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DTSTAMP:20260403T075436Z
UID:9DE2A8BC-FEFC-41A7-9B28-181543FABC0E
DTSTART;TZID=Europe/Madrid:20260324T140000
DTEND;TZID=Europe/Madrid:20260324T160000
DESCRIPTION:Abstract: Femto-magnetism is about controlling the magnetic sta
 te and the way the electron spin flows through magnetic thin film systems 
 at down to femtosecond time scales\, typically triggered by ultrashort las
 er pulses. In this tutorial I will provide an introduction to the intrigui
 ng phenomena for students and researchers without a specific background in
  this topic\, and/or with interest in a more fundamental\, conceptual unde
 rstanding. For this reason\, I will start with reviewing some of the relev
 ant concepts in condensed matter and magnetic materials. This will serve t
 o build up understanding of simple model-based explanations of the complex
  light- and heat-driven processes\, as well as recent experimental develop
 ments. Specific processes that will be addressed are the ultrafast loss of
  magnetization upon fs laser heating\, all-optical switching of magnetizat
 ion\, laser-driven spin currents\, and the induced spin-transport torque. 
 Finally\, a brief outlook will be sketched of future applications\, includ
 ing on-chip integration of spintronics and photonics.\n\nSpeaker(s): Bert 
 \, Kazuto\n\nRoom: 4-A014\, Bldg: Institut Jean Lamour \, 5 Allee Guinier\
 , Nancy\, Lorraine\, France\, 54011
LOCATION:Room: 4-A014\, Bldg: Institut Jean Lamour \, 5 Allee Guinier\, Nan
 cy\, Lorraine\, France\, 54011
ORGANIZER:stephane.mangin@univ-lorraine.fr
SEQUENCE:9
SUMMARY:Introduction to Femto-magnetism From basics in Condensed Matter to 
 a Future Vision
URL;VALUE=URI:https://events.vtools.ieee.org/m/536891
X-ALT-DESC:Description: <br /><p class="MsoNormal"><strong><span lang="EN-U
 S">Abstract:</span></strong><span lang="EN-US"> Femto-magnetism is about c
 ontrolling the magnetic state and the way the electron spin flows through 
 magnetic thin film systems at down to femtosecond time scales\, typically 
 triggered by ultrashort laser pulses. In this tutorial I will provide an i
 ntroduction to the intriguing phenomena for students and researchers witho
 ut a specific background in this topic\, and/or with interest in a more fu
 ndamental\, conceptual understanding. For this reason\, I will start with 
 reviewing some of the relevant concepts in condensed matter and magnetic m
 aterials. This will serve to build up understanding of simple model-based 
 explanations of the complex light- and heat-driven processes\, as well as 
 recent experimental developments. Specific processes that will be addresse
 d are the ultrafast loss of magnetization upon fs laser heating\, all-opti
 cal switching of magnetization\, laser-driven spin currents\, and the indu
 ced spin-transport torque. Finally\, a brief outlook will be sketched of f
 uture applications\, including on-chip integration of spintronics and phot
 onics.&nbsp\; </span></p>
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