#microelectronics — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #microelectronics, aggregated by home.social.
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What does particle physics have to do with Germany's chip future?
Together with 32 partners from @association @fraunhofergesellschaft and more, GSI/FAIR is applying @bmftr_bund to establish a national Competence Center for #Chip Design: https://www.gsi.de/en/start/news/details/2026/08/06/kompetenzzentrum-chipdesign
#Microelectronics #science #darmstadt -
What does particle physics have to do with Germany's chip future?
Together with 32 partners from @association @fraunhofergesellschaft and more, GSI/FAIR is applying @bmftr_bund to establish a national Competence Center for #Chip Design: https://www.gsi.de/en/start/news/details/2026/08/06/kompetenzzentrum-chipdesign
#Microelectronics #science #darmstadt -
What does particle physics have to do with Germany's chip future?
Together with 32 partners from @association @fraunhofergesellschaft and more, GSI/FAIR is applying @bmftr_bund to establish a national Competence Center for #Chip Design: https://www.gsi.de/en/start/news/details/2026/08/06/kompetenzzentrum-chipdesign
#Microelectronics #science #darmstadt -
What does particle physics have to do with Germany's chip future?
Together with 32 partners from @association @fraunhofergesellschaft and more, GSI/FAIR is applying @bmftr_bund to establish a national Competence Center for #Chip Design: https://www.gsi.de/en/start/news/details/2026/08/06/kompetenzzentrum-chipdesign
#Microelectronics #science #darmstadt -
What does particle physics have to do with Germany's chip future?
Together with 32 partners from @association @fraunhofergesellschaft and more, GSI/FAIR is applying @bmftr_bund to establish a national Competence Center for #Chip Design: https://www.gsi.de/en/start/news/details/2026/08/06/kompetenzzentrum-chipdesign
#Microelectronics #science #darmstadt -
Ultra-Fine Bubbles Offer Cleaner Inkjet Printing for Advanced Electronics
📰 Original title: Tiny bubbles could revolutionize inkjet printing
🤖 IA: It's clickbait ⚠️
👥 Users: It's clickbait ⚠️View full AI summary https://en.killbait.com/ultra-fine-bubbles-offer-cleaner-inkjet-printing-for-advanced-electronics.html?utm_source=mastodon_world&utm_medium=social&utm_campaign=killbait.mastodon_world
#technology #inkjetprinting #nanoparticles #microelectronics
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Ultra-Fine Bubbles Offer Cleaner Inkjet Printing for Advanced Electronics
📰 Original title: Tiny bubbles could revolutionize inkjet printing
🤖 IA: It's clickbait ⚠️
👥 Users: It's clickbait ⚠️View full AI summary https://en.killbait.com/ultra-fine-bubbles-offer-cleaner-inkjet-printing-for-advanced-electronics.html?utm_source=mastodon_world&utm_medium=social&utm_campaign=killbait.mastodon_world
#technology #inkjetprinting #nanoparticles #microelectronics
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Ultra-Fine Bubbles Offer Cleaner Inkjet Printing for Advanced Electronics
📰 Original title: Tiny bubbles could revolutionize inkjet printing
🤖 IA: It's clickbait ⚠️
👥 Users: It's clickbait ⚠️View full AI summary https://en.killbait.com/ultra-fine-bubbles-offer-cleaner-inkjet-printing-for-advanced-electronics.html?utm_source=mastodon_world&utm_medium=social&utm_campaign=killbait.mastodon_world
#technology #inkjetprinting #nanoparticles #microelectronics
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Ultra-Fine Bubbles Offer Cleaner Inkjet Printing for Advanced Electronics
📰 Original title: Tiny bubbles could revolutionize inkjet printing
🤖 IA: It's clickbait ⚠️
👥 Users: It's clickbait ⚠️View full AI summary https://en.killbait.com/ultra-fine-bubbles-offer-cleaner-inkjet-printing-for-advanced-electronics.html?utm_source=mastodon_world&utm_medium=social&utm_campaign=killbait.mastodon_world
#technology #inkjetprinting #nanoparticles #microelectronics
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Ultra-Fine Bubbles Offer Cleaner Inkjet Printing for Advanced Electronics
📰 Original title: Tiny bubbles could revolutionize inkjet printing
🤖 IA: It's clickbait ⚠️
👥 Users: It's clickbait ⚠️View full AI summary https://en.killbait.com/ultra-fine-bubbles-offer-cleaner-inkjet-printing-for-advanced-electronics.html?utm_source=mastodon_world&utm_medium=social&utm_campaign=killbait.mastodon_world
#technology #inkjetprinting #nanoparticles #microelectronics
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AT&S marks 50 years at Fehring microelectronics site
Austrian PCB and IC substrate producer AT&S marked five decades of production at Fehring, highlighting microelectronics’ role for Europe and Austria’s industrial base.
