I. At the very end—after the last shadow of a flickering moth has flown—an empty chair, facing a screen, greets the departing visitor. On screen, a silent world confronts a vast, seemingly infinite horizon, which faces anyone who would sit in the chair. A walking figure seems now to recede, now to advance, on the featureless salinity of some planetary surface, away from or towards that horizon, and the viewer. The figure, like a particle in an experiment in quantum mechanics, seems to mark a plurality of simultaneous but different truths, one with regards to its position and another concerning its velocity. In the desert sky above this little peripatetic metaphysical drama, the moon, too, multiplies. The full moon acquires, and then loses, its own pale satellites, as if to suggest that no matter where one is, there is always, still, more world. Even the moon is on the run, in search of other worlds.
Still more world. "1
The planet turns on its axis, without anyone’s permission. Every turn, every revolution, is an uprising of the force of gravity, against the cold death of stars. The inevitability of thermodynamic dissipation must again be overcome, each time a life makes its presence felt. Life itself, everywhere, and at all times, is an index of the energy it takes to overcome the onset of entropy. Nothing compels life to be alive other than the refusal to be just dead matter, regardless of what may or may not be inevitable. And that takes energy. It takes energy to persist, in a state of integrity and organisation higher than that of the surrounding cosmic chaos. Why else does art, poetry, language, or the electric charge of any ordinary or extraordinary question exist, if not to be fuel for all those borne aloft by revolutionary planets, whirling in the emptiness of space and time?
In the film Provisions for Everybody, "2 we say,
Fuel thickens over time. A tree takes two million years to turn into a fossil, waits to ignite as a lump of coal, and then turns to ashes in a matter of minutes. In the 1930s, the productivity of the average British miner rose to 300 tons of coal per annum. Three hundred tons of coal lights up as 6600 gigajoules of energy. This energy powered an empire. Six thousand six hundred gigajoules is the energy needed to maintain the basal metabolic rate of 750,000 human beings. It is the amount of calories that one miner, in one part of the world, offers to fire.
The history of the world can also be written as offerings to
Coal. Sugar. Oil. Indigo. Opium. Tea. Coffee. Grain. Meat.
‘How much fuel is burnt in how many vehicles, for a shipment of anything to move from one port to another?’
How long did it take for that fuel to be formed in a hydrocarbon deposit, a gas field, off the coast of Qatar; how long did it take to burn, and at what speed? Given how quickly the millions of years it takes to form a lump of coal, or a litre of gas, is incinerated, how to make provisions for everybody?
In Raqs, having named ourselves after the Arabic word for whirling, movement, dance, we deal in the contemplations of these and other kinetic transformations. Crystals grow, moths flutter, revolutions occur, crowds gather, today’s load lightens, tomorrow’s ripens.
We look around us and see that, like the Buddha said, ‘everything is burning’"3. It is possible to think about everything that burns up in terms of calories and seconds. Even entire worlds.
Entire worlds are on the move.







