#buckyball — Public Fediverse posts

10-Jun-2026
In a potential #nanoscale breakthrough, scientists at Brown reveal 80-atom #boron #buckyball

https://www.eurekalert.org/news-releases/1131685

#science #nanoworld #chemistry #molecules #nanomaterials

10-Jun-2026
In a potential #nanoscale breakthrough, scientists at Brown reveal 80-atom #boron #buckyball

https://www.eurekalert.org/news-releases/1131685

#science #nanoworld #chemistry #molecules #nanomaterials

10-Jun-2026
In a potential #nanoscale breakthrough, scientists at Brown reveal 80-atom #boron #buckyball

https://www.eurekalert.org/news-releases/1131685

#science #nanoworld #chemistry #molecules #nanomaterials

10-Jun-2026
In a potential #nanoscale breakthrough, scientists at Brown reveal 80-atom #boron #buckyball

https://www.eurekalert.org/news-releases/1131685

#science #nanoworld #chemistry #molecules #nanomaterials

10-Jun-2026
In a potential #nanoscale breakthrough, scientists at Brown reveal 80-atom #boron #buckyball

https://www.eurekalert.org/news-releases/1131685

#science #nanoworld #chemistry #molecules #nanomaterials

I created these carbon macromolecules for Scientific American several years ago (and am just getting around to posting now 🤣 )

The fullerenes (the buckyballs, C70 and C60) were extremely fun to map out and render.

#scienceillustration #education #physics #sciencefigures #carbon #buckyball

I created these carbon macromolecules for Scientific American several years ago (and am just getting around to posting now 🤣 )

The fullerenes (the buckyballs, C70 and C60) were extremely fun to map out and render.

#scienceillustration #education #physics #sciencefigures #carbon #buckyball

I created these carbon macromolecules for Scientific American several years ago (and am just getting around to posting now 🤣 )

The fullerenes (the buckyballs, C70 and C60) were extremely fun to map out and render.

#scienceillustration #education #physics #sciencefigures #carbon #buckyball

I created these carbon macromolecules for Scientific American several years ago (and am just getting around to posting now 🤣 )

The fullerenes (the buckyballs, C70 and C60) were extremely fun to map out and render.

#scienceillustration #education #physics #sciencefigures #carbon #buckyball

I created these carbon macromolecules for Scientific American several years ago (and am just getting around to posting now 🤣 )

The fullerenes (the buckyballs, C70 and C60) were extremely fun to map out and render.

#scienceillustration #education #physics #sciencefigures #carbon #buckyball

Currently top-50 (among 364 DI teams) in offensive efficiency — and riding a 28-game home winning streak. #BuckyBall https://x.com/SamfordMBB/sta…

Currently top-50 (among 364 DI teams) in offensive efficiency — and riding a 28-game home winning streak. #BuckyBall https://x.com/SamfordMBB/sta…

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

I still haven’t had much chance to carve this year, or catch up with the #PrinterSolstice prompts, so until I can, here’s a carbon-themed print from my portfolio: Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.
🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, fullerenes (a form of carbon known as buckyballs, 🧵1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

@br00t4c
I think I already answered this. I believe they are "#BuckyBall" joints.

Slide some sticks or tree limbs into them to easily build the framework for a portable shelter.

The protruding "balls" would make it easier to slide the completed structure into place across the ground.

Much easier to carry around than entire tents with poles & canvas.

(If I'm right, they predate Buckminster Fuller's invention by a couple of thousand years.) 🤔

@br00t4c
I think I already answered this. I believe they are "#BuckyBall" joints.

Slide some sticks or tree limbs into them to easily build the framework for a portable shelter.

The protruding "balls" would make it easier to slide the completed structure into place across the ground.

Much easier to carry around than entire tents with poles & canvas.

(If I'm right, they predate Buckminster Fuller's invention by a couple of thousand years.) 🤔

@br00t4c
I think I already answered this. I believe they are "#BuckyBall" joints.

Slide some sticks or tree limbs into them to easily build the framework for a portable shelter.

The protruding "balls" would make it easier to slide the completed structure into place across the ground.

Much easier to carry around than entire tents with poles & canvas.

(If I'm right, they predate Buckminster Fuller's invention by a couple of thousand years.) 🤔

@br00t4c
I think I already answered this. I believe they are "#BuckyBall" joints.

Slide some sticks or tree limbs into them to easily build the framework for a portable shelter.

