Large magnetic molecules and what we learn from them

Schnack J (2019)
CONTEMPORARY PHYSICS.

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Zeitschriftenaufsatz | E-Veröff. vor dem Druck | Englisch
Abstract / Bemerkung
Magnetic molecules are zero-dimensional quantum spin objects. This article is devoted to the general scientific knowledge we obtained through their study. In particular the following concepts will be touched: anisotropy and bistability, translational invariance and sign rules, frustration, localised magnons and flat bands, quantum phase transitions as well as isentrope design.
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CONTEMPORARY PHYSICS
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Schnack J. Large magnetic molecules and what we learn from them. CONTEMPORARY PHYSICS. 2019.
Schnack, J. (2019). Large magnetic molecules and what we learn from them. CONTEMPORARY PHYSICS. doi:10.1080/00107514.2019.1615716
Schnack, J. (2019). Large magnetic molecules and what we learn from them. CONTEMPORARY PHYSICS.
Schnack, J., 2019. Large magnetic molecules and what we learn from them. CONTEMPORARY PHYSICS.
J. Schnack, “Large magnetic molecules and what we learn from them”, CONTEMPORARY PHYSICS, 2019.
Schnack, J.: Large magnetic molecules and what we learn from them. CONTEMPORARY PHYSICS. (2019).
Schnack, Jürgen. “Large magnetic molecules and what we learn from them”. CONTEMPORARY PHYSICS (2019).