[1] G. D.Mahan. Physics of Solids and Liquids(1990).
[2] D.Pines, and D.Pines, D.Bohm. Collective description of electron interactions: II. Collective vs individual particle aspects of the interactions. Phys. Rev., 85, 338(1952).
[3] M.Bonitz. Quantum Kinetic Theory(2016).
[4] G.Giuliani, and G.Giuliani, G.Vignale. Quantum Theory of the Electron Liquid(2008).
[5] A.Griffin, A.Griffin, W.Snoke D., S.Stringari and, D. W.Snoke, A.Griffin, W.Snoke D., S.Stringari and, S.Stringari. Bose-Einstein Condensation(1996).
[6] V. I.Yukalov. Basics of Bose-Einstein condensation. Phys. Part. Nucl., 42, 460-513(2011).
[7] R. O.Jones. Density functional theory: Its origins, rise to prominence, and future. Rev. Mod. Phys., 87, 897-923(2015).
[8] A.Pribram-Jones, A.Pribram-Jones, A.Gross D., K.Burke and, D. A.Gross, A.Pribram-Jones, A.Gross D., K.Burke and, K.Burke. DFT: A theory full of holes?. Annu. Rev. Phys. Chem., 66, 283-304(2015).
[9] D. M.Ceperley. Path integrals in the theory of condensed helium. Rev. Mod. Phys., 67, 279(1995).
[10] W. M. C.Foulkes, M. W., L.Mitas, J.Needs R., G.Rajagopal and, L.Mitas, M. W., L.Mitas, J.Needs R., G.Rajagopal and, R. J.Needs, M. W., L.Mitas, J.Needs R., G.Rajagopal and, G.Rajagopal. Quantum Monte Carlo simulations of solids. Rev. Mod. Phys., 73, 33-83(2001).
[11] J. B.Anderson. Quantum Monte Carlo: Origins, Development, Applications(2007).
[12] G. H.Booth, H.Booth G., A.Grüneis, G.Kresse, A.Alavi and, A.Grüneis, H.Booth G., A.Grüneis, G.Kresse, A.Alavi and, G.Kresse, H.Booth G., A.Grüneis, G.Kresse, A.Alavi and, A.Alavi. Towards an exact description of electronic wavefunctions in real solids. Nature, 493, 365-370(2013).
[13] M. F.Herman, F.Herman M., J.Bruskin E., B. and, E. J.Bruskin, F.Herman M., J.Bruskin E., B. and, B. J.Berne. On path integral Monte Carlo simulations. J. Chem. Phys., 76, 5150-5155(1982).
[14] T.Dornheim, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, Z. A.Moldabekov, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, K.Ramakrishna, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, P.Tolias, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, A. D.Baczewski, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, D.Kraus, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, T. R.Preston, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, D. A.Chapman, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, M. P.B?hme, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, T.D?ppner, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, F.Graziani, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, M.Bonitz, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, A.Cangi, T.Dornheim, A.Moldabekov Z., K.Ramakrishna, P.Tolias, D.Baczewski A., D.Kraus, R.Preston T., A.Chapman D., P.Böhme M., T.D?ppner, F.Graziani, M.Bonitz, A.Cangi, J.Vorberger and, J.Vorberger. Electronic density response of warm dense matter. Phys. Plasmas, 30, 032705(2023).
[15] W.Nolting, and W.Nolting, W. D.Brewer. Fundamentals of Many-Body Physics: Principles and Methods(2009).
[16] V.Bobrov, V.Bobrov, S.Trigger, D.Litinski and, S.Trigger, V.Bobrov, S.Trigger, D.Litinski and, D.Litinski. Universality of the phonon–roton spectrum in liquids and superfluidity of 4He. Z. Naturforsch. A, 71, 565-575(2016).
[17] H.Godfrin, H.Godfrin, M.Meschke, H.-J.Lauter, A.Sultan, M.Böhm H., E.Krotscheck, M.Panholzer and, M.Meschke, H.Godfrin, M.Meschke, H.-J.Lauter, A.Sultan, M.Böhm H., E.Krotscheck, M.Panholzer and, H.-J.Lauter, H.Godfrin, M.Meschke, H.-J.Lauter, A.Sultan, M.Böhm H., E.Krotscheck, M.Panholzer and, A.Sultan, H.Godfrin, M.Meschke, H.-J.Lauter, A.Sultan, M.Böhm H., E.Krotscheck, M.Panholzer and, H. M.B?hm, H.Godfrin, M.Meschke, H.-J.Lauter, A.Sultan, M.Böhm H., E.Krotscheck, M.Panholzer and, E.Krotscheck, H.Godfrin, M.Meschke, H.-J.Lauter, A.Sultan, M.Böhm H., E.Krotscheck, M.Panholzer and, M.Panholzer. Observation of a roton collective mode in a two-dimensional Fermi liquid. Nature, 483, 576-579(2012).
[18] T.Dornheim, T.Dornheim, A.Moldabekov Z., J.Vorberger, B.Militzer and, Z. A.Moldabekov, T.Dornheim, A.Moldabekov Z., J.Vorberger, B.Militzer and, J.Vorberger, T.Dornheim, A.Moldabekov Z., J.Vorberger, B.Militzer and, B.Militzer. Path integral Monte Carlo approach to the structural properties and collective excitations of liquid 3He without fixed nodes. Sci. Rep., 12, 708(2022).
[19] T.Dornheim, T.Dornheim, A.Moldabekov Z., J.Vorberger, H.K?hlert, M.Bonitz and, Z. A.Moldabekov, T.Dornheim, A.Moldabekov Z., J.Vorberger, H.K?hlert, M.Bonitz and, J.Vorberger, T.Dornheim, A.Moldabekov Z., J.Vorberger, H.K?hlert, M.Bonitz and, H.K?hlert, T.Dornheim, A.Moldabekov Z., J.Vorberger, H.K?hlert, M.Bonitz and, M.Bonitz. Electronic pair alignment and roton feature in the warm dense electron gas. Commun. Phys., 5, 304(2022).
[20] G. J.Kalman, J.Kalman G., P.Hartmann, I.Golden K., A.Filinov, Z.Donkó and, P.Hartmann, J.Kalman G., P.Hartmann, I.Golden K., A.Filinov, Z.Donkó and, K. I.Golden, J.Kalman G., P.Hartmann, I.Golden K., A.Filinov, Z.Donkó and, A.Filinov, J.Kalman G., P.Hartmann, I.Golden K., A.Filinov, Z.Donkó and, Z.Donkó. Correlational origin of the roton minimum. Europhys. Lett., 90, 55002(2010).
[21] V. E.Fortov. Extreme states of matter on Earth and in space. Phys.-Usp., 52, 615-647(2009).
[22] R. P.Drake. Graduate Texts in Physics(2018).
[23] F.Graziani, F.Graziani, P.Desjarlais M., R.Redmer, S. and, M. P.Desjarlais, F.Graziani, P.Desjarlais M., R.Redmer, S. and, R.Redmer, F.Graziani, P.Desjarlais M., R.Redmer, S. and, S. B.Trickey. Frontiers and Challenges in Warm Dense Matter(2014).
