapes; while mutations of components in the tuning circuit cause the set to jump from one channel to another, leading to a completely different set of sounds and pictures. But this does not prove that the evening news report is produced by interactions among the TV set’s components. Likewise, genetic mutations may affect an animal’s form and behaviour, but this does not prove that form and behaviour are programmed in the genes. They are inherited by morphic resonance, an invisible influence on the organism coming from outside it, just as TV sets are resonantly tuned to transmissions that originate elsewhere.“

— Rupert Sheldrake
The Science Delusion: Feeling the Spirit of Enquiry

„Even single cells have astonishing regenerative abilities. Acetabularia, the mermaid’s wineglass, is a single-celled green alga about five centimeters long, with three main parts: root-like structures called rhizoids that attach it to a rock, a stem and a cap about a centimeter wide (Figure 5.2). This very large cell has a single nucleus in one of the rhizoids. As the plant grows, its stem lengthens, it forms a series of whorls of hairs that later drop off, and finally forms the cap. If the cap is cut off by snipping the stem in two, after the cut has healed, a new tip grows and the stem forms a series of whorls of hairs and then a new cap, in a similar way to the normal pattern of growth. This can happen over and over again if the cap is cut off repeatedly.2 As discussed in the following chapter, the usual assumption is that genes somehow control or “program” the development of form, as if the nucleus, containing the genes, is a kind of brain controlling the cell. But Acetabularia shows that morphogenesis can take place without genes. If the rhizoid containing the nucleus is cut off, the alga can stay alive for months, and if the cap is cut off, it can regenerate a new one. Even more remarkable, if a piece is cut out of the stem, after the cuts have healed, a new tip grows from the end where the cap used to be and makes a new cap (Figure 5.2).3 Morphogenesis is goal-directed, and moves toward a morphic attractor even in the absence of genes. FIGURE 5.2. Regeneration of the alga Acetabularia mediterranea, an unusually large single-celled organism, up to 5cm tall, containing a green cap at the top of a long stalk, anchored at the base by root-like rhizoids. There is a large nucleus (shown as a black oval) in the basal part of the cell. When the stalk is cut off near the bottom, the basal part of the cell regenerates a new stalk and cap (shown on the right). When a part of the upper stalk is cut out, it grows a new cap and more stalk, even though it contains no nucleus.“

— Rupert Sheldrake
Science Set Free: 10 Paths to New Discovery

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