#EU #Austria #Microelectronics #Manufacturing #IndustrialBase
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5 common anode 8 segment displays, what’s the best thing to drive them with over i2c or spi from an esp32? Ideally I want something that I can send values to which will handle the multiplexing. #microelectronics
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5 common anode 8 segment displays, what’s the best thing to drive them with over i2c or spi from an esp32? Ideally I want something that I can send values to which will handle the multiplexing. #microelectronics
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5 common anode 8 segment displays, what’s the best thing to drive them with over i2c or spi from an esp32? Ideally I want something that I can send values to which will handle the multiplexing. #microelectronics
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https://www.europesays.com/ie/503777/ Using AI, Fermilab researcher probes how transistors behave in extreme cold #AI #Cryogenics #Éire #GenesisMission #IE #Ireland #microelectronics #Science
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EPFL scientists show heat can behave like a fluid, forming vortices that flow against temperature gradients.
This could lead to devices that control heat direction and reduce energy loss.
🔗 https://physicsworld.com/a/fluid-flow-how-heat-can-move-from-cooler-to-warmer-regions/
#ThermalPhysics #phononhydrodynamics #HeatFlow #Microelectronics #energymanagement
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EPFL scientists show heat can behave like a fluid, forming vortices that flow against temperature gradients.
This could lead to devices that control heat direction and reduce energy loss.
🔗 https://physicsworld.com/a/fluid-flow-how-heat-can-move-from-cooler-to-warmer-regions/
#ThermalPhysics #phononhydrodynamics #HeatFlow #Microelectronics #energymanagement
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Ohhhhhh they're here! 😁
These boards are only 48x34mm. Look at that tiny logo!
Yeah ok, microelectronics is fun.
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Ohhhhhh they're here! 😁
These boards are only 48x34mm. Look at that tiny logo!
Yeah ok, microelectronics is fun.
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Ohhhhhh they're here! 😁
These boards are only 48x34mm. Look at that tiny logo!
Yeah ok, microelectronics is fun.
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Ohhhhhh they're here! 😁
These boards are only 48x34mm. Look at that tiny logo!
Yeah ok, microelectronics is fun.
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Ohhhhhh they're here! 😁
These boards are only 48x34mm. Look at that tiny logo!
Yeah ok, microelectronics is fun.
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MEMS Array Chip Can Project Video the Size of a Grain of Sand
https://spectrum.ieee.org/mems-photonics
#HackerNews #MEMS #Array #Chip #video #technology #innovation #microelectronics #photonics #grain #of #sand
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MEMS Array Chip Can Project Video the Size of a Grain of Sand
https://spectrum.ieee.org/mems-photonics
#HackerNews #MEMS #Array #Chip #video #technology #innovation #microelectronics #photonics #grain #of #sand
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MEMS Array Chip Can Project Video the Size of a Grain of Sand
https://spectrum.ieee.org/mems-photonics
#HackerNews #MEMS #Array #Chip #video #technology #innovation #microelectronics #photonics #grain #of #sand
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MEMS Array Chip Can Project Video the Size of a Grain of Sand
https://spectrum.ieee.org/mems-photonics
#HackerNews #MEMS #Array #Chip #video #technology #innovation #microelectronics #photonics #grain #of #sand
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MEMS Array Chip Can Project Video the Size of a Grain of Sand
https://spectrum.ieee.org/mems-photonics
#HackerNews #MEMS #Array #Chip #video #technology #innovation #microelectronics #photonics #grain #of #sand
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Ohhh it works? 😯
4.96V is pretty bloody close to 5V considering this is just a breadboard and I've wired the switch and DC jack using just whatever the wiring that came with that electronic advent calendar is. Not actually soldered on, obviously. I reckon this'll be a solid 5V when it's an actual PCB.