[24] A.Benuzzi-Mounaix, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, S.Mazevet, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, A.Ravasio, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, T.Vinci, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, A.Denoeud, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, M.Koenig, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, N.Amadou, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, E.Brambrink, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, F.Festa, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, A.Levy, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, M.Harmand, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, S.Brygoo, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, G.Huser, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, V.Recoules, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, J.Bouchet, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, G.Morard, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, F.Guyot, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, T. . d.Resseguier, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, K.Myanishi, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, N.Ozaki, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, F.Dorchies, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, J.Gaudin, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, P. M.Leguay, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, O.Peyrusse, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, O.Henry, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, D.Raffestin, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, S. L.Pape, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, R.Smith, A.Benuzzi-Mounaix, S.Mazevet, A.Ravasio, T.Vinci, A.Denoeud, M.Koenig, N.Amadou, E.Brambrink, F.Festa, A.Levy, M.Harmand, S.Brygoo, G.Huser, V.Recoules, J.Bouchet, G.Morard, F.Guyot, . T., K.Myanishi, N.Ozaki, F.Dorchies, J.Gaudin, M.Leguay P., O.Peyrusse, O.Henry, D.Raffestin, L.Pape S., R.Smith, R.Musella and, R.Musella. Progress in warm dense matter study with applications to planetology. Phys. Scr., T161, 014060(2014).
[25] S. X.Hu, X.Hu S., B.Militzer, N.Goncharov V., S.Skupsky and, B.Militzer, X.Hu S., B.Militzer, N.Goncharov V., S.Skupsky and, V. N.Goncharov, X.Hu S., B.Militzer, N.Goncharov V., S.Skupsky and, S.Skupsky. First-principles equation-of-state table of deuterium for inertial confinement fusion applications. Phys. Rev. B, 84, 224109(2011).
[26] S. H.Glenzer, H.Glenzer S., R.Redmer. X-ray Thomson scattering in high energy density plasmas. Rev. Mod. Phys., 81, 1625(2009).
[27] D.Kraus, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, B.Bachmann, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, B.Barbrel, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, R. W.Falcone, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, L. B.Fletcher, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, S.Frydrych, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, E. J.Gamboa, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, M.Gauthier, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, D. O.Gericke, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, S. H.Glenzer, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, S.G?de, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, E.Granados, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, N. J.Hartley, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, J.Helfrich, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, H. J.Lee, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, B.Nagler, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, A.Ravasio, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, W.Schumaker, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, J.Vorberger, D.Kraus, B.Bachmann, B.Barbrel, W.Falcone R., B.Fletcher L., S.Frydrych, J.Gamboa E., M.Gauthier, O.Gericke D., H.Glenzer S., S.G?de, E.Granados, J.Hartley N., J.Helfrich, J.Lee H., B.Nagler, A.Ravasio, W.Schumaker, J.Vorberger, T.Döppner and, T.D?ppner. Characterizing the ionization potential depression in dense carbon plasmas with high-precision spectrally resolved x-ray scattering. Plasma Phys. Controlled Fusion, 61, 014015(2019).
[28] T.Dornheim, T.Dornheim, M.B?hme, D.Kraus, T.D?ppner, R.Preston T., A.Moldabekov Z., J.Vorberger and, M.B?hme, T.Dornheim, M.B?hme, D.Kraus, T.D?ppner, R.Preston T., A.Moldabekov Z., J.Vorberger and, D.Kraus, T.Dornheim, M.B?hme, D.Kraus, T.D?ppner, R.Preston T., A.Moldabekov Z., J.Vorberger and, T.D?ppner, T.Dornheim, M.B?hme, D.Kraus, T.D?ppner, R.Preston T., A.Moldabekov Z., J.Vorberger and, T. R.Preston, T.Dornheim, M.B?hme, D.Kraus, T.D?ppner, R.Preston T., A.Moldabekov Z., J.Vorberger and, Z. A.Moldabekov, T.Dornheim, M.B?hme, D.Kraus, T.D?ppner, R.Preston T., A.Moldabekov Z., J.Vorberger and, J.Vorberger. Accurate temperature diagnostics for matter under extreme conditions. Nat. Commun., 13, 7911(2022).
[29] T.Dornheim, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, M. P.B?hme, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, D.Chapman, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, D.Kraus, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, T. R.Preston, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, Z. A.Moldabekov, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, N.Schlünzen, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, A.Cangi, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, T.D?ppner, T.Dornheim, P.Böhme M., D.Chapman, D.Kraus, R.Preston T., A.Moldabekov Z., N.Schlünzen, A.Cangi, T.D?ppner, J.Vorberger and, J.Vorberger. Imaginary-time correlation function thermometry: A new, high-accuracy and model-free temperature analysis technique for x-ray Thomson scattering data. Phys. Plasmas, 30, 042707(2023).
[30] M. A. L.Marques, A. M., T.Maitra N., M. F., K. E., A.Rubio and, N. T.Maitra, A. M., T.Maitra N., M. F., K. E., A.Rubio and, F. M. S.Nogueira, A. M., T.Maitra N., M. F., K. E., A.Rubio and, E. K. U.Gross, A. M., T.Maitra N., M. F., K. E., A.Rubio and, A.Rubio. Lecture Notes in Physics(2012).
[31] T.Dornheim, T.Dornheim, S.Groth, V.Filinov A., M.Bonitz and, S.Groth, T.Dornheim, S.Groth, V.Filinov A., M.Bonitz and, A. V.Filinov, T.Dornheim, S.Groth, V.Filinov A., M.Bonitz and, M.Bonitz. Path integral Monte Carlo simulation of degenerate electrons: Permutation-cycle properties. J. Chem. Phys., 151, 014108(2019).
[32] M.Jarrell, and M.Jarrell, J. E.Gubernatis. Bayesian inference and the analytic continuation of imaginary-time quantum Monte Carlo data. Phys. Rep., 269, 133-195(1996).
[33] M.Boninsegni, and M.Boninsegni, D. M.Ceperley. Density fluctuations in liquid 4He. Path integrals and maximum entropy. J. Low Temp. Phys., 104, 339-357(1996).
[34] A. S.Mishchenko, S.Mishchenko A., V.Prokof’ev N., A.Sakamoto, B. and, N. V.Prokof’ev, S.Mishchenko A., V.Prokof’ev N., A.Sakamoto, B. and, A.Sakamoto, S.Mishchenko A., V.Prokof’ev N., A.Sakamoto, B. and, B. V.Svistunov. Diagrammatic quantum Monte Carlo study of the Fröhlich polaron. Phys. Rev. B, 62, 6317-6336(2000).
[35] E.Vitali, E.Vitali, M.Rossi, L.Reatto, D. and, M.Rossi, E.Vitali, M.Rossi, L.Reatto, D. and, L.Reatto, E.Vitali, M.Rossi, L.Reatto, D. and, D. E.Galli. Ab initio low-energy dynamics of superfluid and solid 4He. Phys. Rev. B, 82, 174510(2010).
[36] A. W.Sandvik. Constrained sampling method for analytic continuation. Phys. Rev. E, 94, 063308(2016).
[37] J.Otsuki, J.Otsuki, M.Ohzeki, H.Shinaoka, K.Yoshimi and, M.Ohzeki, J.Otsuki, M.Ohzeki, H.Shinaoka, K.Yoshimi and, H.Shinaoka, J.Otsuki, M.Ohzeki, H.Shinaoka, K.Yoshimi and, K.Yoshimi. Sparse modeling approach to analytical continuation of imaginary-time quantum Monte Carlo data. Phys. Rev. E, 95, 061302(2017).
