Wiley Chemistry (@wiley_chemistry) 's Twitter Profile
Wiley Chemistry

@wiley_chemistry

We publish chemistry research and books. We’ll help you build your career, get published and connect you with the latest articles.

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linkhttp://www.wiley.com calendar_today04-06-2009 14:49:32

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Wiley Analytical Science (@wileyanalytical) 's Twitter Profile Photo

We are proud to support the Göttingen Expansion Microscopy Forum (GEF25) as a key partner! This event brings together 50+ international experts in super-resolution imaging, optics, and biotechnology. Learn more about the event here: 🔗 ow.ly/t8Wo50VUUvY

We are proud to support the Göttingen Expansion Microscopy Forum (GEF25) as a key partner! 
This event brings together 50+ international experts in super-resolution imaging, optics, and biotechnology. Learn more about the event here: 🔗 ow.ly/t8Wo50VUUvY
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

📢 Calling all researchers! Submit your manuscripts to the Journal of Geoenergy with a focus on geological energy science and engineering. APCs are waived, so you can publish #OpenAccess for free! Don't miss the opportunity to share your work. ⬇️ ow.ly/VnS750VBalA

📢 Calling all researchers! Submit your manuscripts to the Journal of Geoenergy with a focus on geological energy science and engineering.

APCs are waived, so you can publish #OpenAccess for free!

Don't miss the opportunity to share your work. ⬇️
ow.ly/VnS750VBalA
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Join us #ASMS2025 at our exclusive breakfast on June 3 at 7:00 am. Learn how Wiley's NEW KnowItAll LC Expert and MS Expert can help reduce barriers to processing and data analysis by automating identification of unknown compounds. Register today: ow.ly/qZry50VQiIG

Join us #ASMS2025 at our exclusive breakfast on June 3 at 7:00 am. 

Learn how Wiley's NEW KnowItAll LC Expert and MS Expert can help reduce barriers to processing and data analysis by automating identification of unknown compounds. 

Register today: ow.ly/qZry50VQiIG
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

At Materials Genome Engineering Advances we're revolutionizing materials discovery and development. We're integrating AI, computational science and cutting-edge experiments, accelerating breakthroughs in materials genome research. Watch the full video. ⬇️ ow.ly/lCvT50VJ4C0

Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Submit your information and functional materials research. Publish open access with us for free. APCs for new #OpenAccess journal, Information & Functional Materials, are currently waived. Find out more: ow.ly/SL7450VBOUe #FunctionalMaterials

Submit your information and functional materials research.

Publish open access with us for free. APCs for new #OpenAccess journal, Information & Functional Materials, are currently waived.

Find out more: ow.ly/SL7450VBOUe

#FunctionalMaterials
Advanced Portfolio News (@advportfolio) 's Twitter Profile Photo

AI-driven active learning approach helps discover a new cyan-light-emitting phosphor—something not practical via conventional experimentation methods. The phosphor shows stable luminescent properties with potential for LED applications. ow.ly/4YJS50W1vqu

AI-driven active learning approach helps discover a new cyan-light-emitting phosphor—something not practical via conventional experimentation methods.

The phosphor shows stable luminescent properties with potential for LED applications.

ow.ly/4YJS50W1vqu
Advanced Portfolio News (@advportfolio) 's Twitter Profile Photo

When lasers meet microbubbles 🫧 Scientists are printing anisotropic 1D particles like imogolite clay into rings, lines, or filaments with tuneable optical properties - a fast technique that uses less material and gives high precision. 👉ow.ly/bmsN50W7HVs

When lasers meet microbubbles 🫧

Scientists are printing anisotropic 1D particles like imogolite clay into rings, lines, or filaments with tuneable optical properties - a fast technique that uses less material and gives high precision.

👉ow.ly/bmsN50W7HVs
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Discover the innovative research on multifunctional diamond-based catalysts for energy conversions in extreme environments. Explore solutions for space exploration and sustainable energy. Read #OpenAccess: ow.ly/xClW50W78At

Discover the innovative research on multifunctional diamond-based catalysts for energy conversions in extreme environments.

Explore solutions for space exploration and sustainable energy.

Read #OpenAccess: 
ow.ly/xClW50W78At
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Looking to expand your aggregate science research? Want to hear from global experts in the field? Watch June's #JournalSpotlight, Aggregate's free webinar series! From polymers and solid-state materials to soft matter for biomedical applications. 🔗: ow.ly/h1xE50WaiAl

Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

📢 Special Issue on Two-Dimensional Materials for Electronics and Optoelectronics! 🗓️ Deadline: October 31, 2025 🔬 Topics: Growth techniques, charge transport, 2D devices, flexible electronics, AI applications, and more! Submit your research: ow.ly/g5vp50W78Kc

📢 Special Issue on Two-Dimensional Materials for Electronics and Optoelectronics!

