In a folding scenario, the **twistor** (u,u) is a complex mesh assumed from stew choreography.

**Twistors** are derivatives of unique walks in twistor space (identified across the network by their *unique resource address*), and hedged from **twistor** classes. Each **twistor** is standardized (being a solved puzzle of Egglepple).

Let (u,u) be any two (2) leaves sequenced for juking. A **twistor** is a plastic structure such that (u,u) is coded to eventually become a zero-bubble.

The guesstimated total number of **twistor** classes (t) is derived from the following superalgebra 2^(d-1)/2, where d=11 gives the required thirty-two (32) generators of supersymmetry coordinated in twistor space [which is of the bilinear form (2,2)]. That is to say [(2^k + 2^k) ≡ 2^12], where k is d(=11), for a total of t=4,096.

**Notes (+):** **+** Supremum of 4,096 / Infimum of 2,048.

**+** All **twistors** are assumed to be fit. We juke and hedge our bets in order to identify those folds which are ideal/most fit.

Function map: stews --> **twistor** classes

## See also

- bubble
- Double U
- (egg,epp)
- Egglepple
- fiber
- fitness
- fold
- font
- fruut
- juke
- knot
- leaf string
- melodics
- penny bet
- puzzle
- random coil
- shapeframe
- stew
- stew choreography
- string ludology
- The Origamic Symphony
- twistor class
- twistor space
- United Under Economy
- vacuum
- yesegalo
- zero-bubble

Analogue: twistor theory