-transparent.png){kind=logo}
Periodic scarred States in open quantum dots as evidence of quantum Darwinism. 2010
School of Electrical, Computer, and Energy Engineering and Center for Solid State Electronics Research, Arizona State University, Tempe, Arizona 85287-5706, USA.
Scanning gate microscopy (SGM) is used to image scar structures in an open quantum dot, which is created in an InAs quantum well by electron-beam lithography and wet etching. The scanned images demonstrate periodicities in magnetic field that correlate to those found in the conductance fluctuations. Simulations have shown that these magnetic transform images bear a strong resemblance to actual scars found in the dot that replicate through the modes in direct agreement with quantum Darwinism.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
June 1996,
Physical review. B, Condensed matter,
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
October 2022,
Entropy (Basel, Switzerland),
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
July 2004,
Physical review letters,
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
November 2023,
Entropy (Basel, Switzerland),
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
October 2011,
Physical review letters,
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
December 2008,
Physical review letters,
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
June 2016,
Physical review. E,
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
December 1991,
Physical review. B, Condensed matter,
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
September 2010,
Physical review letters,
A M Burke, and
R Akis, and
T E Day, and
Gil Speyer, and
D K Ferry, and
B R Bennett
November 2014,
The Journal of chemical physics,
