Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384207959> ?p ?o ?g. }
- W4384207959 endingPage "129041" @default.
- W4384207959 startingPage "129041" @default.
- W4384207959 abstract "The configurational entropy is an indispensable tool to describe super-cooled liquids near the glass transition. Its calculation requires the enumeration of the basins in the potential energy landscape and when available, it reveals a direct connection with the relaxation time of the liquid. While there are several reports on the measurement of configurational entropy in passive liquids, very little is understood about its role in active liquids which have a propensity to undergo a glass transition at low temperatures. In this paper, we report a careful calculation of the configurational entropy in a model glass former where the constituent units are self propelled. We show that unlike passive liquids, the anharmonic contribution to the glass entropy in these self-propelled liquids can be of the same order as the harmonic contribution, and therefore must be included in the calculation of the configurational entropy. Our extracted configurational entropy is in good agreement with the generalized Adam-Gibbs relation predicted by the random first order transition theory enabling us to deduce a scaling relation between the configurational entropy and the point-to-set length scale in these active systems. Our findings could be of great utility in conventional active systems such as self-propelled granules, Janus particles and dense bacterial suspensions, to mention a few." @default.
- W4384207959 created "2023-07-14" @default.
- W4384207959 creator A5019685660 @default.
- W4384207959 creator A5067272079 @default.
- W4384207959 date "2023-09-01" @default.
- W4384207959 modified "2023-10-01" @default.
- W4384207959 title "Configurational entropy of self propelled glass formers" @default.
- W4384207959 cites W1530546866 @default.
- W4384207959 cites W1563801171 @default.
- W4384207959 cites W1576028611 @default.
- W4384207959 cites W1916790206 @default.
- W4384207959 cites W1921593226 @default.
- W4384207959 cites W1965234283 @default.
- W4384207959 cites W1970802205 @default.
- W4384207959 cites W1971354120 @default.
- W4384207959 cites W1975117621 @default.
- W4384207959 cites W1989418097 @default.
- W4384207959 cites W1997881715 @default.
- W4384207959 cites W2001700951 @default.
- W4384207959 cites W2003550194 @default.
- W4384207959 cites W2006628332 @default.
- W4384207959 cites W2012263834 @default.
- W4384207959 cites W2012325092 @default.
- W4384207959 cites W2012494132 @default.
- W4384207959 cites W2016746146 @default.
- W4384207959 cites W2023816664 @default.
- W4384207959 cites W2027491697 @default.
- W4384207959 cites W2028457175 @default.
- W4384207959 cites W2031641141 @default.
- W4384207959 cites W2031807229 @default.
- W4384207959 cites W2035694903 @default.
- W4384207959 cites W2042898119 @default.
- W4384207959 cites W2048145097 @default.
- W4384207959 cites W2050940003 @default.
- W4384207959 cites W2071446277 @default.
- W4384207959 cites W2082254475 @default.
- W4384207959 cites W2090465694 @default.
- W4384207959 cites W2101102439 @default.
- W4384207959 cites W2114479908 @default.
- W4384207959 cites W2123543343 @default.
- W4384207959 cites W2135835362 @default.
- W4384207959 cites W2141573055 @default.
- W4384207959 cites W2147889596 @default.
- W4384207959 cites W2163281958 @default.
- W4384207959 cites W2257044671 @default.
- W4384207959 cites W2299745592 @default.
- W4384207959 cites W2304845716 @default.
- W4384207959 cites W2312437114 @default.
- W4384207959 cites W2312883459 @default.
- W4384207959 cites W2318276453 @default.
- W4384207959 cites W2336921874 @default.
- W4384207959 cites W2418489325 @default.
- W4384207959 cites W2464845216 @default.
- W4384207959 cites W2605335561 @default.
- W4384207959 cites W2735304102 @default.
- W4384207959 cites W2915432705 @default.
- W4384207959 cites W2926832486 @default.
- W4384207959 cites W2945901175 @default.
- W4384207959 cites W2963810360 @default.
- W4384207959 cites W3006685803 @default.
- W4384207959 cites W3012087433 @default.
- W4384207959 cites W3090097038 @default.
- W4384207959 cites W3098614112 @default.
- W4384207959 cites W3100120830 @default.
- W4384207959 cites W3101712865 @default.
- W4384207959 cites W3101771165 @default.
- W4384207959 cites W3103368869 @default.
- W4384207959 cites W3104623136 @default.
- W4384207959 cites W3132069874 @default.
- W4384207959 cites W3193092865 @default.
- W4384207959 cites W4300437123 @default.
- W4384207959 doi "https://doi.org/10.1016/j.physa.2023.129041" @default.
- W4384207959 hasPublicationYear "2023" @default.
- W4384207959 type Work @default.
- W4384207959 citedByCount "0" @default.
- W4384207959 crossrefType "journal-article" @default.
- W4384207959 hasAuthorship W4384207959A5019685660 @default.
- W4384207959 hasAuthorship W4384207959A5067272079 @default.
- W4384207959 hasBestOaLocation W43842079592 @default.
- W4384207959 hasConcept C106301342 @default.
- W4384207959 hasConcept C121332964 @default.
- W4384207959 hasConcept C121864883 @default.
- W4384207959 hasConcept C122865956 @default.
- W4384207959 hasConcept C124589349 @default.
- W4384207959 hasConcept C147724859 @default.
- W4384207959 hasConcept C2524010 @default.
- W4384207959 hasConcept C26873012 @default.
- W4384207959 hasConcept C33923547 @default.
- W4384207959 hasConcept C46141821 @default.
- W4384207959 hasConcept C521977710 @default.
- W4384207959 hasConcept C97355855 @default.
- W4384207959 hasConcept C99844830 @default.
- W4384207959 hasConceptScore W4384207959C106301342 @default.
- W4384207959 hasConceptScore W4384207959C121332964 @default.
- W4384207959 hasConceptScore W4384207959C121864883 @default.
- W4384207959 hasConceptScore W4384207959C122865956 @default.
- W4384207959 hasConceptScore W4384207959C124589349 @default.
- W4384207959 hasConceptScore W4384207959C147724859 @default.