Properties of the ν7/2 ⁻ [503]( f _7/2 ) band in ¹⁸⁵ Pt

Abstract

High-spin states in 185Pt have been reinvestigated via the reaction 173Yb(16O, 4n) at a beam energy of 90 MeV. The previously known band based on the ν7/2−[503](f7/2) Nilsson orbital has been extended to higher spin states. Properties of the ν7/2−[503](f7/2) band have been discussed with an emphasis on the evolution of configuration while increasing the spin.

Single Electron Charge Sensitivity of Liquid-Gated Carbon Nanotube Transistors

“…In small devices, such as CNT FETs, a single charge trap can have a disproportionately large influence, leading to the observation of a random telegraph signal (RTS) when measuring conductance vs time. − For example, one charge trap might be located a few Angstroms from the CNT channel, while all other traps are more distant. Random telegraph signals in CNT FETs have been studied extensively at low temperature, − and two studies have reported RTS at room temperature, demonstrating that single charge sensitivity is possible in air and vacuum. , This previous work has also verified the gate-dependent capture time and emission time can be understood in a framework developed for RTS in metal-oxide-semiconductor FET devices …”

Reversal of current blockade in nanotube-based field effect transistors through multiple trap correlations

“…The fabrication process of a typical CNT-FET inevitably introduces defects on the CNT, in the oxide, or at their interfaces [6], through the high-temperature annealing of SiO 2 in H 2 [7] and the interaction with high energy electrons from electron beam microscopy [8]. These defects can trap charges which may subsequently interact electrostatically with the CNT carriers.…”

Entropic uncertainty relations under the relativistic motion

“…However, using previously determined quantum information about the measured system, the above uncertainty bound could be violated. This dramatically gives a stronger Entropic Uncertainty Relation (EUR) which has been proved recently [7,8], followed by several experimentally confirmation [9,10]. The new relation can be illustrated by the uncertainty game between two players Alice and Bob, where Bob prepares a particle in a quantum state of his choosing and sends it to Alice, who then carries out one of the two measurements and announces her choice to Bob.…”

“…On the other hand, for arbitrary duration, we demonstrate that the uncertainty change is very small, since the low acceleration approximation |k|h ≪ 1 has been imposed. Nevertheless, the range of our estimation is still under the ability of modern technology [9], therefore could serve the future experiment test.…”