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{{DISPLAYTITLE:{{#invoke:Wd|label|Q4610}}}}
{{DISPLAYTITLE:{{#invoke:Wd|label|Q4610}}}}
<gallery widths=200 heights=200>
File:3082a.jpg|caption1
File:3082b.jpg|caption2
</gallery>




{{#invoke:Wd|label|Q4610}} is a {{#invoke:Wd|description|Q4610}}.
 
<b>
{{#invoke:Wd|description|Q4610}}
</b>
 
{{#invoke:TA4TK:myTest|getImageWithLegend}}
 
<br>
<br>
 


{{#invoke:TA4TK:myTest|buildDescription|Q4610}}
{{#invoke:TA4TK:myTest|buildDescription|Q4610}}
<br>
<br>
The {{#invoke:Wd|label|Q4610}} contains the following mathematical expressions with quantities:<br>


TODO: The {{#invoke:Wd|label|Q4610}} contains the following mathematical expressions contains {#invoke}.
{{#invoke:TA4TK:myTest|getFormulationsWithQuantities|Q4610}}


TODO: This model is applied by the (3 or 4) tasks {#invoke}.
The {{#invoke:Wd|label|Q4610}} is applied by the following computational tasks:
{{#invoke:TA4TK:myTest|getComputationalTasks|Q4610}}
<br>
<br>


TODO: Eloi: import in backend Spin Qbit Shuttling (Research Problem), Research Field (Semiconductor Physics #invoke)
<!-- TODO:  


TODO: The Research Problem (Spin Qbit Shuttling #invoke) is contained in the Research Field (Semiconductor Physics #invoke).
TODO: The Research Problem (Spin Qbit Shuttling #invoke) is contained in the Research Field (Semiconductor Physics #invoke).


TODO: Burkhard: add assumptions in backend. -> This will be displayed  in frontend.


TODO: Burkhard: add one or two pictures from the paper.


TODO: what is interesting to show about math. expressions and quantities?
Research Field:


- Semiconductor physics: https://portal.mardi4nfdi.de/wiki/Item:Q6534344




--------------------------------------------------------------------------
Research Problem:
 
- Spin Qbit Shuttling: https://portal.mardi4nfdi.de/wiki/Item:Q6534343
 
 
Mathematical Model:
 
- Electron Shuttling Model: https://portal.mardi4nfdi.de/wiki/Item:Q6534342
 
 
Assumptions:
 
- https://portal.mardi4nfdi.de/wiki/Item:Q6534305 (Time-Dependent Schrödinger Equation generalizes Time-Independent Schrödinger Equation)
 
- https://portal.mardi4nfdi.de/wiki/Item:Q6534349 (Liouville-von Neumann Equation) generalizes Time-Dependent Schrödinger Equation)
 


'''The rest is about testing more around and can be ignored!!!!!'''




{{#invoke:TA4TK:myTest|hello}}


{{#invoke:TA4TK:myTest|renderFormula}}
--------------------------------------------------------------------------


<math>{{#invoke:TA4TK:myTest|renderFormula}}</math>
<!-- '''The rest is about testing more around and can be ignored!!!!!'''


<math>\sin x</math>


{{#sparql:
{{#sparql:
Line 49: Line 71:
| log=2
| log=2
}}
}}




{{#invoke:TA4TK:myTest|buildList|Q3871}}
{{#invoke:TA4TK:myTest|buildList|Q3871}}
<gallery widths=480 heights=200>
File:3082a.jpg|Schematic illustration of the Si-QuBus device. The clavier gate electrodes on the top surface generate a moving array of QD potentials.
File:3082b.jpg|Top view on the Si-QuBus with the four different clavier gate sets highlighted in color.
</gallery>
{{
#if:{{#statements:P1088|from=Q4610}} | {{#statements:P1088|from=Q4610}}
}}
{{#invoke:TA4TK:myTest|getImage}}
The {{#invoke:Wd|label|Q4610}} contains the following mathematical expressions:
{{#sparql:
    SELECT ?Formula ?defining_formula ?in_defining_formula
# Q4610 refers to Electron Shuttling Model
# P715 refers to contains
# P29 refers to defining formula
# P597 refers to in defining formula
WHERE {
      wd:Q4610 wdt:P715 ?IDFormula.
      ?IDFormula  rdfs:label ?Formula.
      ?IDFormula wdt:P29 ?defining_formula.
      ?IDFormula wdt:P597 ?in_defining_formula
}
| chart=bordercloud.visualization.DataTable
| log=2
}}
{{#sparql:
SELECT ?Formula ?defining_formulation ?IDFormula
# Q4610 refers to Electron Shuttling Model
# P715 refers to contains
# P29 refers to defining formulation
WHERE {
      wd:Q4610 wdt:P715 ?IDFormula.
      ?IDFormula  rdfs:label ?Formula.
      ?IDFormula wdt:P29 ?defining_formulation
}
| chart=bordercloud.visualization.DataTable
| log=2
}}
-->

Latest revision as of 10:22, 9 April 2025



quantum dynamical model of an electron to be shuttled in a silicon quBus device

The clavier gate electrodes on the top surface generate a moving array of QD potentials
Top view on the Si-QuBus with the four different clavier gate sets highlighted in color




Quantum dynamical modeling of an electron to be shuttled, governed by the electric potential generated by the clavier (and other) gates in a Silicon QuBus device. Spin and valley states as well as the respective interactions are neglected. Moreover, the current model is limited to the coherent wave packet evolution and disregards the effects of noise and dissipation.

The Electron Shuttling Model contains the following mathematical expressions with quantities:

Lua error in Module:TA4TK:myTest at line 272: attempt to index local 'alttext' (a nil value).

The Electron Shuttling Model is applied by the following computational tasks:

Optimal Control
Quantum Time Evolution
Quantum Stationary States
Semiconductor Charge Neutrality