Yiming Song

[NanolinoBasel @NanolinoBasel]

The documentary "AFM - A Swiss success story with three letters and hundreds of applications" was shown in the the Cinema as part of Global Science Film Festival 2024.
https://t.co/OqHM8nwZZY @SNIunibas @ErnstMeyer4132 @ShuyuHuang_ @GemaNav28711676 @AntoineHinaut #afm

[NanolinoBasel @NanolinoBasel]

Check our new article published in @NatureComms . “Non-Amontons frictional behaviors of grain boundaries at layered material interfaces” by @Yiming_SONG_ and co-workers. @ErnstMeyer4132 @PawlakRemy @ShuyuHuang_ @AntoineHinaut #universityofbasel

[NanolinoBasel @NanolinoBasel]

In our recent work, we showed that the thermoresponse of 2D supramolecular assemblies can be controlled via the length variation of alkyl chains involved in intermolecular interactions. https://t.co/ZZyLBsWs5U @SebScherb @AntoineHinaut @PawlakRemy @ErnstMeyer4132 @Yiming_SONG_

[Yiming Song @Yiming_SONG_]

Just published online in @PhysRevLett and Featured in Physics - Atomic Friction Defies Expectations. A nice collaboration with @ictpnews @Sissaschool group of Prof. Erio Tosatti. https://t.co/ywFY8zgl9D @ErnstMeyer4132 @UniBasel_en @snsf_ch @ERC_Research @SNIunibas

[NanolinoBasel @NanolinoBasel]

A well spent day in 9th nanomanipulation workshop in Madrid organized by @jg_vilhena. Looking forward for upcoming days and latest updates in the field.
@UniBasel_en

[NanolinoBasel @NanolinoBasel]

We are pleased to announce that for this year's nc-AFM 2024 in Montreal. we are again offering the opportunity to submit your scientific results to a peer-reviewed thematic issue titled "At the cutting edge of atomic force microscopy <https://t.co/lVb41khvf1>" #ncAFM

[NanolinoBasel @NanolinoBasel]

Check out our new article on magic angle twisted bilayer graphene.
https://t.co/TNR0vv7DgZ
@alexinaollier @ErnstMeyer4132 Marcin Kisiel
@UniBasel_en @unibas_phys @snsf_ch @SNIunibas @snsf_ch

[NanolinoBasel @NanolinoBasel]

Congratulations to @ChaoLi007 on 'Vibrational excitations of radical molecule by tip gating' in @NatureComms and featuring in the top 50 Best papers.
https://t.co/EUnUBiBuJI
https://t.co/aJceZeReC6
@unibas_phys @UniBasel_en @SNIunibas @snf_ch @scienta_omicron @PawlakRemy

[NanolinoBasel @NanolinoBasel]

Check out our new article by @paulhiret
https://t.co/qv0xaPJL2h Plasma sputtering of biased electrodes in an oblique magnetic field. @NanolinoBasel #plasma @UniBasel_en @unibas_phys @snsf_ch @IOPPublishing

[NanolinoBasel @NanolinoBasel]

Congratulations to @ShuyuHuang_. She won the best speaker award at the 8th Nanomanipulation workshop in Krakow last week with her talk on “Rewritable superlubricity on Nitrogen-doped graphene moiré supersructures” @UniBasel_en @unibas_phys

[Ernst Meyer @ErnstMeyer4132]

New finding could have applications for hard disks and moving components for satellites or space telescopes https://t.co/nCOyivJdWl

[Physics World @PhysicsWorld]

Friction at the atomic scale appears to depend on the speed at which two surfaces move past each other – and it scales differently in different velocity regimes.
https://t.co/Qm5Cs1C8bB

[NanolinoBasel @NanolinoBasel]

Check out our new article https://t.co/ZxfETb2L7K in @acsnano where we investigated solution synthesized extended #graphene #nanoribbons from @mpi_polymer after their #electrospray deposition in vacuum. @unibas_phys @UniBasel_en Work funded by @snf_ch @ERC_Research @SNIunibas

[Swiss Nanoscience Institute (SNI) @SNIunibas]

With high-vacuum #electrospray deposition, extended #graphene #nanoribbons with unique properties can be accessed for high-resolution studies, as researchers from the SNI network have published in @acsnano.
https://t.co/nScbyFIsjL
@NanolinoBasel @ErnstMeyer4132 @UniBasel_en

[Nano Letters @NanoLetters]

New article on velocity dependence of friction on moiré superstructures of graphene by @Yiming_SONG_ @xianggao3064, Oded Hod, Michael Urbakh, @ErnstMeyer4132, et al. @UniBasel_en @TelAvivUni
Read it here 👉 https://t.co/uaXyuEpohs

[Yiming Song @Yiming_SONG_]

Our @NanoLetters paper in @physorg_com

Unexpected speed-dependent friction in graphene https://t.co/ta7EKnLWYQ via @physorg_com

[University of Basel @UniBasel_en]

In the macro world, friction doesn’t depend on the speed at which two surfaces move past one another, but researchers from Basel and Tel Aviv have now observed precisely this effect in special graphene structures on a platinum surface. @SNIunibas https://t.co/OqWLYuKekH

[Swiss Nanoscience Institute (SNI) @SNIunibas]

#Reibung ist bei manchen Materialien abhängig von der Geschwindigkeit. Forschende aus dem @SNIunibas-Netzwerk haben dies bei Moiré-Überstrukturen von @Graphen gezeigt. https://t.co/kSoIOG8P7b
@UniBasel @unibas_phys @NanolinoBasel @TelAvivUni

[NanolinoBasel @NanolinoBasel]

Check out our new article https://t.co/AoqOnA3MRH in @NanoLetters where we investigated Velocity Dependence of Moiré Friction in collaboration with @TelAvivUni group of Michael Urbakh and Oded Hod. @unibas_phys @UniBasel_en
Work funded by @snf_ch @ERC_Research @SNIunibas

[Yiming Song @Yiming_SONG_]

Just published in @NanoLetters! Velocity dependence of friction on moiré superstructures of graphene. A nice collaboration with @TelAvivUni group of Michael Urbakh and Oded Hod. https://t.co/mQUzdCmF5C @ErnstMeyer4132 @xianggao3064 @UniBasel_en @snsf_ch @ERC_Research @SNIunibas