Also I accidentally ordered the tiniest little switches and I'm not even sorry! 😆😁
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Ohhh it works? 😯
4.96V is pretty bloody close to 5V considering this is just a breadboard and I've wired the switch and DC jack using just whatever the wiring that came with that electronic advent calendar is. Not actually soldered on, obviously. I reckon this'll be a solid 5V when it's an actual PCB.
Also I accidentally ordered the tiniest little switches and I'm not even sorry! 😆😁
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Ohhh it works? 😯
4.96V is pretty bloody close to 5V considering this is just a breadboard and I've wired the switch and DC jack using just whatever the wiring that came with that electronic advent calendar is. Not actually soldered on, obviously. I reckon this'll be a solid 5V when it's an actual PCB.
Also I accidentally ordered the tiniest little switches and I'm not even sorry! 😆😁
-
Ohhh it works? 😯
4.96V is pretty bloody close to 5V considering this is just a breadboard and I've wired the switch and DC jack using just whatever the wiring that came with that electronic advent calendar is. Not actually soldered on, obviously. I reckon this'll be a solid 5V when it's an actual PCB.
Also I accidentally ordered the tiniest little switches and I'm not even sorry! 😆😁
-
Ohhh it works? 😯
4.96V is pretty bloody close to 5V considering this is just a breadboard and I've wired the switch and DC jack using just whatever the wiring that came with that electronic advent calendar is. Not actually soldered on, obviously. I reckon this'll be a solid 5V when it's an actual PCB.
Also I accidentally ordered the tiniest little switches and I'm not even sorry! 😆😁
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In Physica B, we show that porous silicon acts as an effective compliant buffer for 3C-SiC/Si heteroepitaxy, improving crystal quality and enabling more reliable integration of SiC with silicon platforms.
https://doi.org/10.1016/j.physb.2026.418626
#Nanotechnology #MaterialsScience #Semiconductors #SiC #Microelectronics
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In Physica B, we show that porous silicon acts as an effective compliant buffer for 3C-SiC/Si heteroepitaxy, improving crystal quality and enabling more reliable integration of SiC with silicon platforms.
https://doi.org/10.1016/j.physb.2026.418626
#Nanotechnology #MaterialsScience #Semiconductors #SiC #Microelectronics
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Tuesday, March 31, 2026
Ukraine much stronger, Zelensky says as he urges US, Russia to resume negotiations -- Why Rheinmetall and the West still don't understand Ukraine's defense tech revolution -- Ukraine used Storm Shadow to strike Russia's most irreplaceable weapons factory and why it matters ... and morehttps://activitypub.writeworks.uk/2026/03/tuesday-march-31-2026/
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Tuesday, March 31, 2026
Ukraine much stronger, Zelensky says as he urges US, Russia to resume negotiations -- Why Rheinmetall and the West still don't understand Ukraine's defense tech revolution -- Ukraine used Storm Shadow to strike Russia's most irreplaceable weapons factory and why it matters ... and morehttps://activitypub.writeworks.uk/2026/03/tuesday-march-31-2026/
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Tuesday, March 31, 2026
Ukraine much stronger, Zelensky says as he urges US, Russia to resume negotiations -- Why Rheinmetall and the West still don't understand Ukraine's defense tech revolution -- Ukraine used Storm Shadow to strike Russia's most irreplaceable weapons factory and why it matters ... and morehttps://activitypub.writeworks.uk/2026/03/tuesday-march-31-2026/
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Tuesday, March 31, 2026
Ukraine much stronger, Zelensky says as he urges US, Russia to resume negotiations -- Why Rheinmetall and the West still don't understand Ukraine's defense tech revolution -- Ukraine used Storm Shadow to strike Russia's most irreplaceable weapons factory and why it matters ... and morehttps://activitypub.writeworks.uk/2026/03/tuesday-march-31-2026/
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Tuesday, March 31, 2026
Ukraine much stronger, Zelensky says as he urges US, Russia to resume negotiations -- Why Rheinmetall and the West still don't understand Ukraine's defense tech revolution -- Ukraine used Storm Shadow to strike Russia's most irreplaceable weapons factory and why it matters ... and morehttps://activitypub.writeworks.uk/2026/03/tuesday-march-31-2026/
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9月16日(水)-19日(金)に、エレクトロニクス実装学会 #JIEP が第36回マイクロエレクトロニクスシンポジウム #MES2026 を開催。大阪市北区・大阪大学中之島センターにて。オンライン視聴も可能。3月25日にホームページを公開し、開催概要を発表。詳細は https://jiep.or.jp/event/mes/mes2026/ に。
#Microelectronics #Symposium -
The Nizhny Novgorod Radio Laboratory (NNRL).