[38] O.Goulko, O.Goulko, S.Mishchenko A., L.Pollet, N.Prokof’ev, B.Svistunov and, A. S.Mishchenko, O.Goulko, S.Mishchenko A., L.Pollet, N.Prokof’ev, B.Svistunov and, L.Pollet, O.Goulko, S.Mishchenko A., L.Pollet, N.Prokof’ev, B.Svistunov and, N.Prokof’ev, O.Goulko, S.Mishchenko A., L.Pollet, N.Prokof’ev, B.Svistunov and, B.Svistunov. Numerical analytic continuation: Answers to well-posed questions. Phys. Rev. B, 95, 014102(2017).
[39] Y.Kora, and Y.Kora, M.Boninsegni. Dynamic structure factor of superfluid 4He from quantum Monte Carlo: Maximum entropy revisited. Phys. Rev. B, 98, 134509(2018).
[40] H.Yoon, H.Yoon, J.-H.Sim, M. and, J.-H.Sim, H.Yoon, J.-H.Sim, M. and, M. J.Han. Analytic continuation via domain knowledge free machine learning. Phys. Rev. B, 98, 245101(2018).
[41] T.Dornheim, T.Dornheim, S.Groth, J.Vorberger, M.Bonitz and, S.Groth, T.Dornheim, S.Groth, J.Vorberger, M.Bonitz and, J.Vorberger, T.Dornheim, S.Groth, J.Vorberger, M.Bonitz and, M.Bonitz. Ab initio path integral Monte Carlo results for the dynamic structure factor of correlated electrons: From the electron liquid to warm dense matter. Phys. Rev. Lett., 121, 255001(2018).
[42] S.Groth, S.Groth, T.Dornheim, J.Vorberger and, T.Dornheim, S.Groth, T.Dornheim, J.Vorberger and, J.Vorberger. Ab initio path integral Monte Carlo approach to the static and dynamic density response of the uniform electron gas. Phys. Rev. B, 99, 235122(2019).
[43] R.Fournier, R.Fournier, L.Wang, V.Yazyev O., Q.S.Wu and, L.Wang, R.Fournier, L.Wang, V.Yazyev O., Q.S.Wu and, O. V.Yazyev, R.Fournier, L.Wang, V.Yazyev O., Q.S.Wu and, Q.S.Wu. Artificial neural network approach to the analytic continuation problem. Phys. Rev. Lett., 124, 056401(2020).
[44] N. S.Nichols, S.Nichols N., P.Sokol, A.Del and, P.Sokol, S.Nichols N., P.Sokol, A.Del and, A.Del Maestro. Parameter-free differential evolution algorithm for the analytic continuation of imaginary time correlation functions. Phys. Rev. E, 106, 025312(2022).
[45] J.Sch?tt, J.Sch?tt, G. E., L. I., I.Katsnelson M., I.Di and, E. G. C. P.van Loon, J.Sch?tt, G. E., L. I., I.Katsnelson M., I.Di and, I. L. M.Locht, J.Sch?tt, G. E., L. I., I.Katsnelson M., I.Di and, M. I.Katsnelson, J.Sch?tt, G. E., L. I., I.Katsnelson M., I.Di and, I.Di Marco. Comparison between methods of analytical continuation for bosonic functions. Phys. Rev. B, 94, 245140(2016).
[46] T.Dornheim, T.Dornheim, J.Vorberger, A.Moldabekov Z., M.Böhme and, J.Vorberger, T.Dornheim, J.Vorberger, A.Moldabekov Z., M.Böhme and, Z. A.Moldabekov, T.Dornheim, J.Vorberger, A.Moldabekov Z., M.Böhme and, M.B?hme. Analysing the dynamic structure of warm dense matter in the imaginary-time domain: Theoretical models and simulations. Philos. Trans. R. Soc. A, 381, 20220217(2023).
[47] J.Sheffield, J.Sheffield, D.Froula, H.Glenzer S., N. and, D.Froula, J.Sheffield, D.Froula, H.Glenzer S., N. and, S. H.Glenzer, J.Sheffield, D.Froula, H.Glenzer S., N. and, N. C.Luhmann. Plasma Scattering of Electromagnetic Radiation: Theory and Measurement Techniques(2010).
[48] J.Chihara. Difference in X-ray scattering between metallic and non-metallic liquids due to conduction electrons. J. Phys. F: Met. Phys., 17, 295-304(1987).
[49] T.Dornheim, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, T.D?ppner, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, A. D.Baczewski, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, P.Tolias, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, M. P.B?hme, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, Z. A.Moldabekov, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, D.Ranjan, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, D. A.Chapman, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, M. J.MacDonald, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, T. R.Preston, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, D.Kraus, T.Dornheim, T.D?ppner, D.Baczewski A., P.Tolias, P.Böhme M., A.Moldabekov Z., D.Ranjan, A.Chapman D., J.MacDonald M., R.Preston T., D.Kraus, J.Vorberger and, J.Vorberger. X-ray Thomson scattering absolute intensity from the f-sum rule in the imaginary-time domain(2023).
[50] T.Dornheim, T.Dornheim, C.Wicaksono D., E.Suarez-Cardona J., P.Tolias, P.Böhme M., A.Moldabekov Z., M.Hecht, J.Vorberger and, D. C.Wicaksono, T.Dornheim, C.Wicaksono D., E.Suarez-Cardona J., P.Tolias, P.Böhme M., A.Moldabekov Z., M.Hecht, J.Vorberger and, J. E.Suarez-Cardona, T.Dornheim, C.Wicaksono D., E.Suarez-Cardona J., P.Tolias, P.Böhme M., A.Moldabekov Z., M.Hecht, J.Vorberger and, P.Tolias, T.Dornheim, C.Wicaksono D., E.Suarez-Cardona J., P.Tolias, P.Böhme M., A.Moldabekov Z., M.Hecht, J.Vorberger and, M. P.B?hme, T.Dornheim, C.Wicaksono D., E.Suarez-Cardona J., P.Tolias, P.Böhme M., A.Moldabekov Z., M.Hecht, J.Vorberger and, Z. A.Moldabekov, T.Dornheim, C.Wicaksono D., E.Suarez-Cardona J., P.Tolias, P.Böhme M., A.Moldabekov Z., M.Hecht, J.Vorberger and, M.Hecht, T.Dornheim, C.Wicaksono D., E.Suarez-Cardona J., P.Tolias, P.Böhme M., A.Moldabekov Z., M.Hecht, J.Vorberger and, J.Vorberger. Extraction of the frequency moments of spectral densities from imaginary-time correlation function data. Phys. Rev. B, 107, 155148(2023).
[51] P.-F.Loos, and P.-F.Loos, P. M. W.Gill. The uniform electron gas. Wiley Interdiscip. Rev.: Comput. Mol. Sci., 6, 410-429(2016).
[52] T.Dornheim, T.Dornheim, S.Groth, M.Bonitz and, S.Groth, T.Dornheim, S.Groth, M.Bonitz and, M.Bonitz. The uniform electron gas at warm dense matter conditions. Phys. Rep., 744, 1-86(2018).
[53] M.Takahashi, and M.Takahashi, M.Imada. Monte Carlo calculation of quantum systems. J. Phys. Soc. Jpn., 53, 963-974(1984).
[54] M.Baus, and M.Baus, J.-P.Hansen. Statistical mechanics of simple Coulomb systems. Phys. Rep., 59, 1-94(1980).
[55] F.Lucco Castello, Castello F.Lucco, P.Tolias. Bridge functions of classical one-component plasmas. Phys. Rev. E, 105, 015208(2022).
