Simon Adams wrote: ↑Wed Apr 21, 2021 2:39 pm
Yes, being able to ‘demonstrated’ the theory in some unambiguous way is maybe better than just looking for falsification.
I would add that it should add an explanatory dimension. There should be something it explains better than other theories to make it a good scientific theory.
All that said, it does seem like consciousness is almost by definition beyond the scientific process. It’s always going to be a ‘black box’ in terms of scientific methods of investigation...
There is no reason to assume that. It is only when we self-impose a materialist or dualist framework does there arise some fundamental limit to what can be empirically and rigorously studied. Goethe was a great example of someone who began to investigate the dynamics of consciousness in relation to the phenomenal world and that was centuries ago. Just think where we would be if his method of scientific investigation had become the gold standard over that of Newton, Descartes, etc. and Kant. Steiner presents elaborations in his book on
Goethean Science. Here is an excerpt which draws conclusions and relates them to Goethe's color theory, but it is best to visit the link and read through that entire chapter at least:
Steiner wrote:That is the important point. When we confront a phenomenon, we see it determined by many factors. We must seek out all the interrelationships if we are to understand the phenomenon. But these relationships differ from each other; some are more intimate, some more distant. The fact that a phenomenon E confronts me is due to other phenomena that are more intimately or more distantly related. Some are absolutely necessary if such a phenomenon is to arise at all; other phenomena, by their absence, would not at all keep such a phenomenon from arising, but do cause it to arise in precisely this or that way. We see from this that we must differentiate between necessary and coincidental determining factors of a phenomenon. Phenomena that arise in such a way that only the necessary determining factors bring them about can be called primary, and the others derivative. When, from their determining factors, we understand the primary phenomena, we can then also understand the derivative ones by adding new determining factors.
Here the task of science becomes clear to us. It has to penetrate far enough through the phenomenal world to seek out the phenomena that are dependent only upon necessary determining factors. And the verbal-conceptual expression for such necessary relationships is laws of nature.
When a person is confronting a sphere of phenomena, then, as soon as he has gone beyond mere description and registering of these, he must therefore first of all ascertain those elements which determine each other necessarily, and present them as archetypal phenomena. One must then add those determining factors which stand in a more distant relationship to those elements, in order to see how they modify those primary phenomena.
This is the relationship of science to the phenomenal world: within the latter, the phenomena absolutely do arise as derivative ones and are therefore incomprehensible from the very beginning; in science, the archetypal phenomena arise in the forefront with the derivative ones following, whereby the whole connection becomes comprehensible. The system of science differentiates itself from the system of nature through the fact that in the system of science the interrelationships of the phenomena are ascertained by the intellect and are rendered comprehensible thereby. Science never has to bring something in addition to the phenomenal world, but rather has only to disclose the hidden interrelationships of this world. All use of the intellect must be limited only to this latter work. By taking recourse to something that does not manifest in order to explain the phenomena, the intellect and any scientific activity are exceeding their powers.
Only someone who sees the absolute correctness of our findings can understand Goethe's colour theory. Any reflection about what a perception like light or colour might be in addition to the entity as which it manifests was completely foreign to Goethe's nature. For he knew what the powers of intellectual thinking were. Light was given to him as sensation. When he then wanted to explain the connection between light and colour, that could not occur through speculation, but only through an archetypal phenomenon, by his seeking out the necessary determining factor that must join light in order for colour to arise. Newton also saw colour arise in connection with light, but he then only thought speculatively about how colour arises out of light. It lay in his speculative way of thinking to do so; but not in Goethe's way of thinking, which was objective and rightly understood itself. Therefore, Newton's assumption that “light is composed of colored lights” had to appear to Goethe as the result of unrightful speculation. He considered himself justified only in expressing something about the connection between light and colour when some determining factor joins in, and not in expressing something about the light itself by bringing in a speculative concept. Therefore his statement: “Light is the simplest, most undivided, most homogeneous being that we know. It is not a composite.” Any statements about the composition of light are, indeed, only statements of the intellect about one phenomenon. The powers of the intellect, however, extend only to statements about the connection of phenomena.
This reveals the deeper reason why Goethe, as he looked through the prism, could not accept Newton's theory. The prism would have had to be the first determining factor for the coming about of colour. But another determining factor, the presence of something dark, proved to be more primary to its coming about; the prism proved to be only the second determining factor.
