Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile
Matthew R. Ryder

@matthew_r_ryder

Materials Design | Chemist–Physicist
Shetland → Edinburgh → Oxford → Around the World

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calendar_today15-06-2015 20:28:03

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Trends in Chemistry (@trendschemistry) 's Twitter Profile Photo

Happy 2022! A bit late, but the first issue is TRECHM is online! Read the issue here: bit.ly/33gs6Sd The fantastic cover image by Zhou, Ryder, and colleagues highlights a timely Review that you can read freely here: bit.ly/3nfHkxN #RealTimeChem

Happy 2022! A bit late, but the first issue is TRECHM is online! Read the issue here: bit.ly/33gs6Sd

The fantastic cover image by Zhou, Ryder, and colleagues highlights a timely Review that you can read freely here: bit.ly/3nfHkxN #RealTimeChem
MOF Papers (@mof_papers) 's Twitter Profile Photo

Influence of Metal Identity on Light-Induced Switchable Adsorption in Azobenzene-Based Metal–Organic Frameworks dx.doi.org/10.1021/acsami…

Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Great theoretical biophysics presentation today by Prof. Gerald Kneller on A New Spectroscopic Perspective of Neutron Scattering.

Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Spending #MLKDay educating myself on the recent exciting advancements of #AI and #MachineLearning applied to #DFT! What area of research do you think will benefit the most from advancements in DFT?

Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Honored and proud to be featured on one of the light poles Oak Ridge Lab as a result of my involvement as the chair of the Future Leaders Network and organizing outreach and networking events within ORNL and our local community in East Tennessee. Thanks to my amazing executive committee!

Honored and proud to be featured on one of the light poles <a href="/ORNL/">Oak Ridge Lab</a> as a result of my involvement as the chair of the Future Leaders Network and organizing outreach and networking events within ORNL and our local community in East Tennessee. Thanks to my amazing executive committee!
Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Recent research exploring the exposure of ZIF-8 to humid SOx gas! Our team discovers framework disorder and a decrease in pore accessibility due to the cleavage of Zn–N bonds. Collaboration between Oak Ridge Lab, Georgia Tech, UT Knoxville. pubs.acs.org/doi/full/10.10… NERSC Advanced Photon Source

Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Attention Graduate Students! Interested in doing a placement with me Oak Ridge Lab as part of the US Department of Energy Office of Science Graduate Student Research Program? This particular opportunity is limited to US Citizens and LPRs only. Check out the details below. #CleanEnergy

Attention Graduate Students! Interested in doing a placement with me <a href="/ORNL/">Oak Ridge Lab</a> as part of the US Department of Energy Office of Science Graduate Student Research Program? This particular opportunity is limited to US Citizens and LPRs only. Check out the details below. #CleanEnergy
Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Recent research in Nature Communications on polydopamine-derived porous carbons for olefin/paraffin separation! Collaboration between multiple institutions, including Physical Sciences, Neutron Sciences, UT Knoxville, SCUT-SIE, USTC Global nature.com/articles/s4146… #separation #science #energy

Physical Sciences (@ornl_physsci) 's Twitter Profile Photo

A global research team including Oak Ridge Lab experts in #materials science, #chemistry, and Neutron Sciences studied an energy-intensive process in the petrochemical industry and advanced olefin/paraffin separation.

Neutron Sciences (@ornlneutrons) 's Twitter Profile Photo

🌟 Instrument Spotlight: Beamline BL-2 – BASIS Oak Ridge Lab's backscattering silicon spectrometer set the productivity benchmark for the #neutronbackscattering community. Since 2008, researchers using BASIS have published 367 articles in 92 journals! #neutrons bit.ly/47kLw4F

🌟 Instrument Spotlight: Beamline BL-2 – BASIS
<a href="/ORNL/">Oak Ridge Lab</a>'s backscattering silicon spectrometer set the productivity benchmark for the #neutronbackscattering community. Since 2008, researchers using BASIS have published 367 articles in 92 journals! #neutrons bit.ly/47kLw4F
Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Honored to represent ORNL at the inaugural U.S. Department of Energy ERG Leadership Summit in DC! Proud of the strides in inclusivity & scientific innovation and thrilled ORNL received an appreciation award for our collective ERG efforts. Kudos to my amazing FLN committee!

Honored to represent ORNL at the inaugural U.S. Department of Energy ERG Leadership Summit in DC! Proud of the strides in inclusivity &amp; scientific innovation and thrilled ORNL received an appreciation award for our collective ERG efforts. Kudos to my amazing FLN committee!
The University of Tulsa (@utulsa) 's Twitter Profile Photo

The U.S. Department of U.S. Department of Energy has granted a $629,263 award to a team of researchers at #utulsa to investigate protective high-temperature coatings for applications like aerospace and nuclear fusion: bit.ly/3RIBhlf

Matthew R. Ryder (@matthew_r_ryder) 's Twitter Profile Photo

Some colleagues and I are participating in a charity walk this weekend to honor people living with Parkinson's. Therefore, please feel free to make a small donation, or if you live nearby, come and join us! Parkinson's Foundation Link: secure3.convio.net/prkorg/site/TR…

Accounts of Material Research - AMR (@amr_discovery) 's Twitter Profile Photo

Hydrogen-bonded organic frameworks (HOFs) are redefining porous materials! Their versatile structures and easy regeneration make them ideal for catalysis, energy, and biomedical applications. doi.org/10.1021/accoun…

Hydrogen-bonded organic frameworks (HOFs) are redefining porous materials!

Their versatile structures and easy regeneration make them ideal for catalysis, energy, and biomedical applications.

doi.org/10.1021/accoun…