Self-organisation is so mysterious. We still can’t explain why the cells come together to make an eye. There must be more principles that we still don’t understand yet. It’s something that makes me completely in awe of life.Yoshiki Sasai, quoted by Mo Costandi in an article titled The man who grew eyes
About six times as much - that is, 26.8 per cent - is invisible, or "dark" matter [which] reveals itself by tugging with its gravity on the visible stars and galaxies. No one knows what the dark matter is made of, though speculation ranges from hitherto undiscovered subatomic particles to fridge-sized black holes the mass of Jupiter.
But even the dark matter is trumped by the final component of the universe. About 68.3 per cent is dark energy. It is invisible, it fills all of space and it has repulsive gravity [which] is speeding up the expansion of the universe...
What all this tell us is that the stuff science has been studying for the past 350 years is not the most important stuff. In fact it is but a minor component of the universe...But proportion is not necessarily the same as importance. Iron, for example, constitutes just 0.00067 per cent of the elemental composition of the human body yet it is essential to life. Further, the existence of dark matter and dark energy are still disputed. All the same, Chown's point is worth attention. [2] As Paul Broks put it:
We may, as a species, be suffering the cosmic equivalent of Anton’s syndrome, the neurological condition in which patients rendered totally blind by damage to the visual cortex believe they can see perfectly well.Sometimes, an overlooked absence contains clues to something amazing. In 1814 Joseph Fraunhofer discovered that the apparent continuity of a rainbow is an illusion:
There are tiny gaps, dim or black arcs of missing colors, too narrow for us to see in the glare of natural rainbows...Fraunhofer eventually cataloged 576 of these gaps, or "absorption lines"...Today tens of thousands are known. [3]Analysis of the "gaps" in the light from stars has taught us what they are made of, and that star-stuff is the same as Earth-stuff.
Your enjoyment never is right, till every morning you wake in Heaven, see yourself in your Father's palace, and look upon the Skies, the Earth, the Air as Celestial Joys, having such Reverend Esteem of all, as if you were among Angels.
seek and learn to recognize who and what, in the midst of inferno, are not inferno, then make them endure, give them space.
this life of yours...is not merely a piece of the entire existence, but is, in a certain sense, the whole; only this whole is not so constituted that it can be surveyed in one single glance...
The scientific picture of the real world...is very deficient. It gives me a lot of factual information, puts all our experiences in a magnificently consistent order, but it is...silent about all and sundry that is really dear to our heart, that really matters to us.-- Erwin Schrödinger (1887-1961) in Quantum Questions ed. Ken Wilbur (1984) and cited in The Conscious Universe by Menas Kafatos and Robert Nadeau (1990)
Note: [1] is from a review of Lorraine Daston of Wonder, the Rainbow and the Aesthetics of Rare Experiences by Philip Fisher (1999). [2] is from Wonder and the Orders of Nature by Lorraine Daston and Katherine Park (1998). The quotations from Descartes are from Les Passions de l'âme (1649)“Wonder,” Descartes wrote, “is a sudden surprise of the soul,” reserved for what is rare and extraordinary. In his classification, it is the first of the passions, the only one unaccompanied by fluttering pulse or pounding heart. Disinterested but not indifferent, wonder is a cool passion that fixes on objects for what they are, instead of what they are for us. The wonder of wonder consists in the paradox of a cognitive passion: it has all the force of other passions like love or hate, but it helps rather than hinders reason. It is the passion aroused by anomalies, and the anomaly among the passions. [1]
Descartes [struck a balance] between just enough wonder and too much wonder. He recognized the utility of wonder “in making us learn and hold in memory things we have previously been ignorant of.” But this serviceable ‘wonder’ (admiration) was to be distinguished from stupefying ‘astonishment’ (estonnement), which makes the whole body remain immobile like a statue, such that one cannot perceive any more of the object beyond the first face presented and therefore cannot acquire any more particular knowledge. Astonishment differed only in degree from wonder - “astonishment is an excess of wonder” - but their cognitive effects were diametrically opposed...Wonder stimulated attentive inquiry, astonishment inhibited it. [2]
“Paradise may be beautiful but it is not interesting.”-- The Atlas of Remote Islands by Judith Schalansky (2009)
Water, that strong white stuff, one of the four elemental mysteries, can here be seen at its origins. Like all profound mysteries, it is so simple that it frightens me. It wells from the rock, and flows away. For unnumbered years it has welled from the rock and flowed away. It does nothing, absolutely nothing, but be itself.from The Living Mountain by Nan Shepherd (1944)