[56] L. M.Fraser, M.Fraser L., M. W., G.Rajagopal, J.Needs R., D.Kenny S., A. and, W. M. C.Foulkes, M.Fraser L., M. W., G.Rajagopal, J.Needs R., D.Kenny S., A. and, G.Rajagopal, M.Fraser L., M. W., G.Rajagopal, J.Needs R., D.Kenny S., A. and, R. J.Needs, M.Fraser L., M. W., G.Rajagopal, J.Needs R., D.Kenny S., A. and, S. D.Kenny, M.Fraser L., M. W., G.Rajagopal, J.Needs R., D.Kenny S., A. and, A. J.Williamson. Finite-size effects and Coulomb interactions in quantum Monte Carlo calculations for homogeneous systems with periodic boundary conditions. Phys. Rev. B, 53, 1814-1832(1996).
[57] T.Ott, T.Ott, H.Thomsen, W.Abraham J., T.Dornheim, M.Bonitz and, H.Thomsen, T.Ott, H.Thomsen, W.Abraham J., T.Dornheim, M.Bonitz and, J. W.Abraham, T.Ott, H.Thomsen, W.Abraham J., T.Dornheim, M.Bonitz and, T.Dornheim, T.Ott, H.Thomsen, W.Abraham J., T.Dornheim, M.Bonitz and, M.Bonitz. Recent progress in the theory and simulation of strongly correlated plasmas: Phase transitions, transport, quantum, and magnetic field effects. The European Physical Journal D, 72, 84(2018).
[58] E.Wigner. On the interaction of electrons in metals. Phys. Rev., 46, 1002-1011(1934).
[59] M. D.Jones, D.Jones M., D. M.Ceperley. Crystallization of the one-component plasma at finite temperature. Phys. Rev. Lett., 76, 4572-4575(1996).
[60] N. D.Drummond, D.Drummond N., Z.Radnai, R.Trail J., D.Towler M., R. and, Z.Radnai, D.Drummond N., Z.Radnai, R.Trail J., D.Towler M., R. and, J. R.Trail, D.Drummond N., Z.Radnai, R.Trail J., D.Towler M., R. and, M. D.Towler, D.Drummond N., Z.Radnai, R.Trail J., D.Towler M., R. and, R. J.Needs. Diffusion quantum Monte Carlo study of three-dimensional Wigner crystals. Phys. Rev. B, 69, 085116(2004).
[61] S.Azadi, and S.Azadi, N. D.Drummond. Low-density phase diagram of the three-dimensional electron gas. Phys. Rev. B, 105, 245135(2022).
[62] T.Dornheim, T.Dornheim, J.Vorberger, A.Moldabekov Z., G.R?pke, W.-D.Kraeft and, J.Vorberger, T.Dornheim, J.Vorberger, A.Moldabekov Z., G.R?pke, W.-D.Kraeft and, Z. A.Moldabekov, T.Dornheim, J.Vorberger, A.Moldabekov Z., G.R?pke, W.-D.Kraeft and, G.R?pke, T.Dornheim, J.Vorberger, A.Moldabekov Z., G.R?pke, W.-D.Kraeft and, W.-D.Kraeft. The uniform electron gas at high temperatures: Ab initio path integral Monte Carlo simulations and analytical theory. High Energy Density Phys., 45, 101015(2022).
[63] J. P.Perdew, P.Perdew J., A.Zunger. Self-interaction correction to density-functional approximations for many-electron systems. Phys. Rev. B, 23, 5048-5079(1981).
[64] J. P.Perdew, P.Perdew J., Y.Wang. Accurate and simple analytic representation of the electron-gas correlation energy. Phys. Rev. B, 45, 13244-13249(1992).
[65] M.Corradini, M.Corradini, Sole R.Del, G.Onida, M.Palummo and, R.Del Sole, M.Corradini, Sole R.Del, G.Onida, M.Palummo and, G.Onida, M.Corradini, Sole R.Del, G.Onida, M.Palummo and, M.Palummo. Analytical expressions for the local-field factor g(q) and the exchange-correlation kernel Kxc(r) of the homogeneous electron gas. Phys. Rev. B, 57, 14569(1998).
[66] S.Groth, S.Groth, T.Dornheim, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, T.Dornheim, S.Groth, T.Dornheim, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, T.Sjostrom, S.Groth, T.Dornheim, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, F. D.Malone, S.Groth, T.Dornheim, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, W. M. C.Foulkes, S.Groth, T.Dornheim, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, M.Bonitz. Ab initio exchange-correlation free energy of the uniform electron gas at warm dense matter conditions. Phys. Rev. Lett., 119, 135001(2017).
[67] V. V.Karasiev, V.Karasiev V., T.Sjostrom, J.Dufty, S. and, T.Sjostrom, V.Karasiev V., T.Sjostrom, J.Dufty, S. and, J.Dufty, V.Karasiev V., T.Sjostrom, J.Dufty, S. and, S. B.Trickey. Accurate homogeneous electron gas exchange-correlation free energy for local spin-density calculations. Phys. Rev. Lett., 112, 076403(2014).
[68] T.Dornheim, T.Dornheim, J.Vorberger, S.Groth, N.Hoffmann, A.Moldabekov Z., M.Bonitz and, J.Vorberger, T.Dornheim, J.Vorberger, S.Groth, N.Hoffmann, A.Moldabekov Z., M.Bonitz and, S.Groth, T.Dornheim, J.Vorberger, S.Groth, N.Hoffmann, A.Moldabekov Z., M.Bonitz and, N.Hoffmann, T.Dornheim, J.Vorberger, S.Groth, N.Hoffmann, A.Moldabekov Z., M.Bonitz and, Z. A.Moldabekov, T.Dornheim, J.Vorberger, S.Groth, N.Hoffmann, A.Moldabekov Z., M.Bonitz and, M.Bonitz. The static local field correction of the warm dense electron gas: An ab initio path integral Monte Carlo study and machine learning representation. J. Chem. Phys., 151, 194104(2019).
[69] S.Moroni, S.Moroni, M.Ceperley D., G.Senatore and, D. M.Ceperley, S.Moroni, M.Ceperley D., G.Senatore and, G.Senatore. Static response and local field factor of the electron gas. Phys. Rev. Lett., 75, 689(1995).
[70] D. M.Ceperley, M.Ceperley D., B. J.Alder. Ground state of the electron gas by a stochastic method. Phys. Rev. Lett., 45, 566-569(1980).
[71] G. G.Spink, G.Spink G., J.Needs R., N. and, R. J.Needs, G.Spink G., J.Needs R., N. and, N. D.Drummond. Quantum Monte Carlo study of the three-dimensional spin-polarized homogeneous electron gas. Phys. Rev. B, 88, 085121(2013).
[72] T.Dornheim, T.Dornheim, S.Groth, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, S.Groth, T.Dornheim, S.Groth, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, T.Sjostrom, T.Dornheim, S.Groth, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, F. D.Malone, T.Dornheim, S.Groth, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, W. M. C.Foulkes, T.Dornheim, S.Groth, T.Sjostrom, D.Malone F., M. W., M.Bonitz and, M.Bonitz. Ab initio quantum Monte Carlo simulation of the warm dense electron gas in the thermodynamic limit. Phys. Rev. Lett., 117, 156403(2016).
[73] T.Dornheim, T.Dornheim, J.Vorberger, M.Bonitz and, J.Vorberger, T.Dornheim, J.Vorberger, M.Bonitz and, M.Bonitz. Nonlinear electronic density response in warm dense matter. Phys. Rev. Lett., 125, 085001(2020).
