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- Title: Cover: First Scientific Lecture-Course
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- First Scientific Lecture-Cour
- LECTURE-COURSE
- Clent near Stourbridge, Worcs., England,
- Title: Cover Pressing Page: First Scientific Lecture-Course
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- LECTURE-COURSE
- Clent near Stourbridge, Worcs., England,
- Title: Foreword: First Scientific Lecture-Course
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- first had to be rekindled and awakened in our time — a
- cannot find adequate words in which to thank him. Our truest
- thanks must be the will to widen out our own horizon, thus
- to lead again to spiritual sources that realm of human
- inner courage to put their questions to the great spiritual
- The strivings of many of our contemporaries towards some form
- the facts of organic evolution. The longing of our time for
- lacked the courage to admit that if we want to overcome the
- orientation of our faculties of knowledge towards the outer
- more than this, we must by dint of our own efforts give to
- our deeper, latent faculties of knowledge the same
- to me, that in our striving after knowledge we should arrive
- at this clear recognition of our state, and I was happy when
- hand there are a larger number of lecture-courses, printed at
- our time, one must have recourse to my published writings. In
- spiritual world are imparted to the prevailing culture of our
- lecture-courses were given in the Society; and this involved
- content of these privately printed lectures will of course
- who work with this lecture-course approach it with the will
- our scientists, who will then see through the inherent
- Title: Prefatory Note: First Scientific Lecture-Course
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- lecture-course, Dr. Walter Johannes Stein read out the
- wanting to defend Goethe's Theory of Colour in every
- from this principle the phenomena of colour which were not
- Theory of Colour in Goethe's spirit.”
- deep into the central issues of our life of knowledge
- Title: First Lecture (First Scientific Lecture-Course)
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- ago, I would like to say that in the short time at our disposal I
- you in forming your outlook upon Nature. I hope that in no very
- must also realize, I was only told that this lecture-course was
- educators, — not to apply directly in your lessons, but as a
- fundamental trend and tendency in Science, which should permeate your
- Nature in our time has been subject, for the teacher and educator it
- To the words which our
- world-conception into our physical and chemical ideas, was as yet
- Chemistry of today, our scientists are fated in regard, whatever
- aspects that shall help our understanding. In today's lecture it will
- of Nature in the customary manner of our time, generally have no very
- conception. Therefore we will not take our start from the prevailing
- Scientists in our time do not reflect that they should really examine
- phenomena. Speaking of causes, our scientists will have in mind
- colour, what we subjectively describe as the quality of colour is the
- effect on us, upon our soul, our nervous apparatus, of an objective
- The Science of our
- light or colour for example, the objective wave-movement in the
- of the “subjective” phenomena of colour and the
- considerable light on what is seeking to come into our Science by way
- Maximum number of matches per file exceeded.
- Title: Second Lecture (First Scientific Lecture-Course)
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- how in our study of Nature we have upon the one hand the purely
- are able to gain simply from our own life of thought. We form our
- movement. This we can spin, as it were, out of our own life of
- hand it is no less significant that we must have recourse to quite
- we made this clear to ourselves. While in phoronomy we can construct
- Nature's processes in our own inner life, we now have to leap across
- of light and colour rather as follows: — We ourselves are
- affected, say, by an impression of light or colour — we, that
- confused ideas. Indeed, with the resources of Physics as it is today
- those among you who may no longer recall it from your school days can
- simply adduce the essential elements to bring the formula before your
- — pressing upon the point for a single moment which of course
- course be produced. The effect shows itself, in that the mass moves
- you most probably know; I only call it to your mind.) Multiply the
- our reach, so that we can only get to know it, as it were, by staring
- you can indeed, but your first step must be to make yourself more
- consciously aware of this: — Press with your finger against
- something: you thus acquaint yourself with the simplest form of
- something with your finger. Now we must ask ourselves: Is there
- something going on in us when we exert pressure with our finger,
- Maximum number of matches per file exceeded.
