Holographic non-computers

Klicks: 359
ID: 99406
2018
Kostenloses PDF
Artikelqualität & Leistungskennzahlen
Gesamtqualität Improving Quality
0.0 /100
Kombiniert Engagement-Daten mit KI-bewerteter akademischer Qualität
KI-Qualitätsbewertung
Nicht analysiert
Abstract
Abstract We introduce the notion of holographic non-computer as a system which exhibits parametrically large delays in the growth of complexity, as calculated within the Complexity-Action proposal. Some known examples of this behavior include extremal black holes and near-extremal hyperbolic black holes. Generic black holes in higher-dimensional gravity also show non-computing features. Within the 1/d expansion of General Relativity, we show that large-d scalings which capture the qualitative features of complexity, such as a linear growth regime and a plateau at exponentially long times, also exhibit an initial computational delay proportional to d. While consistent for large AdS black holes, the required ‘non-computing’ scalings are incompatible with thermodynamic stability for Schwarzschild black holes, unless they are tightly caged.
Referenzschlüssel
barbon2018holographicjournal Verwenden Sie diesen Schlüssel zum automatischen Zitieren im Manuskript bei Verwendung von SciMatic Manuscript Manager oder Thesis Manager
Autoren Barbón, José L. F.;Martín-García, Javier;
Zeitschrift journal of high energy physics
Jahr 2018
DOI
DOI nicht gefunden
URL
http://link.springer.com/article/10.1007/JHEP02(2018)181
Schlüsselwörter
Veterinary medicine Science physics electronic computers. computer science geology nuclear and particle physics. atomic energy. radioactivity astrophysics stratigraphy

Zitationen

Keine Zitationen gefunden. Um eine Zitation hinzuzufügen, kontaktieren Sie den Administrator unter info@scimatic.org

Kommentare

Noch keine Kommentare. Seien Sie der Erste, der diesen Artikel kommentiert.