#crystallography — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #crystallography, aggregated by home.social.
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Mineral Cup starts Tuesday!
Which will you champion?
https://www.mineralcup.org/2026/minerals-list
#MinCup26 #Minerals #EarthScience #MaterialScience #Crystallography
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Mineral Cup starts Tuesday!
Which will you champion?
https://www.mineralcup.org/2026/minerals-list
#MinCup26 #Minerals #EarthScience #MaterialScience #Crystallography
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Mineral Cup starts Tuesday!
Which will you champion?
https://www.mineralcup.org/2026/minerals-list
#MinCup26 #Minerals #EarthScience #MaterialScience #Crystallography
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Mineral Cup starts Tuesday!
Which will you champion?
https://www.mineralcup.org/2026/minerals-list
#MinCup26 #Minerals #EarthScience #MaterialScience #Crystallography
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Mineral Cup starts Tuesday!
Which will you champion?
https://www.mineralcup.org/2026/minerals-list
#MinCup26 #Minerals #EarthScience #MaterialScience #Crystallography
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Hiroshimaites: How the Hiroshima Nuclear Explosion Accidentally Invented a New Material
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Hiroshimaites: How the Hiroshima Nuclear Explosion Accidentally Invented a New Material
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Hiroshimaites: How the Hiroshima Nuclear Explosion Accidentally Invented a New Material
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Hiroshimaites: How the Hiroshima Nuclear Explosion Accidentally Invented a New Material
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Hiroshimaites: How the Hiroshima Nuclear Explosion Accidentally Invented a New Material
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https://www.europesays.com/ie/610485/ Chemists use programmable DNA to build precise protein crystals #Crystallography #Diffraction #DNA #DrugDelivery #Drugs #Éire #IE #Ireland #medicine #Nanoparticles #Nanotechnology #Protein #Research #Science #StructuralBiology #XRay
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Diamond Cubic
Once upon a time I analyzed electron diffraction patterns. They looked like this: Electron Diffraction Patterns, public domain images colored in "matrix green". These patterns are the inverse of the crystal lattices, sort of. The regularity of the dots represents the symmetries of the physical crystal. To identify the material causing a certain pattern, you compared it with sample patterns in a "database". I am using quotes as the database was a drawer cabinet from wood. You sifted […] -
Diamond Cubic
Once upon a time I analyzed electron diffraction patterns. They looked like this: Electron Diffraction Patterns, public domain images colored in "matrix green". These patterns are the inverse of the crystal lattices, sort of. The regularity of the dots represents the symmetries of the physical crystal. To identify the material causing a certain pattern, you compared it with sample patterns in a "database". I am using quotes as the database was a drawer cabinet from wood. You sifted […] -
Diamond Cubic
Once upon a time I analyzed electron diffraction patterns. They looked like this: Electron Diffraction Patterns, public domain images colored in "matrix green". These patterns are the inverse of the crystal lattices, sort of. The regularity of the dots represents the symmetries of the physical crystal. To identify the material causing a certain pattern, you compared it with sample patterns in a "database". I am using quotes as the database was a drawer cabinet from wood. You sifted […] -
Diamond Cubic
Once upon a time I analyzed electron diffraction patterns. They looked like this: Electron Diffraction Patterns, public domain images colored in "matrix green". These patterns are the inverse of the crystal lattices, sort of. The regularity of the dots represents the symmetries of the physical crystal. To identify the material causing a certain pattern, you compared it with sample patterns in a "database". I am using quotes as the database was a drawer cabinet from wood. You sifted […] -
Diamond Cubic
Once upon a time I analyzed electron diffraction patterns. They looked like this: Electron Diffraction Patterns, public domain images colored in "matrix green". These patterns are the inverse of the crystal lattices, sort of. The regularity of the dots represents the symmetries of the physical crystal. To identify the material causing a certain pattern, you compared it with sample patterns in a "database". I am using quotes as the database was a drawer cabinet from wood. You sifted […] -
https://www.europesays.com/ie/594542/ Study identifies immune response causing severe COVID-19 susceptibility #Antibodies #Autoantibodies #Cell #Coronavirus #Covid19 #Crystallography #Éire #Health #IE #ImmuneResponse #ImmuneSystem #Interferon #Interferons #Ireland #Pandemic #Research #virus #XRay
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Chocolate (specifically cocoa butter) actually has multiple crystalographic forms (polymorphs), tempering is all about controlling which one (the hard shiny one is β(V)). But since it's crystals, we have the technology to resolve their stractures!