[74] E. W.Brown, W.Brown E., K.Clark B., L.DuBois J., D. and, B. K.Clark, W.Brown E., K.Clark B., L.DuBois J., D. and, J. L.DuBois, W.Brown E., K.Clark B., L.DuBois J., D. and, D. M.Ceperley. Path-integral Monte Carlo simulation of the warm dense homogeneous electron gas. Phys. Rev. Lett., 110, 146405(2013).
[75] F. D.Malone, D.Malone F., S.Blunt N., W.Brown E., K. D., S.Spencer J., M. W., J. and, N. S.Blunt, D.Malone F., S.Blunt N., W.Brown E., K. D., S.Spencer J., M. W., J. and, E. W.Brown, D.Malone F., S.Blunt N., W.Brown E., K. D., S.Spencer J., M. W., J. and, D. K. K.Lee, D.Malone F., S.Blunt N., W.Brown E., K. D., S.Spencer J., M. W., J. and, J. S.Spencer, D.Malone F., S.Blunt N., W.Brown E., K. D., S.Spencer J., M. W., J. and, W. M. C.Foulkes, D.Malone F., S.Blunt N., W.Brown E., K. D., S.Spencer J., M. W., J. and, J. J.Shepherd. Accurate exchange-correlation energies for the warm dense electron gas. Phys. Rev. Lett., 117, 115701(2016).
[76] T.Schoof, T.Schoof, S.Groth, J.Vorberger, M.Bonitz and, S.Groth, T.Schoof, S.Groth, J.Vorberger, M.Bonitz and, J.Vorberger, T.Schoof, S.Groth, J.Vorberger, M.Bonitz and, M.Bonitz. Ab initio thermodynamic results for the degenerate electron gas at finite temperature. Phys. Rev. Lett., 115, 130402(2015).
[77] L. D.Fosdick, D.Fosdick L., H. F.Jordan. Path-integral calculation of the two-particle slater sum for He4. Phys. Rev., 143, 58-66(1966).
[78] K.Sakkos, K.Sakkos, J.Casulleras, J.Boronat and, J.Casulleras, K.Sakkos, J.Casulleras, J.Boronat and, J.Boronat. High order chin actions in path integral Monte Carlo. J. Chem. Phys., 130, 204109(2009).
[79] L.Brualla, L.Brualla, K.Sakkos, J.Boronat, J.Casulleras and, K.Sakkos, L.Brualla, K.Sakkos, J.Boronat, J.Casulleras and, J.Boronat, L.Brualla, K.Sakkos, J.Boronat, J.Casulleras and, J.Casulleras. Higher order and infinite Trotter-number extrapolations in path integral Monte Carlo. J. Chem. Phys., 121, 636-643(2004).
[80] H.Kleinert. EBL-Schweitzer(2009).
[81] H.De Raedt, Raedt H.De, B.De Raedt. Applications of the generalized Trotter formula. Phys. Rev. A, 28, 3575-3580(1983).
[82] T.Dornheim, T.Dornheim, A.Moldabekov Z., J.Vorberger and, Z. A.Moldabekov, T.Dornheim, A.Moldabekov Z., J.Vorberger and, J.Vorberger. Nonlinear density response from imaginary-time correlation functions: Ab initio path integral Monte Carlo simulations of the warm dense electron gas. J. Chem. Phys., 155, 054110(2021).
[83] D.Chandler, and D.Chandler, P. G.Wolynes. Exploiting the isomorphism between quantum theory and classical statistical mechanics of polyatomic fluids. J. Chem. Phys., 74, 4078-4095(1981).
[84] N.Metropolis, N.Metropolis, W.Rosenbluth A., N.Rosenbluth M., H.Teller A., E.Teller and, A. W.Rosenbluth, N.Metropolis, W.Rosenbluth A., N.Rosenbluth M., H.Teller A., E.Teller and, M. N.Rosenbluth, N.Metropolis, W.Rosenbluth A., N.Rosenbluth M., H.Teller A., E.Teller and, A. H.Teller, N.Metropolis, W.Rosenbluth A., N.Rosenbluth M., H.Teller A., E.Teller and, E.Teller. Equation of state calculations by fast computing machines. J. Chem. Phys., 21, 1087-1092(1953).
[85] T.Dornheim, T.Dornheim, M.B?hme, B.Militzer, J.Vorberger and, M.B?hme, T.Dornheim, M.B?hme, B.Militzer, J.Vorberger and, B.Militzer, T.Dornheim, M.B?hme, B.Militzer, J.Vorberger and, J.Vorberger. Ab initio path integral Monte Carlo approach to the momentum distribution of the uniform electron gas at finite temperature without fixed nodes. Phys. Rev. B, 103, 205142(2021).
[86] M.Boninsegni, M.Boninsegni, V.Prokofev N., B. and, N. V.Prokofev, M.Boninsegni, V.Prokofev N., B. and, B. V.Svistunov. Worm algorithm and diagrammatic Monte Carlo: A new approach to continuous-space path integral Monte Carlo simulations. Phys. Rev. E, 74, 036701(2006).
[87] M.Boninsegni, M.Boninsegni, V.Prokofev N., B. and, N. V.Prokofev, M.Boninsegni, V.Prokofev N., B. and, B. V.Svistunov. Worm algorithm for continuous-space path integral Monte Carlo simulations. Phys. Rev. Lett., 96, 070601(2006).
[88] M.Troyer, and M.Troyer, U. J.Wiese. Computational complexity and fundamental limitations to fermionic quantum Monte Carlo simulations. Phys. Rev. Lett., 94, 170201(2005).
[89] E. Y.Loh, Y.Loh E., E.Gubernatis J., T.Scalettar R., R.White S., J.Scalapino D., R. and, J. E.Gubernatis, Y.Loh E., E.Gubernatis J., T.Scalettar R., R.White S., J.Scalapino D., R. and, R. T.Scalettar, Y.Loh E., E.Gubernatis J., T.Scalettar R., R.White S., J.Scalapino D., R. and, S. R.White, Y.Loh E., E.Gubernatis J., T.Scalettar R., R.White S., J.Scalapino D., R. and, D. J.Scalapino, Y.Loh E., E.Gubernatis J., T.Scalettar R., R.White S., J.Scalapino D., R. and, R. L.Sugar. Sign problem in the numerical simulation of many-electron systems. Phys. Rev. B, 41, 9301-9307(1990).
[90] T.Dornheim. Fermion sign problem in path integral Monte Carlo simulations: Quantum dots, ultracold atoms, and warm dense matter. Phys. Rev. E, 100, 023307(2019).
[91] D. M.Ceperley. Fermion nodes. J. Stat. Phys., 63, 1237-1267(1991).
[92] T.Dornheim, T.Dornheim, S.Groth, A.Filinov, M.Bonitz and, S.Groth, T.Dornheim, S.Groth, A.Filinov, M.Bonitz and, A.Filinov, T.Dornheim, S.Groth, A.Filinov, M.Bonitz and, M.Bonitz. Permutation blocking path integral Monte Carlo: A highly efficient approach to the simulation of strongly degenerate non-ideal fermions. New J. Phys., 17, 073017(2015).
[93] A.Yilmaz, A.Yilmaz, K.Hunger, T.Dornheim, S.Groth, M.Bonitz and, K.Hunger, A.Yilmaz, K.Hunger, T.Dornheim, S.Groth, M.Bonitz and, T.Dornheim, A.Yilmaz, K.Hunger, T.Dornheim, S.Groth, M.Bonitz and, S.Groth, A.Yilmaz, K.Hunger, T.Dornheim, S.Groth, M.Bonitz and, M.Bonitz. Restricted configuration path integral Monte Carlo. J. Chem. Phys., 153, 124114(2020).
