Step 1
We used two easels with clothes pegs securing the sheet and tied and stretched by wires, we put/placed the shorter edges of the 70x100 cm sheet
- we added clothes pegs to prevent the water we had put in from leaking out
- an intertwined mechanism
Step 2
After a few falls of the whole system (cylindrical section of water when the structure is stable)
- we remove the trestles and replace them with chairs, which we place at the corners of the sheet, which is secured to the chairs with metal clips
- we have slightly rounder stone - the sheet seems more elastic
We leave it like this for now, add some watercolour pigment and see how it dries
measure length, determine swing
make hole with needle
- texture of flowing water
length - from bar where wisteria climbs to near the ground
On gravity, black holes and white holes 9/3/25
The starting point was what happens on sheets of paper used to make watercolour works.
- Weathering influences the watercolour pigment that is distributed by the person, stones are placed or thrown on the sheet randomly and, due to their weight, influence the flow of the water input (as seen above).
NOW
- Pag. 76 of the book “Buchi Bianchi” – Carlo Rovelli (chart)
- Stones determine the dynamics of water and its flow
Imagine a table with only the edge and nothing inside, an empty table.
- The sheet (50% cotton, 300 grammage, 70x100 cm) - placed over
- Aimed at simulating a gravity field/black hole
A GRAVITATIONAL CONTEXT
Step 3
I left it there, it rained a lot, it fell down.
I put it back, apparently now, in spite of the rain, it has such a slant that the chairs are more stable
ALL DRIED, PAPER REMAINED RIGID AND IN THE SHAPE GIVEN BY GRAVITY
How to restore the rigid shape of the paper given by gravity?