Link: https://www.sciencedirect.com/science/article/pii/S0969806X04003019
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Chocolate (specifically cocoa butter) actually has multiple crystalographic forms (polymorphs), tempering is all about controlling which one (the hard shiny one is β(V)). But since it's crystals, we have the technology to resolve their stractures!
Link: https://www.sciencedirect.com/science/article/pii/S0969806X04003019
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Chocolate (specifically cocoa butter) actually has multiple crystalographic forms (polymorphs), tempering is all about controlling which one (the hard shiny one is β(V)). But since it's crystals, we have the technology to resolve their stractures!
Link: https://www.sciencedirect.com/science/article/pii/S0969806X04003019
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Chocolate (specifically cocoa butter) actually has multiple crystalographic forms (polymorphs), tempering is all about controlling which one (the hard shiny one is β(V)). But since it's crystals, we have the technology to resolve their stractures!
Link: https://www.sciencedirect.com/science/article/pii/S0969806X04003019
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Chocolate (specifically cocoa butter) actually has multiple crystalographic forms (polymorphs), tempering is all about controlling which one (the hard shiny one is β(V)). But since it's crystals, we have the technology to resolve their stractures!
Link: https://www.sciencedirect.com/science/article/pii/S0969806X04003019
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https://www.wacoca.com/media/654316/ Book Review: Collector’s Guide to the Amphibole Group #amphibole #book #books #collectors #crystallography #edenite #formation #gem #gemology #geology #hornblende #JADE #joesmithite #Lauf #mineral #mineralogy #nephrite #Palke #pargasite #review #richterite #書籍
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https://www.wacoca.com/media/654316/ Book Review: Collector’s Guide to the Amphibole Group #amphibole #book #books #collectors #crystallography #edenite #formation #gem #gemology #geology #hornblende #JADE #joesmithite #Lauf #mineral #mineralogy #nephrite #Palke #pargasite #review #richterite #書籍
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https://www.wacoca.com/media/654316/ Book Review: Collector’s Guide to the Amphibole Group #amphibole #book #books #collectors #crystallography #edenite #formation #gem #gemology #geology #hornblende #JADE #joesmithite #Lauf #mineral #mineralogy #nephrite #Palke #pargasite #review #richterite #書籍
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https://www.wacoca.com/media/654316/ Book Review: Collector’s Guide to the Amphibole Group #amphibole #book #books #collectors #crystallography #edenite #formation #gem #gemology #geology #hornblende #JADE #joesmithite #Lauf #mineral #mineralogy #nephrite #Palke #pargasite #review #richterite #書籍
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"#Nobel laureate Dorothy Crowfoot Hodgkin was born 116 years ago today. The legend among legends in #crystallography, she cracked the 27 atom structure of penicillin, and then the 181 atom structure of vitamin B12, and THEN the 788 atom structure of insulin. "
See "Monarch of Crystallography: Dorothy Crowfoot Hodgkin ..."
(From The Women in Science Archive) -
"#Nobel laureate Dorothy Crowfoot Hodgkin was born 116 years ago today. The legend among legends in #crystallography, she cracked the 27 atom structure of penicillin, and then the 181 atom structure of vitamin B12, and THEN the 788 atom structure of insulin. "
See "Monarch of Crystallography: Dorothy Crowfoot Hodgkin ..."
(From The Women in Science Archive) -
"#Nobel laureate Dorothy Crowfoot Hodgkin was born 116 years ago today. The legend among legends in #crystallography, she cracked the 27 atom structure of penicillin, and then the 181 atom structure of vitamin B12, and THEN the 788 atom structure of insulin. "
See "Monarch of Crystallography: Dorothy Crowfoot Hodgkin ..."
(From The Women in Science Archive) -
"#Nobel laureate Dorothy Crowfoot Hodgkin was born 116 years ago today. The legend among legends in #crystallography, she cracked the 27 atom structure of penicillin, and then the 181 atom structure of vitamin B12, and THEN the 788 atom structure of insulin. "
See "Monarch of Crystallography: Dorothy Crowfoot Hodgkin ..."
(From The Women in Science Archive) -
"#Nobel laureate Dorothy Crowfoot Hodgkin was born 116 years ago today. The legend among legends in #crystallography, she cracked the 27 atom structure of penicillin, and then the 181 atom structure of vitamin B12, and THEN the 788 atom structure of insulin. "
See "Monarch of Crystallography: Dorothy Crowfoot Hodgkin ..."
