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• W4385874347 endingPage "16524" @default.
• W4385874347 startingPage "16515" @default.
• W4385874347 abstract "Comprehending nonequilibrium electron–phonon dynamics at the microscopic level and at short time scales is one of the main goals in condensed matter physics. Effective temperature models and time-dependent Boltzmann equations are standard techniques for exploring and understanding the nonequilibrium state and the corresponding scattering channels. However, these methods consider only the time evolution of the carrier occupation function, while the self-consistent phonon dressing in each time instant coming from the nonequilibrium population is ignored, which makes them less suitable for studying ultrafast phenomena where softening of the phonon modes plays an active role. Here, we combine ab initio time-dependent Boltzmann equations and many-body phonon self-energy calculations to investigate the full momentum- and mode-resolved nonadiabatic phonon renormalization picture in the MoS2 monolayer under nonequilibrium conditions. Our results show that the nonequilibrium state of photoexcited MoS2 is governed by the multi-valley topology of valence and conduction bands that brings about characteristic anisotropic electron–phonon thermalization paths and the corresponding phonon renormalization of strongly coupled modes around high-symmetry points of the Brillouin zone. As the carrier population is thermalized toward its equilibrium state, we track in time the evolution of the remarkable phonon anomalies induced by nonequilibrium and the overall enhancement of the phonon relaxation rates. This work shows potential guidelines to tailor the electron–phonon relaxation channels and control the phonon dynamics under extreme photoexcited conditions." @default.
• W4385874347 created "2023-08-17" @default.
• W4385874347 creator A5002388447 @default.
• W4385874347 creator A5002958021 @default.
• W4385874347 creator A5075383999 @default.
• W4385874347 date "2023-08-16" @default.
• W4385874347 modified "2023-10-01" @default.
• W4385874347 title "Ultrafast Nonadiabatic Phonon Renormalization in Photoexcited Single-Layer MoS₂" @default.
• W4385874347 cites W1511851223 @default.
• W4385874347 cites W1550186202 @default.
• W4385874347 cites W1552613616 @default.
• W4385874347 cites W1756304590 @default.
• W4385874347 cites W1805096267 @default.
• W4385874347 cites W1922057599 @default.
• W4385874347 cites W1962814503 @default.
• W4385874347 cites W1964600680 @default.
• W4385874347 cites W1976363223 @default.
• W4385874347 cites W1993930460 @default.
• W4385874347 cites W2000833420 @default.
• W4385874347 cites W2002985933 @default.
• W4385874347 cites W2005415507 @default.
• W4385874347 cites W2019958223 @default.
• W4385874347 cites W2042938036 @default.
• W4385874347 cites W2045372895 @default.
• W4385874347 cites W2049545343 @default.
• W4385874347 cites W2056902973 @default.
• W4385874347 cites W2060831210 @default.
• W4385874347 cites W2079753334 @default.
• W4385874347 cites W2084895780 @default.
• W4385874347 cites W2091077450 @default.
• W4385874347 cites W2106702518 @default.
• W4385874347 cites W2107898791 @default.
• W4385874347 cites W2120145199 @default.
• W4385874347 cites W2121624572 @default.
• W4385874347 cites W2127527950 @default.
• W4385874347 cites W2143464453 @default.
• W4385874347 cites W2144065155 @default.
• W4385874347 cites W2155146555 @default.
• W4385874347 cites W2163103630 @default.
• W4385874347 cites W2192430962 @default.
• W4385874347 cites W2213746165 @default.
• W4385874347 cites W2258635766 @default.
• W4385874347 cites W2310390902 @default.
• W4385874347 cites W2315341045 @default.
• W4385874347 cites W2317575774 @default.
• W4385874347 cites W2318724650 @default.
• W4385874347 cites W2339223279 @default.
• W4385874347 cites W2410821910 @default.
• W4385874347 cites W2413550118 @default.
• W4385874347 cites W2513086999 @default.
• W4385874347 cites W2519905913 @default.
• W4385874347 cites W2555389732 @default.
• W4385874347 cites W255848028 @default.
• W4385874347 cites W2582750469 @default.
• W4385874347 cites W2611756814 @default.
• W4385874347 cites W2624152100 @default.
• W4385874347 cites W2727256512 @default.
• W4385874347 cites W2733277703 @default.
• W4385874347 cites W2736628701 @default.
• W4385874347 cites W2736630700 @default.
• W4385874347 cites W2743092591 @default.
• W4385874347 cites W2743136250 @default.
• W4385874347 cites W2753126951 @default.
• W4385874347 cites W2768903759 @default.
• W4385874347 cites W2781888319 @default.
• W4385874347 cites W2782842172 @default.
• W4385874347 cites W2806690724 @default.
• W4385874347 cites W2891915053 @default.
• W4385874347 cites W2921204574 @default.
• W4385874347 cites W2950022073 @default.
• W4385874347 cites W2950077265 @default.
• W4385874347 cites W2951821564 @default.
• W4385874347 cites W2955325605 @default.
• W4385874347 cites W2958213782 @default.
• W4385874347 cites W2962692156 @default.
• W4385874347 cites W2969573756 @default.
• W4385874347 cites W2972789246 @default.
• W4385874347 cites W2983715409 @default.
• W4385874347 cites W2984447453 @default.
• W4385874347 cites W3007641568 @default.
• W4385874347 cites W3011129131 @default.
• W4385874347 cites W3012013248 @default.
• W4385874347 cites W3021203304 @default.
• W4385874347 cites W3023894968 @default.
• W4385874347 cites W3035984407 @default.
• W4385874347 cites W3048077725 @default.
• W4385874347 cites W3086054822 @default.
• W4385874347 cites W3098827009 @default.
• W4385874347 cites W3098833934 @default.
• W4385874347 cites W3098943754 @default.
• W4385874347 cites W3099862213 @default.
• W4385874347 cites W3100521541 @default.
• W4385874347 cites W3101095095 @default.
• W4385874347 cites W3102296080 @default.
• W4385874347 cites W3102884354 @default.
• W4385874347 cites W3103107772 @default.
• W4385874347 cites W3103675042 @default.
• W4385874347 cites W3104959244 @default.

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