ERPs to mismatches in both tasks elicited a negativity around 400 ms, which was similar in latency and amplitude in the two tasks, but differed in scalp topography.
Interestingly, the QDs+ nanocomposite prolonged the phosphorescence lifetime of Mn-ZnS QDs by 2.6 times to 4.94 ms, which was 5 6 magnitude-order larger than that of fluorescent QDs.
This difference coincided with pronounced morphological change in a time window between 100 and 400 ms, which was observed in musically trained children in response to violin stimuli only, whereas in untrained children a similar change was present regardless of stimulus type.
The loading ramp time was chosen to be ~ 2 ms, which was long enough to allow pressure equilibrium to be established between the marrow cavity and the vascular pores, but short enough to observe the LCS fluid flowing into and out of the vascular pores.
But the delay was still below 20 ms, which was less than 60ms, the delay constraint required by rtPS.
The filter length was 100 ms, which was equivalent to 800 tabs at an 8-kHz sampling rate.
The size of each frame was 32 ms, which was equivalent to F s × 0.032 = 512 samples.
All the curves show the same decay period of 1.8 ms, which was expected from the design of the electronic circuit and temperature of the APD.
In the operation, the time delay of the breaker position changing from "OFF" to "ON" was about 92 ms, which was greater than the typical value (37 ms).
The leaky integrator's time constant employed here is 50 ms, which was chosen because it is close to the time constant of a cortical pyramidal cell [16].
