IFMPAN_thinfilms

[Physics of Magnetism @PhysMagnetism20]

The @ifmpanthinfilms team of #ifmpan shows magnetic layers to control the movement of super-paramagnetic nanospheres, a promising path for lab-on-a-chip devices. #maciejurbaniak #DanielKiphart #MichalMatczak #feliksstobiecki @gabrieldchaves @KuwikPiotr
https://t.co/oZgrK7YEjc

[IFMPAN_thinfilms @ifmpanthinfilms]

Nice Work, Team!

[Physics of Magnetism @PhysMagnetism20]

In multilayers, #IB efficiency decreases with depth, causes stronger mixing at the top than at the bottom, a way to make useful asymmetric properties.

@kowacz_mateusz #MichałMatczak #MarekSchmidt #FeliksStobiecki @KuwikPiotr @ifmpanthinfilms #IFMPAN

https://t.co/UMx8Kv8YcG

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations @gabrieldchaves on your recent paper!

[Physics of Magnetism @PhysMagnetism20]

This review summarizes old and new results for the study of thermally activated transitions between micromagnetic states giving special attention to reduced coordinate models.
https://t.co/1VmUQP4xK8
@gabrieldchaves #IFMPAN @ifmpanthinfilms @NYUPhysics @nyushanghai @sfiscience

[IFMPAN_thinfilms @ifmpanthinfilms]

Nice work with our very own Piotr Graczyk as coauthor.

[Physics of Magnetism @PhysMagnetism20]

This numerical investigation of the spectrum of spin-wave oscillations of Hopfions in a nanodot can guide on their identification in future experiments (there is a clear dependende on the polarization of the applied field).
https://t.co/qRkWUomWtx @UAM_Poznan @ifmpanthinfilms

[Physics of Magnetism @PhysMagnetism20]

This numerical investigation of the spectrum of spin-wave oscillations of Hopfions in a nanodot can guide on their identification in future experiments (there is a clear dependende on the polarization of the applied field).
https://t.co/qRkWUomWtx @UAM_Poznan @ifmpanthinfilms

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations to members of the thin films group for their role in this publication.

[Physics of Magnetism @PhysMagnetism20]

A PMA layer imprints a texture to an adjacent low damping soft ferromagnet and allows for 2 stable states which have very different spin-wave dispersion relations.
https://t.co/fkFC6zvuD3 @CNRsocial_ @AureHierro @uniovi_info @UAM_Poznan @NanoCINN @UniperugiaNews @ifmpanthinfilms

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations of the members of the team for being part of this publication, which has been selected as an APS highlight.

https://t.co/qhZgJG4Hxb

[Physics of Magnetism @PhysMagnetism20]

#ProximityInducedMagnetism in multilayers.
#CharlesSwindells @HubgloG #YongChoi #DanielHaskel #PPMichałowski #ThomasHase #feliksstobiecki @KuwikPiotr #delatkinson @DurhamPhysics @sheffielduni @ifmpanthinfilms @advancedphoton @Lukasiewicz_pl @WarwickPhysics
https://t.co/JznMtquJmw

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations Adam!

[Physics of Magnetism @PhysMagnetism20]

The effective magnetic damping in YIG is accurately tuned by inserting a thin noble metal spacer at its interface with the GGG substrate.
https://t.co/F42qHC7o8O
#AdamKrysztofik #ECoy @ifmpanthinfilms @FlajsmanL @UAM_Poznan @AaltoUniversity #NanobiomedicalCentre @ifmpanthinfilms

[Coatings MDPI @Coatings_MDPI]

#mdpicoatings The Special Issue "Feature Papers of #Coatings for #Energy Applications" edited by our Section Editor-in-Chief Dr. Emerson Coy is online now.

Submit your paper: https://t.co/kpzFteplxW

[IFMPAN_thinfilms @ifmpanthinfilms]

Nice work from some members of our team.