Imagine it is June 1918. The young Soviet Republic, surrounded by enemies on all sides and struggling to find food for its cities, establishes a radio laboratory at the Tver radio station. The development of technology was necessary from both an economic and a political point of view.
But a small workshop with outdated equipment did not allow them to work at the required level. Therefore, it was decided to move the laboratory to Nizhny Novgorod.
The scientists at the radio laboratory worked on establishing vacuum tube production and developing radiotelephony.
Today, a museum dedicated to the history of the NNRL operates here. The museum’s exhibition contains many original devices and samples of radio equipment.
For me, this museum is a place where I feel inspired by human genius. I look at these tube assemblies, at the microchips, and remember the saying: “If aviation had developed at the same pace, today an airplane would be the size of a matchbox and could fly around the globe in one hour.”
#radiolab #NizhnyNovgorod #retrocomputing #microelectronics #radioelectronics #vacuumtubes -
The Nizhny Novgorod Radio Laboratory (NNRL).
Imagine it is June 1918. The young Soviet Republic, surrounded by enemies on all sides and struggling to find food for its cities, establishes a radio laboratory at the Tver radio station. The development of technology was necessary from both an economic and a political point of view.
But a small workshop with outdated equipment did not allow them to work at the required level. Therefore, it was decided to move the laboratory to Nizhny Novgorod.
The scientists at the radio laboratory worked on establishing vacuum tube production and developing radiotelephony.
Today, a museum dedicated to the history of the NNRL operates here. The museum’s exhibition contains many original devices and samples of radio equipment.
For me, this museum is a place where I feel inspired by human genius. I look at these tube assemblies, at the microchips, and remember the saying: “If aviation had developed at the same pace, today an airplane would be the size of a matchbox and could fly around the globe in one hour.”
#radiolab #NizhnyNovgorod #retrocomputing #microelectronics #radioelectronics #vacuumtubes -
The Nizhny Novgorod Radio Laboratory (NNRL).
Imagine it is June 1918. The young Soviet Republic, surrounded by enemies on all sides and struggling to find food for its cities, establishes a radio laboratory at the Tver radio station. The development of technology was necessary from both an economic and a political point of view.
But a small workshop with outdated equipment did not allow them to work at the required level. Therefore, it was decided to move the laboratory to Nizhny Novgorod.
The scientists at the radio laboratory worked on establishing vacuum tube production and developing radiotelephony.
Today, a museum dedicated to the history of the NNRL operates here. The museum’s exhibition contains many original devices and samples of radio equipment.
For me, this museum is a place where I feel inspired by human genius. I look at these tube assemblies, at the microchips, and remember the saying: “If aviation had developed at the same pace, today an airplane would be the size of a matchbox and could fly around the globe in one hour.”
#radiolab #NizhnyNovgorod #retrocomputing #microelectronics #radioelectronics #vacuumtubes -
The Nizhny Novgorod Radio Laboratory (NNRL).
Imagine it is June 1918. The young Soviet Republic, surrounded by enemies on all sides and struggling to find food for its cities, establishes a radio laboratory at the Tver radio station. The development of technology was necessary from both an economic and a political point of view.
But a small workshop with outdated equipment did not allow them to work at the required level. Therefore, it was decided to move the laboratory to Nizhny Novgorod.
The scientists at the radio laboratory worked on establishing vacuum tube production and developing radiotelephony.
Today, a museum dedicated to the history of the NNRL operates here. The museum’s exhibition contains many original devices and samples of radio equipment.
For me, this museum is a place where I feel inspired by human genius. I look at these tube assemblies, at the microchips, and remember the saying: “If aviation had developed at the same pace, today an airplane would be the size of a matchbox and could fly around the globe in one hour.”
#radiolab #NizhnyNovgorod #retrocomputing #microelectronics #radioelectronics #vacuumtubes -
The Nizhny Novgorod Radio Laboratory (NNRL).
