glimpse

outside
It was a long time ago –
An enclosure, on heath land, an outcrop in the heather and gorse;
A circle of rusted railings, decrepit, close to collapse, ominous –
We ran wildly round this broken construction,
revelling in its anonymity and ambiguity,
but aware of the notice boards fixed to the railings, eroded into blank facades, but emanating warnings, and threats of danger,

It was our discovery, and it would be our place;

We squeezed into the empty space, enclosed by these disintegrated posts;
we hurled ourselves around the inside perimeter –
stumbling on the coarse grass tussocks,
landowners of somewhere unknown to the rest of the world,
blissful, ecstatic and full of excited fear of what this place might be,
this dissolving steel ring syncopating earth and sky…

inside
the staircase splits into two, left and the right –
on the left, a door into the long, narrow attic,
a small window, a horizontal half moon, at the far end;
this dark space seems detached from the rest of the house;
the water tanks gurgle, the pipes groan and grumble;
on a grey blanket, shells, stones, dried plants are laid out in rows;
a secret museum has found its place…
it’s high up, remote,
an adventure where the tops of trees are framed by the half moon window,
and the life below is miniature.

upstairs
one staircase looks at another –
above, air;
so much empty, gaping, intangible space;
out of reach,
but that is where the adventure is,
to climb into the empty space, to look up, hoping for the sky;
to sense the weight and light and time of empty space
intruded upon by the reach and stretch of unnameable things –
plaster, cement, colour, clumsy, elegant, surprise, hang, lean, stretch…
the excitement of perilous moments, the sentient fear of vertigo…

and here, these big shapes, anthropomorphic, stare and wait,
dumb, curvaceous, still, biding time…

 Phyllida Barlow, 2020

Choose Something Like a Star

O Star (the fairest one in sight),
We grant your loftiness the right
To some obscurity of cloud—
It will not do to say of night,
Since dark is what brings out your light.
Some mystery becomes the proud.
But to the wholly taciturn
In your reserve is not allowed.
Say something to us we can learn
By heart and when alone repeat.
Say something! And it says, 'I burn.'
But say with what degree of heat.
Talk Fahrenheit, talk Centigrade.
Use language we can comprehend.
Tell us what elements you blend.
It gives us strangely little aid,
But does tell something in the end.
And steadfast as Keats' Eremite,
Not even stooping from its sphere,
It asks a little of us here.
It asks of us a certain height,
So when at times the mob is swayed
To carry praise or blame too far,
We may choose something like a star
To stay our minds on and be staid.

Robert Frost, 1916

The Size of Space

https://neal.fun/size-of-space/

The science of the inconceivable

A different kind of logic

by Philip Ball

Late last year, an experiment carried out by scientists at the Delft University of Technology in the Netherlands appeared to demonstrate that one object can affect another from afar without any physical interaction between the two. The finding confirmed an idea so extraordinary that, nearly a century ago, Albert Einstein had rejected it with the dismissive phrase “spooky action at a distance.” In quantum theory this phenomenon is known as “entanglement,” and many physicists now regard it as the most profound and important characteristic of the physical world at the smallest scales, which quantum theory describes.

Quantum entanglement is a deeply counterintuitive idea, which seems to contradict human experience of the physical world at the most essential level. In the everyday (“classical”) physical realm, objects affect one another via some kind of contact. The tennis ball flies from the racquet when struck, and when it hits the window the glass will smash. Sure, “invisible forces” seem to act across space—magnetic and electrical attraction and repulsion, say. But in quantum theory these interactions arise from the passage of a particle—a photon of light—between the two interacting bodies. Meanwhile, Einstein showed that the Sun’s gravity corresponds to a distortion of space, to which distant objects such as Earth respond. It’s generally believed that in a quantum theory of gravity (which doesn’t yet exist), this picture will prove to be equivalent to the exchange of “gravity particles” or gravitons between the Sun and Earth.
But quantum entanglement bothered Einstein because it suggested that one particle could affect another even when there was no conceivable physical interaction between them. It didn’t matter if those particles were light years apart—measuring a property of one particle would, according to quantum theory, instantly affect the properties of the other. How could that be?

http://www.prospectmagazine.co.uk/features/the-science-of-the-inconceivable

The strangest objects we’ve left on the Moon

This family portrait deposited by Apollo 16’s Charles Duke still lies where it was left, but is probably now completely bleached

http://www.bbc.com/future/story/20160219-the-strangest-objects-weve-left-on-the-moon

Ort Feld

    Franz Erhard Walther “ort feld, 50 x 50 m”, 1967.