NatRevMaterials (@natrevmater) 's Twitter Profile
NatRevMaterials

@natrevmater

Tweets from the editors of Nature Reviews Materials, Giulia Pacchioni, Ariane Vartanian & Charlotte Allard. Now also on Bluesky 🦋 @natrevmater.bsky.social

ID: 3088827892

linkhttp://www.nature.com/natrevmats/ calendar_today12-03-2015 12:57:38

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13,13K Followers

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Zhiyong Wang (@zhiyongwang_tud) 's Twitter Profile Photo

Our review now online in ⁦⁦NatRevMaterials⁩. In this article, we share insights on exploring organic 2D crystals for electronic and quantum communities, aiming to inspire innovative concepts for future research. Xinliang Feng⁩⁦Thomas Heine⁩ nature.com/articles/s4157…

NatRevMaterials (@natrevmater) 's Twitter Profile Photo

Binding energy referencing is critical for the reliability of chemical analysis performed by XPS. This Perspective discusses the essential concepts related to this procedure and the problems with existing referencing methods: rdcu.be/d0brb

Binding energy referencing is critical for the reliability of chemical analysis performed by XPS. This Perspective discusses the essential concepts related to this procedure and the problems with existing referencing methods: rdcu.be/d0brb
Nature Reviews Chemistry (@natrevchem) 's Twitter Profile Photo

As today was the International Day of Persons with Disabilities, it's a good time to share our cross-journal collection on Disability Inclusion in Chemistry with new articles from the journal, as well as from nature Nature Reviews Methods Primers and NatRevMaterials ! nature.com/collections/eg…

NatRevMaterials (@natrevmater) 's Twitter Profile Photo

Our December issue: go.nature.com/49hKIz3 🌟Multifunctional high-entropy materials 🟢AI-assisted polymer design 🎄Fast lithium-ion conductors 🤶Atomically thin bioelectronics & Comments on 🔴High-mobility emissive organic semiconductors 💫Design of alloys with LLMs

Our December issue: go.nature.com/49hKIz3
🌟Multifunctional high-entropy materials
🟢AI-assisted polymer design
🎄Fast lithium-ion conductors
🤶Atomically thin bioelectronics
& Comments on
🔴High-mobility emissive organic semiconductors
💫Design of alloys with LLMs
Yecheng Wang (@yecheng_w) 's Twitter Profile Photo

So excited to see our Review online NatRevMaterials !! We discuss sensors based on non-faradaic junction. Working with Zhigang Suo , Kun Jia and the journal team has been great. Look forward to new developments in this field. nature.com/articles/s4157…

Nature Conferences (@natureconf) 's Twitter Profile Photo

The opportunity to present & discuss your latest research on ultrafast phenomena, nickel oxides, methods & 2D materials is here! Submit an abstract by Jan 24📜>> go.nature.com/48TWC1D Yale Engineering UConn QuantumCT Nature Physics Nature Materials NatRevMaterials

The opportunity to present & discuss your latest research on ultrafast phenomena, nickel oxides, methods & 2D materials is here!
Submit an abstract by Jan 24📜>> go.nature.com/48TWC1D

<a href="/YaleEngineering/">Yale Engineering</a> <a href="/UConn/">UConn</a> <a href="/CTquantum/">QuantumCT</a> <a href="/NaturePhysics/">Nature Physics</a> <a href="/NatureMaterials/">Nature Materials</a> <a href="/NatRevMater/">NatRevMaterials</a>
NatRevMaterials (@natrevmater) 's Twitter Profile Photo

Read this Perspective by Volker Deringer, Lena Simine and collaborators, highlighting how recent advances in computational materials modelling and AI are bringing the design of amorphous materials within reach: rdcu.be/d3Tku

Read this Perspective by <a href="/vl_deringer/">Volker Deringer</a>, <a href="/thesiminegroup/">Lena Simine</a> and collaborators, highlighting how recent advances in computational materials modelling and AI are bringing the design of amorphous materials within reach: rdcu.be/d3Tku
Yale Engineering (@yaleengineering) 's Twitter Profile Photo

We have partnered with Nature Physics, NatRevMaterials, and Nature Materials for the @Natureconf Competing Orders in Quantum Materials. Join experts in unconventional superconductivity, 2D materials, ultrafast experiments, and more this March! Learn more: go.nature.com/QuantMatConf25

We have partnered with <a href="/NaturePhysics/">Nature Physics</a>, <a href="/NatRevMater/">NatRevMaterials</a>, and <a href="/NatureMaterials/">Nature Materials</a> for the @Natureconf Competing Orders in Quantum Materials. Join experts in unconventional superconductivity, 2D materials, ultrafast experiments, and more this March! Learn more: go.nature.com/QuantMatConf25
NatRevMaterials (@natrevmater) 's Twitter Profile Photo

January issue: go.nature.com/42bY3HE ⚡️Decoding tissue biomechanics with conformable electronic devices ☀️Hidden triplet states at hybrid organic–inorganic interfaces 🧫CRISPR–Cas9 delivery for the modulation of immune and non-immune cells 📉Binding energy referencing in XPS

January issue: go.nature.com/42bY3HE
⚡️Decoding tissue biomechanics with conformable electronic devices
☀️Hidden triplet states at hybrid organic–inorganic interfaces
🧫CRISPR–Cas9 delivery for the modulation of immune and non-immune cells
📉Binding energy referencing in XPS