🗓️ Deadline: October 31, 2025 

🔬 Topics: Growth techniques, charge transport, 2D devices, flexible electronics, AI applications, and more!

Submit your research: 
ow.ly/g5vp50W78Kc
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Check out a top-cited review from our #JournalSpotlight Aggregate: Biomass-based materials for advanced supercapacitors. Learn how biopolymers influence performance. Available #OpenAccess.🙌 🔗: ow.ly/JyZb50WairB Ben Zhong TANG, Y Hong, Xie Jianping (NUS), Y. Shrike Zhang

Check out a top-cited review from our #JournalSpotlight <a href="/AggregateOA/">Aggregate</a>: Biomass-based materials for advanced supercapacitors. 

Learn how biopolymers influence performance. Available #OpenAccess.🙌

🔗: ow.ly/JyZb50WairB

<a href="/BenZhongTANG1/">Ben Zhong TANG</a>, <a href="/yuning_hong/">Y Hong</a>, <a href="/NusXie/">Xie Jianping (NUS)</a>, <a href="/shrikezhang/">Y. Shrike Zhang</a>
Wiley in research (@wileyinresearch) 's Twitter Profile Photo

Let’s demystify some common research terms! We’re breaking them down for you in simple language. Discover the full picture and boost your research knowledge.👇

Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Get ready for the 2nd BMEMat-Advanced Materials Joint Symposium & International Meeting on Biomedical Engineering #IMBME2025! Experience groundbreaking research, valuable networking opportunities, and engaging discussions. Secure your spot today: ow.ly/UwGz50VB1Zk

Get ready for the 2nd BMEMat-Advanced Materials Joint Symposium &amp; International Meeting on Biomedical Engineering #IMBME2025!

Experience groundbreaking research, valuable networking opportunities, and engaging discussions.

Secure your spot today: ow.ly/UwGz50VB1Zk
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Publish #OpenAccess in Smart Molecules and make your work discoverable thanks to indexing by Web of Science ESCI. Article publication charges are currently waived so there is no cost to publish. Learn more⬇️ ow.ly/XQTr50Wahq4 #WebOfScience #OpenAccess

Publish #OpenAccess in Smart Molecules and make your work discoverable thanks to indexing by Web of Science ESCI.

Article publication charges are currently waived so there is no cost to publish.

Learn more⬇️
ow.ly/XQTr50Wahq4

 #WebOfScience #OpenAccess
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Researchers, explore the innovative study on polymeric ultralong organic phosphorescence in Aggregate. Discover how hydrophobic effects enhance humidity and temperature resistance. Stay ahead in material science. Read #OpenAccess ⬇️ ow.ly/Ib2g50WahyA #MaterialScience

Researchers, explore the innovative study on polymeric ultralong organic phosphorescence in Aggregate.

Discover how hydrophobic effects enhance humidity and temperature resistance. Stay ahead in material science. 

Read #OpenAccess ⬇️
ow.ly/Ib2g50WahyA

 #MaterialScience
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Explore our new Special Collection of research in AI and Enzyme Engineering! Read the latest on how the deep learning era is impacting protein engineering, and much more. Available #OpenAccess: ow.ly/Bebv50W5QCh #EnzymeEngineering #ProteinEngineering #AI #DeepLearning

Explore our new Special Collection of research in AI and Enzyme Engineering! 

Read the latest on how the deep learning era is impacting protein engineering, and much more.

Available #OpenAccess: ow.ly/Bebv50W5QCh

#EnzymeEngineering #ProteinEngineering #AI #DeepLearning
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Stay current with this month’s #JournalSpotlight from Aggregate: 💡 Discover the buzzworthy article “Manipulating intermolecular interactions for ultralong organic phosphorescence.” Read: ow.ly/2kjJ50Waueh

Stay current with this month’s #JournalSpotlight from Aggregate:

💡 Discover the buzzworthy article “Manipulating intermolecular interactions for ultralong organic phosphorescence.”

Read: ow.ly/2kjJ50Waueh
Wiley Chemistry (@wiley_chemistry) 's Twitter Profile Photo

Looking for a home for your next paper? Our #JournalSpotlight Aggregate welcomes innovative multidisciplinary research involving the aggregation of structures at nano, micro, meso, and macro scales. Let's drive change together. Find out more >> ow.ly/nZ1050WajxK