#gallium — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #gallium, aggregated by home.social.
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EU Names Tungsten, Gallium, Rare Earths for First Joint Mineral Reserve as China Tightens Output Controls
The European Union has shortlisted tungsten, rare earths, and gallium for its first jointly coordinated strategic mineral reserve,…
#Europe #EU #EuropeanCommission #EuropeanUnion #gallium #germanium #graphite #Magnesium #RareEarthElements #Rotterdam #tungsten
https://www.europesays.com/europe/49565/ -
Greece Approves €340 Million Gallium Project to Cover EU Demand
Gallium production is scheduled to begin in Greece in 2027, with the aim of covering EU demand and…
#Europe #EU #EuropeanUnion #gallium #greece #GreekNews #RawMaterial
https://www.europesays.com/europe/47018/ -
Greece Investment to Secure EU Gallium Supply
Μake us preferred on Google A strategic investment has been approved that positions Greece to produce enough gallium…
#Europe #EU #EuropeanUnion #gallium
https://www.europesays.com/europe/46724/ -
Fun science fact 🧪🤯
Gallium is a metal that can melt in your hand literally.
It has a very low melting point of about 29.8°C, so it can turn from solid to liquid just from body heat .
That means it can look like a shiny solid spoon, but slowly turn into liquid if you hold it too long .
It’s used in electronics, semiconductors, and even LEDs ⚡💡
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Fun science fact 🧪🤯
Gallium is a metal that can melt in your hand literally.
It has a very low melting point of about 29.8°C, so it can turn from solid to liquid just from body heat .
That means it can look like a shiny solid spoon, but slowly turn into liquid if you hold it too long .
It’s used in electronics, semiconductors, and even LEDs ⚡💡
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Fun science fact 🧪🤯
Gallium is a metal that can melt in your hand literally.
It has a very low melting point of about 29.8°C, so it can turn from solid to liquid just from body heat .
That means it can look like a shiny solid spoon, but slowly turn into liquid if you hold it too long .
It’s used in electronics, semiconductors, and even LEDs ⚡💡
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Fun science fact 🧪🤯
Gallium is a metal that can melt in your hand literally.
It has a very low melting point of about 29.8°C, so it can turn from solid to liquid just from body heat .
That means it can look like a shiny solid spoon, but slowly turn into liquid if you hold it too long .
It’s used in electronics, semiconductors, and even LEDs ⚡💡
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Watch our video with Kerem Usenmez of Volta Metals (CSE: $VLTA | OTCQB: $VOLMF), on the Springer REE & gallium deposit in Canada. 176 Mt of REE, PEA targeted for late 2026. Could be NA’s first gallium resource. China controls 98% of the mkt.
#REE #Gallium #RareEarths #CriticalMinerals #Mining #Investing
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Watch our video with Kerem Usenmez of Volta Metals (CSE: $VLTA | OTCQB: $VOLMF), on the Springer REE & gallium deposit in Canada. 176 Mt of REE, PEA targeted for late 2026. Could be NA’s first gallium resource. China controls 98% of the mkt.
#REE #Gallium #RareEarths #CriticalMinerals #Mining #Investing
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Watch our video with Kerem Usenmez of Volta Metals (CSE: $VLTA | OTCQB: $VOLMF), on the Springer REE & gallium deposit in Canada. 176 Mt of REE, PEA targeted for late 2026. Could be NA’s first gallium resource. China controls 98% of the mkt.
#REE #Gallium #RareEarths #CriticalMinerals #Mining #Investing
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Watch our video with Kerem Usenmez of Volta Metals (CSE: $VLTA | OTCQB: $VOLMF), on the Springer REE & gallium deposit in Canada. 176 Mt of REE, PEA targeted for late 2026. Could be NA’s first gallium resource. China controls 98% of the mkt.
