A lot of really expensive stuff going into producing even more expensive stuff no one truly wants or knows how to deal with.
A lot of really expensive stuff going into producing even more expensive stuff no one truly wants or knows how to deal with.
Remember that you too can walk away. Take care of you.
Remember that you too can walk away. Take care of you.
🧪🔬
bmatb.medium.com/editorial-po...
🧪🔬
bmatb.medium.com/editorial-po...
Researchers show gallium can rapidly produce clean H₂ at low temperatures; then be recycled to do it again. A circular approach to green hydrogen.
Via Sydney Analytical + Sydney Microscopy & Microanalysis CRFs.
👉 go.nature.com/4kxcRb0
Researchers show gallium can rapidly produce clean H₂ at low temperatures; then be recycled to do it again. A circular approach to green hydrogen.
Via Sydney Analytical + Sydney Microscopy & Microanalysis CRFs.
👉 go.nature.com/4kxcRb0
definitely say hello at booth 1228 and try out the latest workflows in syGlass
🥼: George Spirou (SEM), Elizabeth Engle (Lightsheet), Ksena Longrin (ExM), Lumafield (microCT)
#VirtualReality #syGlass #MM2025
definitely say hello at booth 1228 and try out the latest workflows in syGlass
Down on overseas delegates.
Down on student delegates.
Suspect vendors are still seeing CapEx spend, but OpEx and future CapEx may be more rough.
Down on overseas delegates.
Down on student delegates.
Suspect vendors are still seeing CapEx spend, but OpEx and future CapEx may be more rough.
You know, Ferguson didn’t give the hairdryer treatment to just his players.
You know, Ferguson didn’t give the hairdryer treatment to just his players.
🧑🔬 Louisa Mezache, @christlet.bsky.social
📔 Microscopy and Microanalysis
🔗 academic.oup.com/mam/article/...
#️⃣ #Microscopy #Imaging #BiologicalImaging #BioImaging #SuperRes #SuperResolutionMicroscopy
🧑🔬 Louisa Mezache, @christlet.bsky.social
📔 Microscopy and Microanalysis
🔗 academic.oup.com/mam/article/...
#️⃣ #Microscopy #Imaging #BiologicalImaging #BioImaging #SuperRes #SuperResolutionMicroscopy
#USYD researchers discover that neutrophils merge their membrane tethers into a thick anchor, helping them stay attached during abrupt flow acceleration. With Sydney Microscopy & Microanalysis Core Research Facility.
https://bit.ly/3KaLHJ7
#USYD researchers discover that neutrophils merge their membrane tethers into a thick anchor, helping them stay attached during abrupt flow acceleration. With Sydney Microscopy & Microanalysis Core Research Facility.
https://bit.ly/3KaLHJ7
His poster was about the EM modeling server. em.kiharalab.org
His poster was about the EM modeling server. em.kiharalab.org