- Title: Third Lecture (First Scientific Lecture-Course)
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- and by. We shall have to go into the phenomena of light and colour
- the main idea of the present course is for me to tell you some of the
- prism — the phenomena of colour, in all their polar relation to
- you who found things difficult to understand). Your difficulty lies
- treatment of light and colour. The strange education we are made to
- yourselves: Here we get stuck! You must attribute it to the unnatural
- yourselves to some extent still have to take the same direction with
- your pupils. It will not be possible, all at once, to bring the
- light and colour, let us now begin again, but from the other end. I
- a number of statements as to the way colours arise in and about the
- colourless light go through a prism the colourless light is analyzed
- we let a cylinder of colourless light impinge on the screen, it shows
- a colourless picture. Putting a prism in the way of the cylinder of
- light, the physicists went on to say, we get the sequence of colours:
- explain it thus, so he was told — The colourless light already
- contains the seven colours within itself — a rather difficult
- — the seven colours, into which it is thus analyzed.
- yonder wall. He really expected to see the light in seven colours.
- But the only place where he could see any colour at all was at some
- Looking at such a place through the prism he saw colours; where there
- Maximum number of matches per file exceeded.
- Title: Fourth Lecture (First Scientific Lecture-Course)
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- FOURTH LECTURE
- — primary phenomenon — of the Theory of Colour. By and
- Colour. Of course the phenomena get complicated; the simple
- light colours, i.e. in the direction of the red and yellowish tones.
- Blue or violet (bluish-red) tones of colour will appear (
- can be seen on every hand if we once accustom ourselves to think more
- of colours, from violet to red; we caught it on a screen. I made a
- yellow-red colours.
- to a screen and seeing the picture projected there, we put our eye in
- coloured.
- region). Through something darkened — through the blue colour,
- you do. Likewise the red colour below is proof that here is a region
- — it tells you what you actually see. Your eye is here
- “objective” colours if you wish to speak in learned
- and stated purely as phenomena, as we have been endeavouring to do.
- colour-spectrum, began to speculate as to the nature of light. Here
- is the prism, said Newton; we let the white light in. The colours are
- light into its constituents. Newton now imagined that to every colour
- corresponds a kind of substance, so that seven colours altogether are
- prism they are diverted from their original course. Eventually they
- Maximum number of matches per file exceeded.
- Title: Fifth Lecture (First Scientific Lecture-Course)
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- shewing, as well as may be with our limited resources, the experiment
- Bunsen. If we arrange things so that the source of light generating
- it with our eyes. For it is possible to see the spectrum in this way
- the colours are reversed. We have already discussed, why it is that
- the colours appear in this way when we simply look through the
- colours to what we call “bodies”. As a transition to this
- problem looking for the relations between the colours and what we
- Concerning the relation of the colours to the bodies we see around us
- (all of which are somehow coloured in the last resort), the point
- will be explained how it comes about that they appear coloured at
- say: When colourless sunlight — according to the physicists, a
- gathering of all the colours — falls on a body that looks red,
- this is due to the body's swallowing all the other colours and only
- another body appears blue. It swallows the remaining colours and
- namely the way we see what we call “coloured bodies”
- coloured light. The Bologna stone had acquired a relation to the
- oil appears slightly yellow. If on the other hand you place yourself
- green. But if you take your stand to some extent behind it — if
- coloured light, — a property the chlorophyll does not retain.
- coloured so long as we illumine it. The second is Phosphorescence: we
- Maximum number of matches per file exceeded.
- Title: Sixth Lecture (First Scientific Lecture-Course)
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- In our last lecture we
- more exactly the method of our procedure. It is the task of Science
- find your way back to the pure facts. You must first cultivate the
- circle. Cast your mind back to what you learned in your school days.
- the luminous object, — with your eye, say, here — looking
- really going on when the phenomena of colour comes into being before
- our eyes. Otherwise our very habit of thought begets the impression
- that in some way the colours spring from the light alone. For from
- the very outset we have it settled in our mind that the one and only
- “I know four men. One of them owns £25, another £50;
- in debt, the fourth is £50 in debt. Yet why should I take note
- prevents our discovering the bridge between the soul-and-spirit on
- space differ for our perception from the negative? As to the
- sleep and are surrounded by light, — how we unite our
- space, with a kind of in-drawing of the light. It is as though our
- soul, our inner being, were to be sucking the light in. We feel a
- into ourselves. How is it then with darkness? We have precisely the
- ourselves to the darkness. Thus we may say: the effect of light upon
- between the lighter and the darker colours. The light ones have a
- colours on the other hand have a quality of drawing on us, sucking at
- Maximum number of matches per file exceeded.
