From the book
The Notebooks of Joseph Joubert, Volumes I–II
Joseph Joubert · Diotimos Editions · 2026
Browse this book’s lexicon →Orientation
At a Glance
- The wordHard and soft describe different capacities to receive force, bear tools, and retain form.
- In JoubertIn the account of artistic labor, clay is too soft for a chisel, marble too hard to obey the hand, and bronze too brittle without melting.
- In this editionThe English translation preserves vulva, not valve, in the movement comparison.
- A place to beginOpposite material limitations explain different kinds of artistic labor.
- English renderings
- hard; soft; softness
Meaning
Hard and soft describe different capacities to receive force, bear tools, and retain form. Their evaluative use is not fixed: softness need not be weakness, nor hardness strength worth admiring.
Use in the book
In the account of artistic labor, clay is too soft for a chisel, marble too hard to obey the hand, and bronze too brittle without melting. Resistance belongs to every worker’s material, and opposed defects require different responses. The movement exercise uses an even stranger reproductive image: the hard body admits nothing, while the soft one retains nothing. In a different, compressed formulation, thought has softness by nature and roundness by perfection. The physical adjectives there should remain available to imagination rather than becoming conventional moral praise or blame.
Places to read
- II, p. 757, entry 10, ¶1Opposite material limitations explain different kinds of artistic labor.
- I, p. 237, entry 3, ¶5Hardness and softness are opposed through admission and retention.
- II, p. 552, entry 12, ¶1Softness belongs to thought’s nature, distinct from perfected roundness.
Translation in this edition
The English translation preserves vulva, not valve, in the movement comparison. Beaunier identifies that material as a separate exercise book, suspects a debt to Nollet whose extent is undetermined, and reports his own omissions. The analogy is not represented as independently established mechanics.
Source note
Beaunier 1938, I, pp. 237; II, pp. 552, 757.