FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2476275822> ?p ?o ?g. }

• W2476275822 abstract "A quantum thermodynamic cycle with a chiral multiferroic working substance such as $textrm{LiCu}_{2}textrm{O}_{2}$ is presented. Shortcuts to adiabaticity are employed to achieve an efficient, finite time quantum thermodynamic cycle which is found to depend on the spin ordering. The emergent electric polarization associated with the chiral spin order, i.e. the magnetoelectric coupling, renders possible steering of the spin order by an external electric field and hence renders possible an electric-field control of the cycle. Due to the intrinsic coupling between of the spin and the electric polarization, the cycle performs an electro-magnetic work. We determine this work's mean square fluctuations, the irreversible work, and the output power of the cycle. We observe that the work mean square fluctuations are increased with the duration of the adiabatic strokes while the irreversible work and the output power of the cycle show a non-monotonic behavior. In particular the irreversible work vanishes at the end of the quantum adiabatic strokes. This fact confirms that the cycle is reversible. Our theoretical findings evidence the existence of a system inherent maximal output power. By implementing a Lindblad master equation we quantify the role of thermal relaxations on the cycle efficiency. We also discuss the role of entanglement encoded in the non-collinear spin order as a resource to affect the quantum thermodynamic cycle." @default.
• W2476275822 created "2016-08-23" @default.
• W2476275822 creator A5004310772 @default.
• W2476275822 creator A5042571725 @default.
• W2476275822 creator A5047323432 @default.
• W2476275822 creator A5052232410 @default.
• W2476275822 creator A5072587527 @default.
• W2476275822 creator A5082818938 @default.
• W2476275822 date "2016-09-15" @default.
• W2476275822 modified "2023-10-03" @default.
• W2476275822 title "Superadiabatic quantum heat engine with a multiferroic working medium" @default.
• W2476275822 cites W126915739 @default.
• W2476275822 cites W1493651294 @default.
• W2476275822 cites W1547376977 @default.
• W2476275822 cites W1575492558 @default.
• W2476275822 cites W1650595283 @default.
• W2476275822 cites W1963551001 @default.
• W2476275822 cites W1963623744 @default.
• W2476275822 cites W1967327079 @default.
• W2476275822 cites W1971480497 @default.
• W2476275822 cites W1971699777 @default.
• W2476275822 cites W1973420817 @default.
• W2476275822 cites W1980928712 @default.
• W2476275822 cites W1982366845 @default.
• W2476275822 cites W1983286379 @default.
• W2476275822 cites W1993482871 @default.
• W2476275822 cites W1993717184 @default.
• W2476275822 cites W1994222207 @default.
• W2476275822 cites W1994671075 @default.
• W2476275822 cites W2001812903 @default.
• W2476275822 cites W2001903741 @default.
• W2476275822 cites W2007414324 @default.
• W2476275822 cites W2007935612 @default.
• W2476275822 cites W2011208902 @default.
• W2476275822 cites W2017521198 @default.
• W2476275822 cites W2017900120 @default.
• W2476275822 cites W2018381261 @default.
• W2476275822 cites W2021111821 @default.
• W2476275822 cites W2023696328 @default.
• W2476275822 cites W2027503656 @default.
• W2476275822 cites W2027891048 @default.
• W2476275822 cites W2037511573 @default.
• W2476275822 cites W2039561186 @default.
• W2476275822 cites W2043589523 @default.
• W2476275822 cites W2045946493 @default.
• W2476275822 cites W2046951295 @default.
• W2476275822 cites W2049346503 @default.
• W2476275822 cites W2057987048 @default.
• W2476275822 cites W2060246281 @default.
• W2476275822 cites W2061275375 @default.
• W2476275822 cites W2062792769 @default.
• W2476275822 cites W2065307738 @default.
• W2476275822 cites W2066026182 @default.
• W2476275822 cites W2068997849 @default.
• W2476275822 cites W2071214852 @default.
• W2476275822 cites W2083085524 @default.
• W2476275822 cites W2083626681 @default.
• W2476275822 cites W2086634066 @default.
• W2476275822 cites W2091929424 @default.
• W2476275822 cites W2092911179 @default.
• W2476275822 cites W2104163296 @default.
• W2476275822 cites W2109246727 @default.
• W2476275822 cites W2115122452 @default.
• W2476275822 cites W2126821505 @default.
• W2476275822 cites W2128175217 @default.
• W2476275822 cites W2130156865 @default.
• W2476275822 cites W2146084604 @default.
• W2476275822 cites W2149801992 @default.
• W2476275822 cites W2170921940 @default.
• W2476275822 cites W2171823766 @default.
• W2476275822 cites W2230776002 @default.
• W2476275822 cites W2281569456 @default.
• W2476275822 cites W2297187881 @default.
• W2476275822 cites W2320255317 @default.
• W2476275822 cites W2320968971 @default.
• W2476275822 cites W2345217523 @default.
• W2476275822 cites W3037443854 @default.
• W2476275822 cites W3098808393 @default.
• W2476275822 cites W3101954860 @default.
• W2476275822 cites W3103636391 @default.
• W2476275822 cites W3106171280 @default.
• W2476275822 cites W3123172598 @default.
• W2476275822 cites W898248466 @default.
• W2476275822 doi "https://doi.org/10.1103/physreve.94.032116" @default.
• W2476275822 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27739759" @default.
• W2476275822 hasPublicationYear "2016" @default.
• W2476275822 type Work @default.
• W2476275822 sameAs 2476275822 @default.
• W2476275822 citedByCount "35" @default.
• W2476275822 countsByYear W24762758222016 @default.
• W2476275822 countsByYear W24762758222017 @default.
• W2476275822 countsByYear W24762758222018 @default.
• W2476275822 countsByYear W24762758222019 @default.
• W2476275822 countsByYear W24762758222020 @default.
• W2476275822 countsByYear W24762758222021 @default.
• W2476275822 countsByYear W24762758222022 @default.
• W2476275822 crossrefType "journal-article" @default.
• W2476275822 hasAuthorship W2476275822A5004310772 @default.
• W2476275822 hasAuthorship W2476275822A5042571725 @default.
• W2476275822 hasAuthorship W2476275822A5047323432 @default.

• next