Research
Superparamagnetism in an Interacting Nanomagnet Array: A Tale of Three Temperatures
feeds.aps.org · By Anthony Hurben, Ioan-Augustin Chioar, Cristiano Nisoli & Peter Schiffer ·
The Brief
- A study examines superparamagnetic collections of thermally fluctuating nanomagnet moments in an interacting array.
- As these systems are cooled, their moments undergo a dynamic freezing known as a blocking transition.
- The collective behavior becomes more complex than that of isolated nanomagnets, according to the abstract.
Why it matters
Interactions between nanomagnets change how their collective blocking transition behaves, which matters for interpreting magnetic measurements of nanoscale magnetic systems.
Who’s affected
- physicists studying magnetism
- researchers in nanomagnetism and condensed matter
- #superparamagnetism
- #nanomagnets
- #blocking transition
- #magnetism
- #condensed matter
Author(s): Anthony Hurben, Ioan-Augustin Chioar, Cristiano Nisoli, and Peter Schiffer Superparamagnetic collections of thermally fluctuating nanomagnet moments undergo a dynamic freezing known as a blocking transition upon cooling. The collective behavior becomes more complex…
Timeline
Research article published (APS feed)
feeds.aps.org
Superparamagnetism in an Interacting Nanomagnet Array: A Tale of Three Temperatures