[94] T.Dornheim, T.Dornheim, M.Invernizzi, J.Vorberger, B.Hirshberg and, M.Invernizzi, T.Dornheim, M.Invernizzi, J.Vorberger, B.Hirshberg and, J.Vorberger, T.Dornheim, M.Invernizzi, J.Vorberger, B.Hirshberg and, B.Hirshberg. Attenuating the fermion sign problem in path integral Monte Carlo simulations using the Bogoliubov inequality and thermodynamic integration. J. Chem. Phys., 153, 234104(2020).
[95] Y.Xiong, and Y.Xiong, H.Xiong. On the thermodynamic properties of fictitious identical particles and the application to fermion sign problem. J. Chem. Phys., 157, 094112(2022).
[96] D.Thirumalai, and D.Thirumalai, B. J.Berne. On the calculation of time correlation functions in quantum systems: Path integral techniques. J. Chem. Phys., 79, 5029-5033(1983).
[97] S.Chiesa, S.Chiesa, M.Ceperley D., M.Martin R., M.Holzmann and, D. M.Ceperley, S.Chiesa, M.Ceperley D., M.Martin R., M.Holzmann and, R. M.Martin, S.Chiesa, M.Ceperley D., M.Martin R., M.Holzmann and, M.Holzmann. Finite-size error in many-body simulations with long-range interactions. Phys. Rev. Lett., 97, 076404(2006).
[98] T.Dornheim, T.Dornheim, S.Groth, M.Bonitz and, S.Groth, T.Dornheim, S.Groth, M.Bonitz and, M.Bonitz. Ab initio results for the static structure factor of the warm dense electron gas. Contrib. Plasma Phys., 57, 468-478(2017).
[99] M.Holzmann, M.Holzmann, C.Clay R., A.Morales M., M.Tubman N., M.Ceperley D., C.Pierleoni and, R. C.Clay, M.Holzmann, C.Clay R., A.Morales M., M.Tubman N., M.Ceperley D., C.Pierleoni and, M. A.Morales, M.Holzmann, C.Clay R., A.Morales M., M.Tubman N., M.Ceperley D., C.Pierleoni and, N. M.Tubman, M.Holzmann, C.Clay R., A.Morales M., M.Tubman N., M.Ceperley D., C.Pierleoni and, D. M.Ceperley, M.Holzmann, C.Clay R., A.Morales M., M.Tubman N., M.Ceperley D., C.Pierleoni and, C.Pierleoni. Theory of finite size effects for electronic quantum Monte Carlo calculations of liquids and solids. Phys. Rev. B, 94, 035126(2016).
[100] A. A.Kugler. Theory of the local field correction in an electron gas. J. Stat. Phys., 12, 35(1975).
[101] K. S.Singwi, S.Singwi K., P.Tosi M., H.Land R., A.Sjölander and, M. P.Tosi, S.Singwi K., P.Tosi M., H.Land R., A.Sjölander and, R. H.Land, S.Singwi K., P.Tosi M., H.Land R., A.Sjölander and, A.Sj?lander. Electron correlations at metallic densities. Phys. Rev., 176, 589(1968).
[102] S.Tanaka, and S.Tanaka, S.Ichimaru. Thermodynamics and correlational properties of finite-temperature electron liquids in the Singwi-Tosi-Land-Sjölander approximation. J. Phys. Soc. Jpn., 55, 2278-2289(1986).
[103] T.Sjostrom, and T.Sjostrom, J.Dufty. Uniform electron gas at finite temperatures. Phys. Rev. B, 88, 115123(2013).
[104] S.Tanaka. Correlational and thermodynamic properties of finite-temperature electron liquids in the hypernetted-chain approximation. J. Chem. Phys., 145, 214104(2016).
[105] P.Vashishta, and P.Vashishta, K. S.Singwi. Electron correlations at metallic densities. V. Phys. Rev. B, 6, 875(1972).
[106] H. K.Schweng, K.Schweng H., H. M.B?hm. Finite-temperature electron correlations in the framework of a dynamic local-field correction. Phys. Rev. B, 48, 2037(1993).
[107] A.Holas, and A.Holas, S.Rahman. Dynamic local-field factor of an electron liquid in the quantum versions of the Singwi-Tosi-Land-Sjölander and Vashishta-Singwi theories. Phys. Rev. B, 35, 2720(1987).
[108] F.Lucco Castello, Castello F.Lucco, P.Tolias, T.Dornheim and, P.Tolias, Castello F.Lucco, P.Tolias, T.Dornheim and, T.Dornheim. Classical bridge functions in classical and quantum plasma liquids. Europhys. Lett., 138, 44003(2022).
[109] P.Tolias, P.Tolias, Castello F.Lucco, T.Dornheim and, F.Lucco Castello, P.Tolias, Castello F.Lucco, T.Dornheim and, T.Dornheim. Integral equation theory based dielectric scheme for strongly coupled electron liquids. J. Chem. Phys., 155, 134115(2021).
[110] P.Tolias, P.Tolias, Castello F.Lucco, T.Dornheim and, F.Lucco Castello, P.Tolias, Castello F.Lucco, T.Dornheim and, T.Dornheim. Quantum version of the integral equation theory-based dielectric scheme for strongly coupled electron liquids. J. Chem. Phys., 158, 141102(2023).
[111] C.Bowen, C.Bowen, G.Sugiyama, B. and, G.Sugiyama, C.Bowen, G.Sugiyama, B. and, B. J.Alder. Static dielectric response of the electron gas. Phys. Rev. B, 50, 14838(1994).
[112] N.Mihara, and N.Mihara, R. D.Puff. Liquid structure factor of ground-state He4. Phys. Rev., 174, 221-227(1968).
[113] A. W.Sandvik, W.Sandvik A., S.Capponi, D.Poilblanc, E.Dagotto and, S.Capponi, W.Sandvik A., S.Capponi, D.Poilblanc, E.Dagotto and, D.Poilblanc, W.Sandvik A., S.Capponi, D.Poilblanc, E.Dagotto and, E.Dagotto. Numerical calculations of the B1g Raman spectrum of the two-dimensional Heisenberg model. Phys. Rev. B, 57, 8478-8493(1998).
[114] A.Filinov, and A.Filinov, M.Bonitz. Collective and single-particle excitations in two-dimensional dipolar Bose gases. Phys. Rev. A, 86, 043628(2012).
[115] A.Filinov. Correlation effects and collective excitations in bosonic bilayers: Role of quantum statistics, superfluidity, and the dimerization transition. Phys. Rev. A, 94, 013603(2016).
[116] I. M.Tkachenko, M.Tkachenko I., V.Arkhipov Y., A.Adil and, Y. V.Arkhipov, M.Tkachenko I., V.Arkhipov Y., A.Adil and, A.Adil. The Method of Moments and Its Applications in Plasma Physics(2012).
[117] A. V.Filinov, V.Filinov A., J.Ara, I. and, J.Ara, V.Filinov A., J.Ara, I. and, I. M.Tkachenko. Dynamical response in strongly coupled uniform electron liquids: Observation of plasmon-roton coexistence using nine sum rules, Shannon information entropy, and path-integral Monte Carlo simulations. Phys. Rev. B, 107, 195143(2023).