(From The Women in Science Archive) -
@sflorg #Structuralbiology is an important #basicresearch direction that aims to gain information about dynamics and interactions of #biological molecules. This research relies on high-tech, including #cryoelectronmicroscopy (EM), nuclear magnetic resonance (#NMR) spectroscopy, and X-ray #crystallography. Goals are a better understanding and e.g. the creation of #molecular #dynamicssimulations.
StefanFWirthreading
https://humantechnopole.it/en/research-centres/structural-biology/
H. Schwalbe et al. (2024)
https://doi.org/10.1016/j.str.2024.08.014 -
@sflorg #Structuralbiology is an important #basicresearch direction that aims to gain information about dynamics and interactions of #biological molecules. This research relies on high-tech, including #cryoelectronmicroscopy (EM), nuclear magnetic resonance (#NMR) spectroscopy, and X-ray #crystallography. Goals are a better understanding and e.g. the creation of #molecular #dynamicssimulations.
StefanFWirthreading
https://humantechnopole.it/en/research-centres/structural-biology/
H. Schwalbe et al. (2024)
https://doi.org/10.1016/j.str.2024.08.014 -
@sflorg #Structuralbiology is an important #basicresearch direction that aims to gain information about dynamics and interactions of #biological molecules. This research relies on high-tech, including #cryoelectronmicroscopy (EM), nuclear magnetic resonance (#NMR) spectroscopy, and X-ray #crystallography. Goals are a better understanding and e.g. the creation of #molecular #dynamicssimulations.
StefanFWirthreading
https://humantechnopole.it/en/research-centres/structural-biology/
H. Schwalbe et al. (2024)
https://doi.org/10.1016/j.str.2024.08.014 -
@sflorg #Structuralbiology is an important #basicresearch direction that aims to gain information about dynamics and interactions of #biological molecules. This research relies on high-tech, including #cryoelectronmicroscopy (EM), nuclear magnetic resonance (#NMR) spectroscopy, and X-ray #crystallography. Goals are a better understanding and e.g. the creation of #molecular #dynamicssimulations.
StefanFWirthreading
https://humantechnopole.it/en/research-centres/structural-biology/
H. Schwalbe et al. (2024)
https://doi.org/10.1016/j.str.2024.08.014 -
@sflorg #Structuralbiology is an important #basicresearch direction that aims to gain information about dynamics and interactions of #biological molecules. This research relies on high-tech, including #cryoelectronmicroscopy (EM), nuclear magnetic resonance (#NMR) spectroscopy, and X-ray #crystallography. Goals are a better understanding and e.g. the creation of #molecular #dynamicssimulations.
StefanFWirthreading
https://humantechnopole.it/en/research-centres/structural-biology/
H. Schwalbe et al. (2024)
https://doi.org/10.1016/j.str.2024.08.014 -
My friend and colleague recognised for his work!
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My friend and colleague recognised for his work!
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My friend and colleague recognised for his work!
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My friend and colleague recognised for his work!
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My friend and colleague recognised for his work!
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Installation of tRNA modifications is key to protein synthesis.
In her presentation at #Biochemistry2026, Carine Tisné presented her group's in depth work on structural and functional studies to understand the underlying processes on the example of m1A.
https://pubs.acs.org/doi/10.1021/acs.accounts.3c00568
#Biochemistry #RNA #tRNA #Modification #ProteinSynthesis #Chemistry #ChemBio #cryoEM #Crystallography
CC: @gdch -
Installation of tRNA modifications is key to protein synthesis.
In her presentation at #Biochemistry2026, Carine Tisné presented her group's in depth work on structural and functional studies to understand the underlying processes on the example of m1A.
https://pubs.acs.org/doi/10.1021/acs.accounts.3c00568
#Biochemistry #RNA #tRNA #Modification #ProteinSynthesis #Chemistry #ChemBio #cryoEM #Crystallography
CC: @gdch -
Installation of tRNA modifications is key to protein synthesis.
In her presentation at #Biochemistry2026, Carine Tisné presented her group's in depth work on structural and functional studies to understand the underlying processes on the example of m1A.
https://pubs.acs.org/doi/10.1021/acs.accounts.3c00568
#Biochemistry #RNA #tRNA #Modification #ProteinSynthesis #Chemistry #ChemBio #cryoEM #Crystallography
CC: @gdch -
Installation of tRNA modifications is key to protein synthesis.
