Consciousness as a State of Matter
... process information as a computer? Rather than just remain immobile as a gold ring, it must exhibit complex dynamics so that its future state depends in some complicated (and hopefully controllable/programmable) way on the present state. Its atom arrangement must be less ordered than a rigid solid w ...
... process information as a computer? Rather than just remain immobile as a gold ring, it must exhibit complex dynamics so that its future state depends in some complicated (and hopefully controllable/programmable) way on the present state. Its atom arrangement must be less ordered than a rigid solid w ...
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... The resonance lines are found by calculating the transmission through the quantum dot as function of X` and Xr . One then finds [30] that when either X` or Xr is varied while the other parameter is kept fixed, the maxima of the transmission occur on two ‘resonance lines’, shown in thick lines in Fig ...
... The resonance lines are found by calculating the transmission through the quantum dot as function of X` and Xr . One then finds [30] that when either X` or Xr is varied while the other parameter is kept fixed, the maxima of the transmission occur on two ‘resonance lines’, shown in thick lines in Fig ...
Simulating Space and Time
... an arbitrary designer if it isn’t, but the dynamic act of processing itself has no such limitation. In this model, nonphysical quantum processing dynamically outputs the physical world as a series of static states. Reality can’t be saved, downloaded or uploaded We save, download and upload static da ...
... an arbitrary designer if it isn’t, but the dynamic act of processing itself has no such limitation. In this model, nonphysical quantum processing dynamically outputs the physical world as a series of static states. Reality can’t be saved, downloaded or uploaded We save, download and upload static da ...
Phys. Rev. B 94, 195305 (2016) - Petta Group
... coherence times T2 = 60 ms have been reported [3]. Isotopic enrichment has extended the quantum coherence time to T2 = 10 s [4]. Moreover, the ability to dope silicon with a wide range of donors and acceptors is particularly exciting, as heavy elements such as 209 Bi (with nuclear spin quantum numbe ...
... coherence times T2 = 60 ms have been reported [3]. Isotopic enrichment has extended the quantum coherence time to T2 = 10 s [4]. Moreover, the ability to dope silicon with a wide range of donors and acceptors is particularly exciting, as heavy elements such as 209 Bi (with nuclear spin quantum numbe ...
Slide 1
... Radiological interpretations? Sometimes… Spectroscopy? Absolutely… Spectroscopic imaging? Yes indeed… X-nuclei? Why not! ...
... Radiological interpretations? Sometimes… Spectroscopy? Absolutely… Spectroscopic imaging? Yes indeed… X-nuclei? Why not! ...