The protruding "balls" would make it easier to slide the completed structure into place across the ground.

Much easier to carry around than entire tents with poles & canvas.

(If I'm right, they predate Buckminster Fuller's invention by a couple of thousand years.) 🤔

@br00t4c
I think I already answered this. I believe they are "#BuckyBall" joints.

Slide some sticks or tree limbs into them to easily build the framework for a portable shelter.

The protruding "balls" would make it easier to slide the completed structure into place across the ground.

Much easier to carry around than entire tents with poles & canvas.

(If I'm right, they predate Buckminster Fuller's invention by a couple of thousand years.) 🤔

Buckybowl Conformation Controlled by Crystallization Solvent: Monofluorosumanene forms crystals with entirely different dielectric responses depending on the crystallization conditions

https://www.chemistryviews.org/buckybowl-conformation-controlled-by-crystallization-solvent/

#chemistry #chemistryviews #chemviews #chemiverse #research #buckyball #organicchemistry

Buckybowl Conformation Controlled by Crystallization Solvent: Monofluorosumanene forms crystals with entirely different dielectric responses depending on the crystallization conditions

https://www.chemistryviews.org/buckybowl-conformation-controlled-by-crystallization-solvent/

#chemistry #chemistryviews #chemviews #chemiverse #research #buckyball #organicchemistry

Buckybowl Conformation Controlled by Crystallization Solvent: Monofluorosumanene forms crystals with entirely different dielectric responses depending on the crystallization conditions

https://www.chemistryviews.org/buckybowl-conformation-controlled-by-crystallization-solvent/

#chemistry #chemistryviews #chemviews #chemiverse #research #buckyball #organicchemistry

Buckybowl Conformation Controlled by Crystallization Solvent: Monofluorosumanene forms crystals with entirely different dielectric responses depending on the crystallization conditions

https://www.chemistryviews.org/buckybowl-conformation-controlled-by-crystallization-solvent/

#chemistry #chemistryviews #chemviews #chemiverse #research #buckyball #organicchemistry

Buckybowl Conformation Controlled by Crystallization Solvent: Monofluorosumanene forms crystals with entirely different dielectric responses depending on the crystallization conditions

https://www.chemistryviews.org/buckybowl-conformation-controlled-by-crystallization-solvent/

#chemistry #chemistryviews #chemviews #chemiverse #research #buckyball #organicchemistry

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Happy birthday to Millie Dresselhaus (née Spiewak; November 11, 1930 – February 20, 2017). She was a professor of physics and electrical engineering at MIT, known as the Queen of Carbon Science.

In this linocut I've shown her in front of a carbon nanotube. She was recognized for her work on graphite, graphite intercalation compounds, … 1/n

#linocut #printmaking #engineering #physics #carbon #nanotube #buckyball #womenInSTEM #histsci #MastoArt

Microsculptures 3D Printed With Advanced Macromolecular “Inks” - When we think about 3D printing, our mind often jumps to hot nozzles squirting out... - https://hackaday.com/2023/06/05/microsculptures-3d-printed-with-advanced-macromolecular-inks/ #two-photonlaserprinting #3dprinterhacks #3dprinting #buckyballs #buckyball #science

Microsculptures 3D Printed With Advanced Macromolecular “Inks” - When we think about 3D printing, our mind often jumps to hot nozzles squirting out... - https://hackaday.com/2023/06/05/microsculptures-3d-printed-with-advanced-macromolecular-inks/ #two-photonlaserprinting #3dprinterhacks #3dprinting #buckyballs #buckyball #science

Microsculptures 3D Printed With Advanced Macromolecular “Inks” - When we think about 3D printing, our mind often jumps to hot nozzles squirting out... - https://hackaday.com/2023/06/05/microsculptures-3d-printed-with-advanced-macromolecular-inks/ #two-photonlaserprinting #3dprinterhacks #3dprinting #buckyballs #buckyball #science

Microsculptures 3D Printed With Advanced Macromolecular “Inks” - When we think about 3D printing, our mind often jumps to hot nozzles squirting out... - https://hackaday.com/2023/06/05/microsculptures-3d-printed-with-advanced-macromolecular-inks/ #two-photonlaserprinting #3dprinterhacks #3dprinting #buckyballs #buckyball #science

Microsculptures 3D Printed With Advanced Macromolecular “Inks” - When we think about 3D printing, our mind often jumps to hot nozzles squirting out... - https://hackaday.com/2023/06/05/microsculptures-3d-printed-with-advanced-macromolecular-inks/ #two-photonlaserprinting #3dprinterhacks #3dprinting #buckyballs #buckyball #science

Basic Post-It notes are square, or close enough to it, to use as origami paper, and they make great PHiZZ units: https://duckduckgo.com/?t=ffab&q=phizz+units

I made a #buckyball over the course of a week or two while waiting for code to compile or other build tools to run. (Yes, many of our tools are....verrrry....slow....)