[118] R. M.Martin, M.Martin R., L.Reining, D. and, L.Reining, M.Martin R., L.Reining, D. and, D. M.Ceperley. Interacting Electrons(2016).
[119] R.Thiele, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, T.Bornath, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, C.Fortmann, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, A.H?ll, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, R.Redmer, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, H.Reinholz, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, G.R?pke, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, A.Wierling, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, S. H.Glenzer, R.Thiele, T.Bornath, C.Fortmann, A.H?ll, R.Redmer, H.Reinholz, G.R?pke, A.Wierling, H.Glenzer S., G.Gregori and, G.Gregori. Plasmon resonance in warm dense matter. Phys. Rev. E, 78, 026411(2008).
[120] S. H.Glenzer, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, O. L.Landen, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, P.Neumayer, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, R. W.Lee, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, K.Widmann, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, S. W.Pollaine, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, R. J.Wallace, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, G.Gregori, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, A.H?ll, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, T.Bornath, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, R.Thiele, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, V.Schwarz, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, W.-D.Kraeft, H.Glenzer S., L.Landen O., P.Neumayer, W.Lee R., K.Widmann, W.Pollaine S., J.Wallace R., G.Gregori, A.H?ll, T.Bornath, R.Thiele, V.Schwarz, W.-D.Kraeft, R.Redmer and, R.Redmer. Observations of plasmons in warm dense matter. Phys. Rev. Lett., 98, 065002(2007).
[121] T. R.Preston, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, K.Appel, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, E.Brambrink, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, B.Chen, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, L. B.Fletcher, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, C.Fortmann-Grote, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, S. H.Glenzer, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, E.Granados, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, S.G?de, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, Z.Kon?pková, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, H. J.Lee, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, H.Marquardt, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, E. E.McBride, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, B.Nagler, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, M.Nakatsutsumi, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, P.Sperling, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, B. B. L.Witte, R.Preston T., K.Appel, E.Brambrink, B.Chen, B.Fletcher L., C.Fortmann-Grote, H.Glenzer S., E.Granados, S.G?de, Z.Kon?pková, J.Lee H., H.Marquardt, E.McBride E., B.Nagler, M.Nakatsutsumi, P.Sperling, B. B., U.Zastrau and, U.Zastrau. Measurements of the momentum-dependence of plasmonic excitations in matter around 1 mbar using an X-ray free electron laser. Appl. Phys. Lett., 114, 014101(2019).
[122] P.Hamann, P.Hamann, J.Vorberger, T.Dornheim, A.Moldabekov Z., M.Bonitz and, , J.Vorberger, P.Hamann, J.Vorberger, T.Dornheim, A.Moldabekov Z., M.Bonitz and, , T.Dornheim, P.Hamann, J.Vorberger, T.Dornheim, A.Moldabekov Z., M.Bonitz and, , Z. A.Moldabekov, P.Hamann, J.Vorberger, T.Dornheim, A.Moldabekov Z., M.Bonitz and, , M.Bonitz, P.Hamann, J.Vorberger, T.Dornheim, A.Moldabekov Z., M.Bonitz and, . Ab initio results for the plasmon dispersion and damping of the warm dense electron gas. Contrib. Plasma Phys., 60, e202000147(2020).
[123] T.D?ppner, T.D?ppner, L.Landen O., J.Lee H., P.Neumayer, P.Regan S., S. and, O. L.Landen, T.D?ppner, L.Landen O., J.Lee H., P.Neumayer, P.Regan S., S. and, H. J.Lee, T.D?ppner, L.Landen O., J.Lee H., P.Neumayer, P.Regan S., S. and, P.Neumayer, T.D?ppner, L.Landen O., J.Lee H., P.Neumayer, P.Regan S., S. and, S. P.Regan, T.D?ppner, L.Landen O., J.Lee H., P.Neumayer, P.Regan S., S. and, S. H.Glenzer. Temperature measurement through detailed balance in x-ray Thomson scattering. High Energy Density Phys., 5, 182-186(2009).
[124] M.Sch?rner, M.Sch?rner, M.Bethkenhagen, T.D?ppner, D.Kraus, B.Fletcher L., H.Glenzer S., R.Redmer and, M.Bethkenhagen, M.Sch?rner, M.Bethkenhagen, T.D?ppner, D.Kraus, B.Fletcher L., H.Glenzer S., R.Redmer and, T.D?ppner, M.Sch?rner, M.Bethkenhagen, T.D?ppner, D.Kraus, B.Fletcher L., H.Glenzer S., R.Redmer and, D.Kraus, M.Sch?rner, M.Bethkenhagen, T.D?ppner, D.Kraus, B.Fletcher L., H.Glenzer S., R.Redmer and, L. B.Fletcher, M.Sch?rner, M.Bethkenhagen, T.D?ppner, D.Kraus, B.Fletcher L., H.Glenzer S., R.Redmer and, S. H.Glenzer, M.Sch?rner, M.Bethkenhagen, T.D?ppner, D.Kraus, B.Fletcher L., H.Glenzer S., R.Redmer and, R.Redmer. X-ray Thomson scattering spectra from density functional theory molecular dynamics simulations based on a modified Chihara formula. Phys. Rev. E, 107, 065207(2023).
[125] T.Dornheim, T.Dornheim, T.Sjostrom, S.Tanaka, J.Vorberger and, T.Sjostrom, T.Dornheim, T.Sjostrom, S.Tanaka, J.Vorberger and, S.Tanaka, T.Dornheim, T.Sjostrom, S.Tanaka, J.Vorberger and, J.Vorberger. Strongly coupled electron liquid: Ab initio path integral Monte Carlo simulations and dielectric theories. Phys. Rev. B, 101, 045129(2020).
[126] T.Dornheim, T.Dornheim, P.Tolias, A.Moldabekov Z., A.Cangi, J.Vorberger and, P.Tolias, T.Dornheim, P.Tolias, A.Moldabekov Z., A.Cangi, J.Vorberger and, Z. A.Moldabekov, T.Dornheim, P.Tolias, A.Moldabekov Z., A.Cangi, J.Vorberger and, A.Cangi, T.Dornheim, P.Tolias, A.Moldabekov Z., A.Cangi, J.Vorberger and, J.Vorberger. Effective electronic forces and potentials from ab initio path integral Monte Carlo simulations. J. Chem. Phys., 156, 244113(2022).
[127] T.Dornheim, T.Dornheim, P.Tolias, A.Moldabekov Z., J.Vorberger and, P.Tolias, T.Dornheim, P.Tolias, A.Moldabekov Z., J.Vorberger and, Z. A.Moldabekov, T.Dornheim, P.Tolias, A.Moldabekov Z., J.Vorberger and, J.Vorberger. Energy response and spatial alignment of the perturbed electron gas. J. Chem. Phys., 158, 164108(2023).
[128] K.Falk. Experimental methods for warm dense matter research. High Power Laser Sci. Eng., 6, e59(2018).
[129] K.Falk, K.Falk, J.Gamboa E., G.Kagan, S.Montgomery D., B.Srinivasan, P.Tzeferacos, J. and, E. J.Gamboa, K.Falk, J.Gamboa E., G.Kagan, S.Montgomery D., B.Srinivasan, P.Tzeferacos, J. and, G.Kagan, K.Falk, J.Gamboa E., G.Kagan, S.Montgomery D., B.Srinivasan, P.Tzeferacos, J. and, D. S.Montgomery, K.Falk, J.Gamboa E., G.Kagan, S.Montgomery D., B.Srinivasan, P.Tzeferacos, J. and, B.Srinivasan, K.Falk, J.Gamboa E., G.Kagan, S.Montgomery D., B.Srinivasan, P.Tzeferacos, J. and, P.Tzeferacos, K.Falk, J.Gamboa E., G.Kagan, S.Montgomery D., B.Srinivasan, P.Tzeferacos, J. and, J. F.Benage. Equation of state measurements of warm dense carbon using laser-driven shock and release technique. Phys. Rev. Lett., 112, 155003(2014).
