Hades experiments : investigation of hadron in-medium properties
- Agakishiev, G.
- Behnke, C.
- Belver, D.
- Belyaev, A.
- Berger-Chen, J. C.
- Blanco, A.
- Blume, C.
- Böhmer, M.
- Cabanelas, P.
- Chernenko, S.
- Dritsa, C.
- Dybczak, Adrian
- Epple, E.
- Fabbietti, L.
- Fateev, O.
- Fonte, P.
- Friese, J.
- Fröhlich, I.
- Galatyuk, T.
- Garzón, J. A.
- Gill, K.
- Golubeva, M.
- Gonázlez-Díaz, D.
- Guber, F.
- Gumberidze, M.
- Harabasz, Szymon
- Hennino, T.
- Holzmann, R.
- Huck, P.
- Höhne, C.
- Ierusalimov, A.
- Ivashkin, A.
- Jurkovic, M.
- Kämpfer, B.
- Karavicheva, T.
- Koenig, I.
- Koenig, W.
- Kolb, B. W.
- Korcyl, Grzegorz
- Kornakov, G.
- Kotte, R.
- Krása, A.
- Krebs, E.
- Krizek, F.
- Kuc, Hubert
- Kugler, A.
- Kurepin, A.
- Kurilkin, A.
- Kurilkin, P.
- Ladygin, V.
- Lalik, R.
- Lang, S.
- Lapidus, K.
- Lebedev, A.
- Lopes, L.
- Lorenz, M.
- Maier, L.
- Mangiarotti, A.
- Markert, J.
- Metag, V.
- Michel, J.
- Müntz, C.
- Münzer, R.
- Naumann, L.
- Pałka, Marek
- Parpottas, Y.
- Pechenov, V.
- Pechenova, O.
- Pietraszko, J.
- Przygoda, Witold
- Ramstein, B.
- Rehnisch, L.
- Reshetin, A.
- Rustamov, A.
- Sadovsky, A.
- Salabura, Piotr
- Scheib, T.
- Schuldes, H.
- Siebenson, J.
- Sobolev, Yu. G.
- Spataro, S.
- Ströbele, H.
- Stroth, J.
- Strzempek, Paweł
- Sturm, C.
- Svoboda, O.
- Tarantola, A.
- Teilab, K.
- Tlusty, P.
- Traxler, M.
- Tsertos, H.
- Vasiliev, T.
- Wagner, V.
- Weber, M.
- Wendisch, C.
- Wüstenfeld, J.
- Yurevich, S.
- Zanevsky, Y.
DOIAbstract
Hadron modifications in nuclear matter are discussed in connection to chiral symmetry restoration and/or hadronic many body effects. Experiments with photon, proton and heavy ion beams are used to probe properties of hadrons embedded in nuclear matter at different temperatures and densities. Most of the information has been gathered for the light vector mesons $\rho$, $\omega$ and $\phi$. HADES is a second generation experiment operating at GSI with the main aim to study in-medium modifications by means of dielectron production at the SIS18/Bevelac energy range. Large acceptance and excellent particle identification capabilities allows also for measurements of strangeness production. These abilities combined with the variety of beams provid...
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