The phrase "generically different" is correct and usable in written English.
It can be used to describe items or concepts that differ in a general or broad sense, without specifying particular characteristics.
Example: "The two species are generically different, belonging to separate families within the animal kingdom."
Alternatives: "fundamentally different" or "broadly distinct".
This is generically different than most geoengineering schemes.
Nearby lay Nabokov's study of some butterfly-wing configurations, just as careful, just as chromatic, generically different yet spiritually the same products of a genius able to comprehend both extremes of the Great Chain of Being, and to balance them on the point of his pen.
The brain may be nothing but a most remarkable computer, yet there's something generically different from a computer in a brain which, when it starts to malfunction as happens in MND, can begin to love Wagner's music and "enjoy life more".
Nearby lay Nabokov's study of some butterfly-wing configurations, just as careful, just as chromatic, generically different yet spiritually the same — products of a genius able to comprehend both extremes of the Great Chain of Being, and to balance them on the point of his pen.
Supervenience, In philosophy, the asymmetrical relation of ontological dependence that holds between two generically different sets of properties (e.g., mental and physical properties) if and only if every change in an object's properties belonging to the first set the supervening properties entails and is due to a change in properties belonging to the second set (the base properties).
(Dickson 2004 analyzes some of the modal principles involved and suggests another route, which he criticizes. Hooker 1972 is a comprehensive discussion that identifies several generically different ways to make the case).
For the standard method, there are generically many different solutions V∗ to Eq. (5), in complete analogy to the cross-validation method and Eq. (2).
Three given circles generically have eight different circles that are tangent to them (Figure 2) and each solution circle encloses or excludes the three given circles in a different way: in each solution, a different subset of the three circles is enclosed (its complement is excluded) and there are 8 subsets of a set whose cardinality is 3, since 8 = 23.
A major challenge of prognosis prediction algorithms is to make them generically applicable to different human cancers.
We presented a computational approach to analyze molecular adaptations in a biological system evolving through various phenotypes, which is generically applicable to different biological systems.
We developed a novel computational approach to analyze molecular adaptations in a biological system evolving through various phenotypes, which is generically applicable to different biological systems.
