"sensitive dependence" is a correct and usable phrase in written English.
You can use it to describe situations in which small changes can cause very large effects. For example, "The global economy is a system of sensitive dependence, as small financial policies can have a huge impact on markets worldwide."
Sensitive dependence on initial conditions, or sensitivity for short, is the essential component of various definitions of chaos.
Here, the two features of the non-linear model are dependent on individual genomes and epigenomes (i.e., sensitive dependence of initial condition) and initially in an unforeseen circumstance (i.e., dynamics and evolution).
In addition to displaying a sensitive dependence on the positions, sizes, and types of inhomogeneities, scroll-wave dynamics also depends upon the degree of fiber rotation.
We find that, in addition to displaying a sensitive dependence on the positions, sizes, and types of inhomogeneities, scroll-wave dynamics also depends delicately upon the degree of fiber rotation.
Theorists at the lab who study complex systems like whirlpools and thunderstorms -- not everyone there designs bombs -- often refer to a phenomenon called "sensitive dependence on initial conditions".
In the early 1960s Lorenz discovered that the weather exhibits a nonlinear phenomenon known as sensitive dependence on initial conditions (see chaos theory).
F has sensitive dependence on initial conditions. .
Weak sensitive dependence can be characterized as follows.
Apparent dependence on initial conditions can obtain even if sensitive dependence on initial conditions does not.
The mathematical version of this property is known as sensitive dependence.
This points to the sensitive dependence of the confinement time on the geometry of the trap.