Imagine it is June 1918. The young Soviet Republic, surrounded by enemies on all sides and struggling to find food for its cities, establishes a radio laboratory at the Tver radio station. The development of technology was necessary from both an economic and a political point of view.
But a small workshop with outdated equipment did not allow them to work at the required level. Therefore, it was decided to move the laboratory to Nizhny Novgorod.
The scientists at the radio laboratory worked on establishing vacuum tube production and developing radiotelephony.
Today, a museum dedicated to the history of the NNRL operates here. The museum’s exhibition contains many original devices and samples of radio equipment.
For me, this museum is a place where I feel inspired by human genius. I look at these tube assemblies, at the microchips, and remember the saying: “If aviation had developed at the same pace, today an airplane would be the size of a matchbox and could fly around the globe in one hour.”
#radiolab #NizhnyNovgorod #retrocomputing #microelectronics #radioelectronics #vacuumtubes -
From #AnnafromUkraine @[email protected]
🧵 👇
URGENT UPDATE: BRYANSK KREMNIY EL PLANT DESTROYED Vlog 1344: War in #Ukraine
Ukrainian Defence Forces successfully demilitarised the #KremniyEl #microelectronics factory in #Bryansk with #StormShadow air-launched #missiles. Kremniy El is a critically important link in the chain of production of russian "high-precision" #weapons. The plant specialized in discrete semiconductor devices and integrated #microchips.
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From #AnnafromUkraine @[email protected]
🧵 👇
URGENT UPDATE: BRYANSK KREMNIY EL PLANT DESTROYED Vlog 1344: War in #Ukraine
Ukrainian Defence Forces successfully demilitarised the #KremniyEl #microelectronics factory in #Bryansk with #StormShadow air-launched #missiles. Kremniy El is a critically important link in the chain of production of russian "high-precision" #weapons. The plant specialized in discrete semiconductor devices and integrated #microchips.
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From #AnnafromUkraine @[email protected]
🧵 👇
URGENT UPDATE: BRYANSK KREMNIY EL PLANT DESTROYED Vlog 1344: War in #Ukraine
Ukrainian Defence Forces successfully demilitarised the #KremniyEl #microelectronics factory in #Bryansk with #StormShadow air-launched #missiles. Kremniy El is a critically important link in the chain of production of russian "high-precision" #weapons. The plant specialized in discrete semiconductor devices and integrated #microchips.
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From #AnnafromUkraine @[email protected]
🧵 👇
URGENT UPDATE: BRYANSK KREMNIY EL PLANT DESTROYED Vlog 1344: War in #Ukraine
Ukrainian Defence Forces successfully demilitarised the #KremniyEl #microelectronics factory in #Bryansk with #StormShadow air-launched #missiles. Kremniy El is a critically important link in the chain of production of russian "high-precision" #weapons. The plant specialized in discrete semiconductor devices and integrated #microchips.
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From #AnnafromUkraine @[email protected]
🧵 👇
URGENT UPDATE: BRYANSK KREMNIY EL PLANT DESTROYED Vlog 1344: War in #Ukraine
Ukrainian Defence Forces successfully demilitarised the #KremniyEl #microelectronics factory in #Bryansk with #StormShadow air-launched #missiles. Kremniy El is a critically important link in the chain of production of russian "high-precision" #weapons. The plant specialized in discrete semiconductor devices and integrated #microchips.
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Just published: "Glaswelten", edited by Margarete Vöhringer and Christof Windgätter - a book on the materiality of glass in culture, history, art, and science:
https://www.kulturverlag-kadmos.de/programm/details/glaswelten
I contributed a chapter about glass as a medium within media used in elektronics - from silicon to silicon dioxide to quartz glass.
#MediaArchaeology #MediaGeology #MicroElectronics #semiconductors #chemistry #physics
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Just published: "Glaswelten", edited by Margarete Vöhringer and Christof Windgätter - a book on the materiality of glass in culture, history, art, and science:
https://www.kulturverlag-kadmos.de/programm/details/glaswelten
I contributed a chapter about glass as a medium within media used in elektronics - from silicon to silicon dioxide to quartz glass.
#MediaArchaeology #MediaGeology #MicroElectronics #semiconductors #chemistry #physics
