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DTSTART:20380119T001407
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DTSTAMP:20250128T013034Z
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DTSTART;TZID=America/Sao_Paulo:20240312T160000
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DESCRIPTION:Ferromagnetic and antiferromagnetic magnons in Cr₂C MXenes ar
 e key to understanding their magnetic properties and potential application
 s in spintronic devices. Cr₂C MXenes\, a class of two-dimensional materi
 als\, exhibit both ferromagnetic and antiferromagnetic ordering depending 
 on their synthesis and external conditions. In ferromagnetic Cr₂C MXenes
 \, magnons arise as collective excitations of the spins aligned in the sam
 e direction\, offering insights into their potential for magnetic storage 
 and logic devices. Conversely\, in antiferromagnetic Cr₂C MXenes\, magno
 ns represent spin excitations that occur in a staggered manner\, which cou
 ld enable applications in magnonics and quantum computing due to their uni
 que characteristics. The study of these magnons in Cr₂C MXenes is essent
 ial for advancing the development of next-generation\, low-energy-consumpt
 ion magnetic and spintronic technologies.\n\nRecife\, Pernambuco\, Brazil
LOCATION:Recife\, Pernambuco\, Brazil
ORGANIZER:magchapterufpe@gmail.com
SEQUENCE:2
SUMMARY:Ferromagnetic and antiferromagnetic magnons in Cr2C MXenes
URL;VALUE=URI:https://events.vtools.ieee.org/m/464036
X-ALT-DESC:Description: <br /><p>Ferromagnetic and antiferromagnetic magnon
 s in Cr₂C MXenes are key to understanding their magnetic properties and 
 potential applications in spintronic devices. Cr₂C MXenes\, a class of t
 wo-dimensional materials\, exhibit both ferromagnetic and antiferromagneti
 c ordering depending on their synthesis and external conditions. In ferrom
 agnetic Cr₂C MXenes\, magnons arise as collective excitations of the spi
 ns aligned in the same direction\, offering insights into their potential 
 for magnetic storage and logic devices. Conversely\, in antiferromagnetic 
 Cr₂C MXenes\, magnons represent spin excitations that occur in a stagger
 ed manner\, which could enable applications in magnonics and quantum compu
 ting due to their unique characteristics. The study of these magnons in Cr
 ₂C MXenes is essential for advancing the development of next-generation\
 , low-energy-consumption magnetic and spintronic technologies.</p>
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