In her presentation at #Biochemistry2026, Carine Tisné presented her group's in depth work on structural and functional studies to understand the underlying processes on the example of m1A.
https://pubs.acs.org/doi/10.1021/acs.accounts.3c00568
#Biochemistry #RNA #tRNA #Modification #ProteinSynthesis #Chemistry #ChemBio #cryoEM #Crystallography
CC: @gdch -
Installation of tRNA modifications is key to protein synthesis.
In her presentation at #Biochemistry2026, Carine Tisné presented her group's in depth work on structural and functional studies to understand the underlying processes on the example of m1A.
https://pubs.acs.org/doi/10.1021/acs.accounts.3c00568
#Biochemistry #RNA #tRNA #Modification #ProteinSynthesis #Chemistry #ChemBio #cryoEM #Crystallography
CC: @gdch -
Jaw-dropping visualization of CPO evolution in a mid‑ocean ridge/corner‑flow model — particles of 70% olivine + 30% enstatite tracked through time. Perfect for geophysicists, petrologists, and rock‑deformation fans! #Science #Geophysics #Geology #Mantle #MidOceanRidge #CPO #Crystallography #English #PeerTube
https://tube.mfraters.net/videos/watch/9a2b78db-ef05-4770-9196-8a1fcd243f43 -
@famousblueben Ben @famousblueben , and Greg @GPJohnston,
I got lots of results searching Mastodon for Rockhounding, Geology, Lapidary, RockTumbling, Gemology, Crystallography, etc.No rock clubs meeting online, yet, though.
Different search results with and without intercaps, e.g., rockhounding, and RockHounding. (Why? :blobcatthinkingsmirk: :shrug:)
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@famousblueben Ben @famousblueben , and Greg @GPJohnston,
I got lots of results searching Mastodon for Rockhounding, Geology, Lapidary, RockTumbling, Gemology, Crystallography, etc.No rock clubs meeting online, yet, though.
Different search results with and without intercaps, e.g., rockhounding, and RockHounding. (Why? :blobcatthinkingsmirk: :shrug:)
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@famousblueben Ben @famousblueben , and Greg @GPJohnston,
I got lots of results searching Mastodon for Rockhounding, Geology, Lapidary, RockTumbling, Gemology, Crystallography, etc.No rock clubs meeting online, yet, though.
Different search results with and without intercaps, e.g., rockhounding, and RockHounding. (Why? :blobcatthinkingsmirk: :shrug:)
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@famousblueben Ben @famousblueben , and Greg @GPJohnston,
I got lots of results searching Mastodon for Rockhounding, Geology, Lapidary, RockTumbling, Gemology, Crystallography, etc.No rock clubs meeting online, yet, though.
Different search results with and without intercaps, e.g., rockhounding, and RockHounding. (Why? :blobcatthinkingsmirk: :shrug:)
-
@famousblueben Ben @famousblueben , and Greg @GPJohnston,
I got lots of results searching Mastodon for Rockhounding, Geology, Lapidary, RockTumbling, Gemology, Crystallography, etc.No rock clubs meeting online, yet, though.
Different search results with and without intercaps, e.g., rockhounding, and RockHounding. (Why? :blobcatthinkingsmirk: :shrug:)
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This structure of a tRNA acceptor-stem mimic demonstrates the use of bromine and phosphorus anomalous scattering for RNA structure determination #Crystallography #AnomalousScattering #NucleicAcids https://doi.org/10.1107/S2053230X26000658
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This structure of a tRNA acceptor-stem mimic demonstrates the use of bromine and phosphorus anomalous scattering for RNA structure determination #Crystallography #AnomalousScattering #NucleicAcids https://doi.org/10.1107/S2053230X26000658
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This structure of a tRNA acceptor-stem mimic demonstrates the use of bromine and phosphorus anomalous scattering for RNA structure determination #Crystallography #AnomalousScattering #NucleicAcids https://doi.org/10.1107/S2053230X26000658
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This structure of a tRNA acceptor-stem mimic demonstrates the use of bromine and phosphorus anomalous scattering for RNA structure determination #Crystallography #AnomalousScattering #NucleicAcids https://doi.org/10.1107/S2053230X26000658
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This structure of a tRNA acceptor-stem mimic demonstrates the use of bromine and phosphorus anomalous scattering for RNA structure determination #Crystallography #AnomalousScattering #NucleicAcids https://doi.org/10.1107/S2053230X26000658
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Have emailed my boss asking if I'll be fired if I refuse to run XRD samples for people using AI in the analysis
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Have emailed my boss asking if I'll be fired if I refuse to run XRD samples for people using AI in the analysis
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Have emailed my boss asking if I'll be fired if I refuse to run XRD samples for people using AI in the analysis