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An electrical connector for transferring a plurality of differential signals between electrical components. The connector is made of modules that have a plurality of pairs of signal conductors with a first signal path and a second signal path. Each signal path has a pair of contact portions, and an

An electrical connector for transferring a plurality of differential signals between electrical components. The connector is made of modules that have a plurality of pairs of signal conductors with a first signal path and a second signal path. Each signal path has a pair of contact portions, and an interim section extending between the contact portions. For each pair of signal conductors, a first distance between the interim sections is less than a second distance between the pair of signal conductors and any other pair of signal conductors of the plurality. Embodiments are shown that increase routability.

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An electrical connector for transferring a plurality of differential signals between electrical components. The connector is made of modules that have a plurality of pairs of signal conductors with a first signal path and a second signal path. Each signal path has a pair of contact portions, and an

An electrical connector for transferring a plurality of differential signals between electrical components. The connector is made of modules that have a plurality of pairs of signal conductors with a first signal path and a second signal path. Each signal path has a pair of contact portions, and an interim section extending between the contact portions. For each pair of signal conductors, a first distance between the interim sections is less than a second distance between the pair of signal conductors and any other pair of signal conductors of the plurality. Embodiments are shown that increase routability. r may substitute portions of said plurality of predetermined diagnostic scenarios. 6. A system for diagnosing neuropsychological dysfunction as recited in claim 2, wherein said interactive computer generated simulated environment provides a plurality of questions to said subject based on said at least one predetermined diagnostic scenario and said test administrator modifies said plurality of questions when said input of said subject includes perseverations. 7. A system for diagnosing neuropsychological dysfunction as recited in claim 1, wherein said at least one predetermined diagnostic scenario includes a sequence of real life events and said interactive computer generated simulated environment provides at least one question to said subject based on said sequence of real life events. 8. A system for diagnosing neuropsychological dysfunction as recited in claim 7, wherein said sequence of real life events includes a beach scene. 9. A system for diagnosing neuropsychological dysfunction as recited in claim 1, wherein said at least one predetermined diagnostic scenario includes a sequence of non-reality events and said interactive computer generated simulated environment provides at least one question to said subject based on said sequence of non-reality events. 10. A system for diagnosing neuropsychological dysfunction as recited in claim 1, further comprising a plurality of predetermined diagnostic scenarios. 11. A system for diagnosing neuropsychological dysfunction as recited in claim 1, wherein said interactive computer generated simulated environment is substantially immersive. 12. A system for diagnosing neuropsychological dysfunction as recited in claim 1, wherein said interactive computer generated simulated environment is substantially non-immersive. 13. A system for diagnosing neuropsychological dysfunction as recited in claim 1, wherein said input received from said subject includes physiological measurements. 14. A system for diagnosing neuropsychological dysfunction comprising: a predetermined diagnostic scenario wherein distinct neuropsychological dysfunctions are determined, said scenario including a sequence of real life events; an interactive computer generated simulated reality environment based on said predetermined diagnostic scenario, said interactive computer generated simulated reality environment providing a plurality of questions to a subject based on said sequence of real life events; a diagnostic scenario processor communicating with said interactive computer generated simulated reality environment and being configured to receive input from said subject interacting with said interactive computer generated simulated reality environment to determine a neuropsychological dysfunction diagnosis of said subject; and a test administrator input communicating with said diagnostic scenario processor and being configured to receive input from a test administrator for modifying said predetermined diagnostic scenario. 15. A method for diagnosing executive dysfunction, the method comprising the steps of: providing at least one predetermined test scenario wherein distrinct neuropsychological dysfunctions are determined; producing an interactive computer generated simulated environment based on said at least one predetermined diagnostic scenario; interacting the interactive computer generated simulated environment with a subject; receiving input from said subject interacting with said interactive computer generated simulated environment by a diagnostic scenario processor communicating with said interactive computer generated simulated reality environment; and determining an executive dysfunction diagnosis of said subject based on said input received by said diagnostic scenario processor. 16. The method for diagnosing executive dysfunction as recited in claim 15, wherein the step of producing includes an interactive computer generated simulated environment which is substantially immersive. 17. The me