As we are about to see, the fact that this is the basic character of our modern human society is, according to Heidegger, explained by the predominance of a mode of sense-making that, in the Contributions, he calls machination, but which he later (and more famously) calls technology.
Even though high detection resolution is obtained by dynamic mode of sensing, this scheme suffers from limitations such as ineffectiveness in liquid medium due to large fluid damping losses [78], and dependence of resonant frequency shift on the position of target molecule binding site on the cantilever platform [79, 80].
The former takes place through any of the six modes of sense-object contact recognized in the system.
He bends the rules of grammar away from conventional modes of sense-making, refracting the detritus of European history through the fractured prism of his own style.
A comparison of dynamic and static modes of sensing using a cantilever as the mechanical platform for chemical and biological sensing applications is summarized in Table 1.
Despite being on the absolute other end of the complexity spectrum from his fabulous synths, it seemed to share a common goal: to break and expand on the established mode of the senses, and to bring joy.
Although such studies are still vastly outnumbered by studies of visual imagery, 'imagery' has become the generally accepted term amongst cognitive scientists for quasi-perceptual experience in any sense mode (or any combination of sense modes).
The system is a Mach Zender type laser interferometer, consisting of a diode laser, two single-mode fibers of sensing and reference arms and two photodiodes as detectors of interfered laser beams.
They are merely posited in the mind as modes of making sense and of determining reality as 'beings of reason'.
The natural frequencies of active mode and sense mode of the prototype are close, the frequency split is 0.06 Hz, and the quality factor is approximately 5000 in atmosphere.