#origami #mastoart #polyhedra

Basic Post-It notes are square, or close enough to it, to use as origami paper, and they make great PHiZZ units: https://duckduckgo.com/?t=ffab&q=phizz+units

I made a #buckyball over the course of a week or two while waiting for code to compile or other build tools to run. (Yes, many of our tools are....verrrry....slow....)

#origami #mastoart #polyhedra

Basic Post-It notes are square, or close enough to it, to use as origami paper, and they make great PHiZZ units: https://duckduckgo.com/?t=ffab&q=phizz+units

I made a #buckyball over the course of a week or two while waiting for code to compile or other build tools to run. (Yes, many of our tools are....verrrry....slow....)

#origami #mastoart #polyhedra

Basic Post-It notes are square, or close enough to it, to use as origami paper, and they make great PHiZZ units: https://duckduckgo.com/?t=ffab&q=phizz+units

I made a #buckyball over the course of a week or two while waiting for code to compile or other build tools to run. (Yes, many of our tools are....verrrry....slow....)

#origami #mastoart #polyhedra

Basic Post-It notes are square, or close enough to it, to use as origami paper, and they make great PHiZZ units: https://duckduckgo.com/?t=ffab&q=phizz+units

I made a #buckyball over the course of a week or two while waiting for code to compile or other build tools to run. (Yes, many of our tools are....verrrry....slow....)

#origami #mastoart #polyhedra

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

".. vermutet, dass im All sogenannte Fullerene und deren Abkömmlinge entstehen können – grosse Kohlenstoffmoleküle in Fussball-, Schüssel- oder Röhrchenform. Ein internationales Forschungsteam hat .. gezeigt, wie diese Reaktion abläuft... Pressemitteilung des Paul Scherrer Instituts (PSI)."

https://www.raumfahrer.net/psi-so-entstehen-fussballmolekuele-im-weltall/

#Astronomie #Buckyball #Corannulenyl #Fullerene #Fussballmolekül #Nanotube #PSI #Schweiz #Spitzer #Sternenstaub #Synchrotron #TC1 #Vinylacetylen

27.3.2023

Always a highlight in quantum chemistry i: #buckyball #buckminsterfuller #C60 #icosahedralsymmetry

Always a highlight in quantum chemistry i: #buckyball #buckminsterfuller #C60 #icosahedralsymmetry

Always a highlight in quantum chemistry i: #buckyball #buckminsterfuller #C60 #icosahedralsymmetry

Always a highlight in quantum chemistry i: #buckyball #buckminsterfuller #C60 #icosahedralsymmetry

Soeben mit #FreeCAD erstellt. Löcher sind gleichmäßig auf der Oberfläche der Kugel verteilt. Geometrie entspricht den Flächen eines #buckyball
Löcher sind in Durchmesser und Tiefe parametrisch anpassbar.
Über den Verwendungszweck kann hier nicht gesprochen werden 😎

Soeben mit #FreeCAD erstellt. Löcher sind gleichmäßig auf der Oberfläche der Kugel verteilt. Geometrie entspricht den Flächen eines #buckyball
Löcher sind in Durchmesser und Tiefe parametrisch anpassbar.
Über den Verwendungszweck kann hier nicht gesprochen werden 😎

Soeben mit #FreeCAD erstellt. Löcher sind gleichmäßig auf der Oberfläche der Kugel verteilt. Geometrie entspricht den Flächen eines #buckyball
Löcher sind in Durchmesser und Tiefe parametrisch anpassbar.
Über den Verwendungszweck kann hier nicht gesprochen werden 😎

@pmj Für solche Notfälle haben wir:
1) Gaskocher
2)
- Einen riesen Pack Zündhölzer, denen man das Köpfchen abknapsen kann.
- Weissleim
- Bastelunterlage

@sakara ist auf der Stufe "Pfahlbauerdorf", ich will einen #BuckyBall.