- Title: Seventh Lecture (First Scientific Lecture-Course)
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- today with an experiment bearing upon our studies of the theory of
- colour. As I have said before, all I can give you in this Course
- that wherever colours arise there is a working-together of light
- coloured shadows, as they are called.
- VIIa), — candles as sources of light — and an
- shadows, without perceptible colour. You only need to take a good
- left-hand source of light. It is produced, in that the light from
- this source is hidden by the rod. Likewise the shadow on the left
- arises where the light from the right-hand source is covered.
- is illumined by both sources of light. Now I will colour the one
- coloured glass, so that this one of the lights is now coloured
- that the shadow of the rod, due to this left-hand source of light
- surface for a time, then turn your eye away and look straight at
- there is nothing there. You yourself, as it were, see the green
- colour on to the white surface. In such a case, you are seeing the
- seeing just before, when you exposed your eye to the red surface
- source of light to red, you see the shadow green. What was mere
- source of light to green, — the shadow becomes red. And when
- white ground you see the same lattice-work in green. Of course it
- isn't there, but your own eye is active and makes an after-effect,
- Maximum number of matches per file exceeded.
- Title: Eighth Lecture (First Scientific Lecture-Course)
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- that elapses between your perception of the impression of light and
- your perception of the sound, the time the sound has taken to go
- pitch; thirdly a certain quality or colouring of sound. The problem
- this branch of Science. I have already drawn your attention to the
- prevalent today. Historically it is of course well-known, but
- hand all that which we do not merely think out in our own inner
- realities, — they always are. And of course this remains so
- (which the physicist of course need not go into, — it is not
- subjective. In course of time it has become part of their very
- I am led to the conclusion that all your inner being and life of
- soul — which, within you and for yourselves, is surely not to
- this and nothing else. It is of course open to the physicist to be
- course also go on into my own body. These are the subject-matter of
- “effect” of the other. What you experience in your
- upon me of the vibrations of your brain. To see through a thing
- type. This you do not wind up. In favourable circumstances you may
- with another person and he says something you yourself have just
- piece of physical apparatus. Now we can of course equally well
- course in rhythm — and, as it were, includes the brain within
- what appears in quite another part of our body, namely in the
- Maximum number of matches per file exceeded.
- Title: Ninth Lecture (First Scientific Lecture-Course)
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- draw your attention to the development of electrical discoveries,
- beginning no doubt with things that are well-known to you from your
- was so developed and interpreted in course of time that they
- which they riveted attention. They were encouraged to do this by
- primitive mechanical ideas, but makes it necessary to give our
- in a neighbouring wire, by the mere proximity of the one wire to
- Figure IXb — were a source of light and here a mirror. A
- The favourite
- first fifteen years, say, of our century; you must admit that a
- of course and lead to where you want it, is conducted through a
- discharges; the coloured line which you are seeing is the path
- not get where I want to in this course if I did not go through them
- your knowledge of these things; I cannot go into them all from the
- something is there, demanding our consideration),—
- something quite different after all? In course of time the
- too is electricity. This is in favour of its being of a material
- you how at the outset of these lectures we endeavoured in a purely
- to which I have been introducing you, all of them take their course
- them have one property in common. Their relation to ourselves is
- sound and warmth we ourselves are swimming, so to speak, as was
- Maximum number of matches per file exceeded.
- Title: Tenth Lecture (First Scientific Lecture-Course)
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- bring these few improvised hours of scientific study to a
- yourselves, taking your start from characteristic facts which you
- shimmering in a violet shade of colour, and the canal rays coming
- of light, colours could be seen arising, but man had not enough
- inner activity to receive the world of colour into his forming of
- colours, scientists replaced the colours, which they could not
- somehow compelled to bring more movement into our geometrical and
- happened in this way. Put yourselves back into your school days:
- you will remember how you were taught (and our good friends, the
- 180°. Of course you know this. Now then we have to give our
- world we see and examine with our senses — ever to be taken
- space of our own conceiving? We must admit: the space which we
- Euclidean Geometry which we ourselves think out. Might it not be
- only we who by our own way of thinking first translate this into
- we only go by the resources of Natural Science as it is today, we
- have at first no means whatever of deciding, how our own
- origin of all our phoronomical — arithmetical, geometrical
- and including our ideas of movement purely as movement, but not
- our reason. We see with our eyes and hear with our ears. All that
- our senses thus perceive, — we work upon it with our
- Maximum number of matches per file exceeded.
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