[130] K.Falk, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, S. P.Regan, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, J.Vorberger, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, M. A.Barrios, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, T. R.Boehly, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, D. E.Fratanduono, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, S. H.Glenzer, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, D. G.Hicks, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, S. X.Hu, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, C. D.Murphy, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, P. B.Radha, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, S.Rothman, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, A. P.Jephcoat, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, J. S.Wark, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, D. O.Gericke, K.Falk, P.Regan S., J.Vorberger, A.Barrios M., R.Boehly T., E.Fratanduono D., H.Glenzer S., G.Hicks D., X.Hu S., D.Murphy C., B.Radha P., S.Rothman, P.Jephcoat A., S.Wark J., O.Gericke D., G.Gregori and, G.Gregori. Self-consistent measurement of the equation of state of liquid deuterium. High Energy Density Phys., 8, 76-80(2012).
[131] R.Betti, and R.Betti, O. A.Hurricane. Inertial-confinement fusion with lasers. Nat. Phys., 12, 435-448(2016).
[132] T.Tschentscher, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, C.Bressler, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, J.Grünert, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, A.Madsen, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, A. P.Mancuso, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, M.Meyer, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, A.Scherz, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, H.Sinn, T.Tschentscher, C.Bressler, J.Grünert, A.Madsen, P.Mancuso A., M.Meyer, A.Scherz, H.Sinn, U.Zastrau and, U.Zastrau. Photon beam transport and scientific instruments at the European XFEL. Appl. Sci., 7, 592(2017).
[133] M.B?hme, M.B?hme, A.Moldabekov Z., J.Vorberger, T.Dornheim and, Z. A.Moldabekov, M.B?hme, A.Moldabekov Z., J.Vorberger, T.Dornheim and, J.Vorberger, M.B?hme, A.Moldabekov Z., J.Vorberger, T.Dornheim and, T.Dornheim. Static electronic density response of warm dense hydrogen: Ab initio path integral Monte Carlo simulations. Phys. Rev. Lett., 129, 066402(2022).
[134] Z. A.Moldabekov, A.Moldabekov Z., M.B?hme, J.Vorberger, D.Blaschke, T.Dornheim and, M.B?hme, A.Moldabekov Z., M.B?hme, J.Vorberger, D.Blaschke, T.Dornheim and, J.Vorberger, A.Moldabekov Z., M.B?hme, J.Vorberger, D.Blaschke, T.Dornheim and, D.Blaschke, A.Moldabekov Z., M.B?hme, J.Vorberger, D.Blaschke, T.Dornheim and, T.Dornheim. Ab initio static exchange–correlation kernel across jacob’s ladder without functional derivatives. J. Chem. Theory Comput., 19, 1286-1299(2023).
[135] M.Panholzer, M.Panholzer, M.Gatti, L.Reining and, M.Gatti, M.Panholzer, M.Gatti, L.Reining and, L.Reining. Nonlocal and nonadiabatic effects in the charge-density response of solids: A time-dependent density-functional approach. Phys. Rev. Lett., 120, 166402(2018).
[136] A. D.Kaplan, D.Kaplan A., K.Nepal N., A.Ruzsinszky, P.Ballone, J. and, N. K.Nepal, D.Kaplan A., K.Nepal N., A.Ruzsinszky, P.Ballone, J. and, A.Ruzsinszky, D.Kaplan A., K.Nepal N., A.Ruzsinszky, P.Ballone, J. and, P.Ballone, D.Kaplan A., K.Nepal N., A.Ruzsinszky, P.Ballone, J. and, J. P.Perdew. First-principles wave-vector- and frequency-dependent exchange-correlation kernel for jellium at all densities. Phys. Rev. B, 105, 035123(2022).
[137] S.Botti, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, F.Sottile, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, N.Vast, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, V.Olevano, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, L.Reining, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, H.-C.Weissker, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, A.Rubio, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, G.Onida, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, R.Del Sole, S.Botti, F.Sottile, N.Vast, V.Olevano, L.Reining, H.-C.Weissker, A.Rubio, G.Onida, Sole R.Del, R. and, R. W.Godby. Long-range contribution to the exchange-correlation kernel of time-dependent density functional theory. Phys. Rev. B, 69, 155112(2004).
[138] K.Ramakrishna, and K.Ramakrishna, J.Vorberger. Ab initio dielectric response function of diamond and other relevant high pressure phases of carbon. J. Phys.: Condens. Matter, 32, 095401(2019).
[139] C.Flamant, C.Flamant, G.Kolesov, E.Manousakis, E.Kaxiras and, G.Kolesov, C.Flamant, G.Kolesov, E.Manousakis, E.Kaxiras and, E.Manousakis, C.Flamant, G.Kolesov, E.Manousakis, E.Kaxiras and, E.Kaxiras. Imaginary-time time-dependent density functional theory and its application for robust convergence of electronic states. J. Chem. Theory Comput., 15, 6036-6045(2019).
[140] T.Dornheim, T.Dornheim, J.Vorberger, Z. and, J.Vorberger, T.Dornheim, J.Vorberger, Z. and, Z. A.Moldabekov. Nonlinear density response and higher order correlation functions in warm dense matter. J. Phys. Soc. Jpn., 90, 104002(2021).
[141] T.Dornheim, T.Dornheim, M.B?hme, A.Moldabekov Z., J.Vorberger, M.Bonitz and, M.B?hme, T.Dornheim, M.B?hme, A.Moldabekov Z., J.Vorberger, M.Bonitz and, Z. A.Moldabekov, T.Dornheim, M.B?hme, A.Moldabekov Z., J.Vorberger, M.Bonitz and, J.Vorberger, T.Dornheim, M.B?hme, A.Moldabekov Z., J.Vorberger, M.Bonitz and, M.Bonitz. Density response of the warm dense electron gas beyond linear response theory: Excitation of harmonics. Phys. Rev. Res., 3, 033231(2021).
[142] Z. A.Moldabekov, A.Moldabekov Z., J.Vorberger, T.Dornheim and, J.Vorberger, A.Moldabekov Z., J.Vorberger, T.Dornheim and, T.Dornheim. Density functional theory perspective on the nonlinear response of correlated electrons across temperature regimes. J. Chem. Theory Comput., 18, 2900-2912(2022).
[143] P.Tolias, P.Tolias, T.Dornheim, A.Moldabekov Z., J.Vorberger and, T.Dornheim, P.Tolias, T.Dornheim, A.Moldabekov Z., J.Vorberger and, Z. A.Moldabekov, P.Tolias, T.Dornheim, A.Moldabekov Z., J.Vorberger and, J.Vorberger. Unravelling the nonlinear ideal density response of many-body systems. Europhys. Lett., 142, 44001(2023).
[144] Z. A.Moldabekov, A.Moldabekov Z., T.Dornheim, A.Cangi and, T.Dornheim, A.Moldabekov Z., T.Dornheim, A.Cangi and, A.Cangi. Thermal excitation signals in the inhomogeneous warm dense electron gas. Sci. Rep., 12, 1093(2022).
