#LTstm - Twitter Hashtag

over 2 years ago

Demonstration of combining low-temperature scanning tunneling microscopy (#LTSTM) and the quasiparticle interference (QPI) technique to map intervalley #QuantumInterference near various types of atomic defects in TMDs. #OpenAccess: https://t.co/RBNSGmNU6e

acsnano's tweet photo. Demonstration of combining low-temperature scanning tunneling microscopy (#LTSTM) and the quasiparticle interference (QPI) technique to map intervalley #QuantumInterference near various types of atomic defects in TMDs.

#OpenAccess: https://t.co/RBNSGmNU6e https://t.co/jg6lxaCz3G

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Signe Kyrkjebø @signeky

almost 4 years ago

This is what an unintentional, tip-induced, local cleaving of graphite looks like 😬 @santos_j_ #LTstm #astro_intercat

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Nanosurf Lab @nanosurflab

almost 5 years ago

It's snowing at the lab #LTSTM ☃️

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scienta_omicron @scienta_omicron

over 6 years ago

This paper explores temperature-variable study of the self-assembly of the 1,3,5-tribromobenzene (TriBB) molecule on Cu(111) that reveals the involvement of nonbonded #adatoms in the molecular matrix. Read the paper that uses our #LTSTM here: https://t.co/Ecl2KsSJcf #microscopy

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scienta_omicron @scienta_omicron

over 6 years ago

Guillaume Schull et al. combine #STM & fluorescence spectroscopy to study the tautomerization within individual free-base phthalocyanine molecules deposited on a NaCl-covered Ag(111) single-crystal surface. Experiments performed with a #LTSTM https://t.co/IbBnc5oE7w

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scienta_omicron @scienta_omicron

over 6 years ago

Kimura K et al report a single-molecule investigation of electroluminescence using a scanning tunneling microscope. All experiments were conducted using a @scienta_omicron #LTSTM operating at 4.7 K under ultrahigh vacuum. https://t.co/u0xN0BzolX

scienta_omicron's tweet photo. Kimura K et al report a single-molecule investigation of electroluminescence using a scanning tunneling microscope. All experiments were conducted using a @scienta_omicron #LTSTM operating at 4.7 K under ultrahigh vacuum. https://t.co/u0xN0BzolX https://t.co/YkajqFoaWM

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scienta_omicron @scienta_omicron

almost 7 years ago

The #STM experiments were performed under ultra-high vacuum conditions at 4.6 K, using a @scienta_omicron #LTSTM. Find more info about our LT STM here https://t.co/x02ig7SVSD

Kevin Parker

@kevin_parker_ai

over 7 years ago

Selective control of molecule charge state on graphene using tip-induced electric field and nitrogen doping https://t.co/PIsS9MLhvO

kevin_parker_ai's tweet photo. Selective control of molecule charge state on graphene using tip-induced electric field and nitrogen doping https://t.co/PIsS9MLhvO https://t.co/3mdakMeizx

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scienta_omicron @scienta_omicron

about 7 years ago

In this report, Munisa Nurmamat et al explore the dynamics of photo-generated carries in black phosphorus using #TARPES. STM & ARPES measurements with Scienta Omicron #LTSTM & #SES2002 at HSRC and TARPES experiment performed with #R4000 at LASOR, ISSP. https://t.co/tV6aTgbi5P

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Atomic Scale Physics @AaltoAtoms

over 7 years ago

STM getting cold in the lab, sample temperature below 400 mK…#LTSTM

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AI Germany @ai_germany

over 8 years ago

Is Europe just an incubator? Many groundbreaking developments in AI evolved from TU Munich #LTSTM #AI #DLD18 #juergenschmidhuber @taavet @Ljungman @AnnMettler

ai_germany's tweet photo. Is Europe just an incubator? Many groundbreaking developments in AI evolved from TU Munich #LTSTM #AI #DLD18 #juergenschmidhuber @taavet @Ljungman @AnnMettler https://t.co/IQvaXV2w02

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