A constant, dependable presence. With the camera focused on the North Star for an extended period, the rotation of the Earth becomes visible. Nearby, in the municipality of Wiederstedt, the geologist, poet and philosopher Friedrich von Hardenberg (better known by his pen name Novalis) spent his childhood years between 1772 and 1784. A quote of his is engraved on a stone bench in the park surrounding the chateau where he was raised: “The human being does not speak alone – the universe also speaks – everything speaks – infinite languages.” 

Theory becomes the apparatus. A metonymic relation. A trope of nearness. Miniscule gravitational disturbances become known as a kilometres-long, L-shaped facility. Particle physics: a circular tunnel beneath the Geneva hinterland. 

Somewhere in the early 1970s, our grandfather, a carpenter by trade, buys a telescope^1,2, installs it on the lawn, and points it over the hedge. ‘I remember seeing the craters on the moon. The rings of Saturn,’ he told us. 

In the shabby plywood box I made to transport the telescope lies a metal ring I ground flat to be able to attach my camera and focus it on infinity.

The hedge, now three metres in height, shields the lower part of the sky from sight and needs pruning.

Theory becomes the apparatus. A metonymic relation. A trope of nearness. Miniscule gravitational disturbances become known as a kilometres-long, L-shaped facility. Particle physics: a circular tunnel beneath the Geneva hinterland. 

Somewhere in the early 1970s, our grandfather, a carpenter by trade, buys a telescope^1,2, installs it on the lawn, and points it over the hedge. ‘I remember seeing the craters on the moon. The rings of Saturn,’ he told us. 

In the shabby plywood box I made to transport the telescope lies a metal ring I ground flat to be able to attach my camera and focus it on infinity.

The hedge, now three metres in height, shields the lower part of the sky from sight and needs pruning.

In Walter Benjamin’s The Arcades Project, Convolute Q is dedicated to the panorama. Benjamin writes: ‘Setup of the panoramas: View from a raised platform, surrounded by a balustrade, of surfaces lying round about and beneath. The painting runs along a cylindrical wall approximately a hundred meters long and twenty meters high. The principal panoramas of the great panorama painter Prévost: Paris, Toulon, Rome, Naples, Amsterdam, Tilsit, Wagram, Calais, Antwerp, London, Florence, Jerusalem, Athens. Among his pupils: Daguerre’ (Q1a, 1).

It has been snowing. A black BMW is parked on the other side of the street and is cut in half by the separation between negatives 4 and 5. Apart from a slight kink in the landscape, the negative on the right is a perfect continuation of the one on the left. The fence around the orchard, the branches of the apple tree and the power lines connect implicitly in the void between the negatives.

K. says that the stall where he usually buys fruit has already been packed up. But he is not worried about the quality of the fruit the other vendor sells. He gestures encouragingly. 

Five signs of type-1, eleven of type-2 and two of type-3 are visible. Four of type-2 (two visible, two deduced) and two of type-3 retain two vehicles.

The paths in the valley of the Bayehon are covered with ice. We are making our way down towards the valley of the Ghâster. The temperature is minus 15 degrees Celsius. The water in our drinking bottles is frozen. We are betting on the shelter indicated on the map (Au Pied des Fagnes, Carte De Promenades, 1:25.000, Institut Geographique National) to pitch our tent. There is almost no wind, but every breath of air feels like we’re being hit with a thousand needles. What the map indicates as a shelter appears to be a picnic table.

December, 1947. Rapid snowmelt coincides with torrential precipitation. At the bottom of the Thur valley, in Wildenstein, the water gathers.

As we point the telescope to the sky – cloudy, and filled with chaotic bursts of rain – the dispersion of the city lights accentuates the swirling, frantic raindrops. The roof we are standing on is uneven. A puddle forms underneath the apparatus, around the right leg of the tripod and our feet. The sound of a car on a wet street, below. A kitchen light is flicked on. Temperature is low for a mid-September night, and getting lower by the minute. It seems impossible to tell the depth of field we are documenting, and at what distance from our position these fleeting constellations occur.

It is said that ‘if a space traveller were unfortunate enough to enter the atmosphere of one of the giant planets [such as Neptune], he or she would not find a single solid surface. Instead, as he or she descended into the planet, our traveller would find that the temperature, pressure, and density would all continue to increase smoothly, with no sharp transitions. Assuming that he or she was adequately protected from the temperature, pressure, and radiation, our traveller would eventually “float” at that level in the atmosphere where the surrounding density and his or her own density were equal.’¹ 

It is said that it storms on Neptune.
Violently.
1200 mph. 

They observed a great dark spot and called it: The Great Dark Spot.

It rains diamonds on Neptune.

In between two cities along the Belgian coast, water has run from the dunes (and the Second World War Heritage site scattered among them), underneath the coastal road and tram rails, to the beach. It has formed a small S-shaped estuary, bound to disappear due to the increasingly harsh wind coming from the coast of Britain, blowing North-easterly, and hammering down on the levee. The vibrations of the empty Ostend-bound tram passing just before the photograph was taken, had no visible impact on the estuary.

Ten years ago, in November, I drove up to Frisia – the northernmost province of The Netherlands. I was there to document the remains of air watchtowers: a network of 276 towers that were built in the fifties and sixties to warn the troops and population of possible aerial danger coming from the Soviet Union. It was very windy. The camera shook heavily. The poplars surrounding the concrete tower leaned heavily to one side.

I drove up to the seaside, a few kilometers farther. The wind was still strong when I reached the grassy dike that overlooked the kite-filled beach. I exposed the last piece of film left on the roll. Strong gusts of wind blew landwards.

Months later I didn’t bother to blow off the dust that had settled on the film before scanning it. A photograph without use, with low resolution, made for the sake of the archive’s completeness. 

The dust on the film appears to be carried landwards, by the same gust of wind lifting the kites.

December, 1947. Rapid snowmelt coincides with torrential precipitation. At the bottom of the Thur valley, in Wildenstein, the water gathers.

As we point the telescope to the sky – cloudy, and filled with chaotic bursts of rain – the dispersion of the city lights accentuates the swirling, frantic raindrops. The roof we are standing on is uneven. A puddle forms underneath the apparatus, around the right leg of the tripod and our feet. The sound of a car on a wet street, below. A kitchen light is flicked on. Temperature is low for a mid-September night, and getting lower by the minute. It seems impossible to tell the depth of field we are documenting, and at what distance from our position these fleeting constellations occur.

Seven very similar and rudimentary buildings take in a trapezoid plot of land in Gilly. They are located between the school on the Rue Circulaire and the houses along the Rue de l’Abbaye. The structures are built of orange brick, concrete structural elements, whitish steel gates and roofing. Every garage has its own number, hand-painted in white on the concrete lintel above each gate. In summer the roofing gets hot and soft.

Five white boulders close off a shortcut for motorists who attempt to cut the bend in the road. The southernmost roof’s pitch runs opposite to the landscape’s slope. The lower roofline is, therefore, only about one meter above a small, triangular patch of grass which is hidden from view by a hedge. In summer, when the roofing gets hot and soft, text and drawings get pressed or carved into it.