In the Tiny Encryption Algorithm:

Different multiples of a magic constant are used to prevent simple attacks based on the symmetry of the rounds. The magic constant, 2654435769 or 9E3779B9₁₆ is chosen to be 23^2/ϕ, where ϕ is the golden ratio.

Which properties does 2^32/ϕ have that makes it useful in this context?

In the Tiny Encryption Algorithm:

Different multiples of a magic constant are used to prevent simple attacks based on the symmetry of the rounds. The magic constant, 2654435769 or 9E3779B9₁₆ is chosen to be $2^{32}/ \phi$, where ϕ is the golden ratio.

Which properties does $2^{32}/ \phi$ have that makes it useful in this context?

In the Tiny Encryption Algorithm:

Different multiples of a magic constant are used to prevent simple attacks based on the symmetry of the rounds. The magic constant, 2654435769 or 9E3779B9_16 is chosen to be 23^2/ϕ, where ϕ is the golden ratio.

Which properties does 2^32/ϕ that make it useful in this context?

In the Tiny Encryption Algorithm:

Different multiples of a magic constant are used to prevent simple attacks based on the symmetry of the rounds. The magic constant, 2654435769 or 9E3779B9₁₆ is chosen to be 23^2/ϕ, where ϕ is the golden ratio.

Which properties does 2^32/ϕ have that makes it useful in this context?