[Physics of Magnetism @PhysMagnetism20]

A First-Order Reversal investigation of Major and Minor loops in IrMn/NiFe bilayers reveals a connection between a viscous decrease of magnetization & the rotatable magnetic anisotropy in these systems
https://t.co/QSUswRbGqF @HubgloG @KuwikPiotr @presseunikassel @ifmpanthinfilms

[IFMPAN_thinfilms @ifmpanthinfilms]

@PhysMagnetism20 @KuwikPiotr @UAM_Poznan @FizykaUS @CNBM_UAM Nice job!

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations to our team members and our colleagues at @amupoznan on their recent publication!

[Physics of Magnetism @PhysMagnetism20]

New work by @ifmpanthinfilms & #NanoBiomedicalCentre team about effects of #PlasmaOxidation on properties of Co/Ni multilayers (and compared to natural oxidation)
https://t.co/rrZFxIpso2 #BłażejAnastaziak @HubgloG #MaciejUrbaniak #ŁukaszFrąckowiak #FeliksStobiecki @KuwikPiotr

[Physics of Magnetism @PhysMagnetism20]

New work by @ifmpanthinfilms & #NanoBiomedicalCentre team about effects of #PlasmaOxidation on properties of Co/Ni multilayers (and compared to natural oxidation)
https://t.co/rrZFxIpso2 #BłażejAnastaziak @HubgloG #MaciejUrbaniak #ŁukaszFrąckowiak #FeliksStobiecki @KuwikPiotr

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations to our team members for their newest publication.

[Physics of Magnetism @PhysMagnetism20]

CoTb alloy composition of can be precisely controlled and predicted by co-sputtering.
https://t.co/7l7pHkhFE8
#ŁukaszFrąckowiak #MaciejUrbaniak #FeliksStobiecki #MichałMatczak
@gabrieldchaves
#MikołajBilski #AndreasGlenz
@KuwikPiotr
@ifmpanthinfilms
@uwbtwt
@PUT_Poznan
@PREVAC1

[IFMPAN_thinfilms @ifmpanthinfilms]

@PhysMagnetism20 @HubgloG @KuwikPiotr @DurhamPhysics @sheffielduni @advancedphoton @LukasiewiczIMiF @WarwickPhysics Congratulations to the members of the Thin Films team that contributed to this work!

[Physics of Magnetism @PhysMagnetism20]

This paper explain effects of #YIG recrystallization on a #YAG substrate, and the mechanisms behind the broadening of the #FMR linewidth. #AdamKrysztofik #SevgiÖzoğlu #BobMcMichael #ECoy https://t.co/2L3BO9qsTg @ifmpanthinfilms @UAM_Poznan @hakkariuniv @NIST #NanobiomedicalCentre

[IFMPAN_thinfilms @ifmpanthinfilms]

@PhysMagnetism20 @UAM_Poznan @hakkariuniv @NIST Congratulations to #AdamKrysztofik on his recent @nature publication!

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations to the thin film team in our Institute for their recent publication!

[Physics of Magnetism @PhysMagnetism20]

Coercivity & Exchange Bias change widely for Cobalt layers coupled with Nickel Oxide in both sides, while keeping intact other key properties.
https://t.co/LD4YhaJ9Hn #MateuszKowacz #BłażejAnastaziak #MarekSchmidt #FeliksStobiecki @KuwikPiotr (@ifmpanthinfilms) 4 @Materials_mdpi

[IFMPAN_thinfilms @ifmpanthinfilms]

A team in Peking University (@PKU1898) demonstrates that applying strains to Hall crosses patterned over monolayer #WSe_2 can be used to tune the #BerryCurvatureDipole, induce #OrbitalMagnetization and provoke a #NonLinearHallEffect.
https://t.co/3qYqw09coS

[IFMPAN_thinfilms @ifmpanthinfilms]

Congratulations to the members of the team involved in this collaboration!

[Physics of Magnetism @PhysMagnetism20]

A @PhysRevLett studies of interactions between #TimeSpace crystals and magnons and discover scattering that does not obey conventional dispersion theory.
https://t.co/S2bhGy5wmg @HubgloG @piotr_kuswik @GiselaSchuetz54 @MPI_IS @wfuam @UAM_Poznan @ifmpanthinfilms @HZB_BESSY @HZBde