#REE #Gallium #RareEarths #CriticalMinerals #Mining #Investing
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Gnome Shell crashing to Login Screen due to Mesa Drivers #gnomeshell #mesa #2510 #gallium
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Gnome Shell crashing to Login Screen due to Mesa Drivers #gnomeshell #mesa #2510 #gallium
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Gnome Shell crashing to Login Screen due to Mesa Drivers #gnomeshell #mesa #2510 #gallium
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Gnome Shell crashing to Login Screen due to Mesa Drivers #gnomeshell #mesa #2510 #gallium
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Gnome Shell crashing to Login Screen due to Mesa Drivers #gnomeshell #mesa #2510 #gallium
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Gallium oxide electronics withstand extreme cold
https://atlas.whatip.xyz/post.php?slug=gallium-oxide-electronics-withstand-extreme-cold
<p>Robust semiconductor enables devices to operate close to absolute zero
#semiconductor #electronics #withstand #gallium -
Gallium oxide electronics withstand extreme cold
https://atlas.whatip.xyz/post.php?slug=gallium-oxide-electronics-withstand-extreme-cold
<p>Robust semiconductor enables devices to operate close to absolute zero
#semiconductor #electronics #withstand #gallium -
Why China’s critical mineral dominance is still disrupting US supply chains
American companies are grappling with a shortage of critical minerals used in daily operations despite China easing some…
#NewsBeep #News #Economy #Americancompanies #AU #Australia #Beijing #Business #China #DavidAbraham #gallium #germanium #JesseMarks #malaysia #MinistryofCommerce #NewYork #ProjectVault #Shanghai #Thailand #trump
https://www.newsbeep.com/au/528298/ -
Why China’s critical mineral dominance is still disrupting US supply chains
American companies are grappling with a shortage of critical minerals used in daily operations despite China easing some…
#NewsBeep #News #Economy #Americancompanies #AU #Australia #Beijing #Business #China #DavidAbraham #gallium #germanium #JesseMarks #malaysia #MinistryofCommerce #NewYork #ProjectVault #Shanghai #Thailand #trump
https://www.newsbeep.com/au/528298/ -
Why China’s critical mineral dominance is still disrupting US supply chains
American companies are grappling with a shortage of critical minerals used in daily operations despite China easing some…
#NewsBeep #News #Economy #Americancompanies #Australia #Beijing #Business #China #DavidAbraham #gallium #Germanium #JesseMarks #malaysia #MinistryofCommerce #NewYork #ProjectVault #Shanghai #Thailand #Trump #UK #UnitedKingdom
https://www.newsbeep.com/uk/465408/ -
#MIT develops new way to recover critical metals from #EWaste
A multi-step process could produce 1.2 kilograms per day, but its viability depends on expanding #recycling efforts.
Elizabeth A. Thomson, November 24, 2025
"MIT researchers have developed a new, efficient way to recycle #gallium, #indium, and potentially other critical metals key to modern electronics from e-waste like discarded computer screens. The process could also be applied to waste streams from companies that create products containing these metals.
" 'Once optimized, our process could recover 1.2 kilograms of these metals per day,' says Antoine Allanore, a professor of metallurgy in the Department of Materials Science and Engineering. He notes, however, that this can only happen if a great deal of e-waste is recycled, and currently there are no large-scale efforts to that end. The recycling rate for gallium and indium from e-waste is currently close to 0 percent.
"The work is important because gallium and indium are listed as critical metals by the United States and the European Union. That’s because they are only produced as byproducts from the #mining of other metals like zinc and aluminum, and those mining operations, in turn, are dominated by only a few countries, including China.
"For many reasons, it doesn’t make economic sense to open new zinc and aluminum mines solely for these byproducts, says Allanore. 'Can we instead recycle and recover these two critical metals from e-waste?'
"He and colleagues have developed a multi-step process to do just that. These steps range from first physically removing #LED chips and other sources of the metals from the e-waste, to exposing them to high temperatures to liberate chemical components. Many of these steps are familiar to industry."
https://mrl.mit.edu/article/mit-develops-new-way-to-recover-critical-metals-from-e-waste
#SolarPunkSunday #NoMining #EWasteRecycling #MetalsExtraction #Electronics
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#MIT develops new way to recover critical metals from #EWaste
A multi-step process could produce 1.2 kilograms per day, but its viability depends on expanding #recycling efforts.
Elizabeth A. Thomson, November 24, 2025
"MIT researchers have developed a new, efficient way to recycle #gallium, #indium, and potentially other critical metals key to modern electronics from e-waste like discarded computer screens. The process could also be applied to waste streams from companies that create products containing these metals.
" 'Once optimized, our process could recover 1.2 kilograms of these metals per day,' says Antoine Allanore, a professor of metallurgy in the Department of Materials Science and Engineering. He notes, however, that this can only happen if a great deal of e-waste is recycled, and currently there are no large-scale efforts to that end. The recycling rate for gallium and indium from e-waste is currently close to 0 percent.
"The work is important because gallium and indium are listed as critical metals by the United States and the European Union. That’s because they are only produced as byproducts from the #mining of other metals like zinc and aluminum, and those mining operations, in turn, are dominated by only a few countries, including China.
"For many reasons, it doesn’t make economic sense to open new zinc and aluminum mines solely for these byproducts, says Allanore. 'Can we instead recycle and recover these two critical metals from e-waste?'
"He and colleagues have developed a multi-step process to do just that. These steps range from first physically removing #LED chips and other sources of the metals from the e-waste, to exposing them to high temperatures to liberate chemical components. Many of these steps are familiar to industry."
https://mrl.mit.edu/article/mit-develops-new-way-to-recover-critical-metals-from-e-waste
#SolarPunkSunday #NoMining #EWasteRecycling #MetalsExtraction #Electronics
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#MIT develops new way to recover critical metals from #EWaste
A multi-step process could produce 1.2 kilograms per day, but its viability depends on expanding #recycling efforts.
Elizabeth A. Thomson, November 24, 2025
"MIT researchers have developed a new, efficient way to recycle #gallium, #indium, and potentially other critical metals key to modern electronics from e-waste like discarded computer screens. The process could also be applied to waste streams from companies that create products containing these metals.
" 'Once optimized, our process could recover 1.2 kilograms of these metals per day,' says Antoine Allanore, a professor of metallurgy in the Department of Materials Science and Engineering. He notes, however, that this can only happen if a great deal of e-waste is recycled, and currently there are no large-scale efforts to that end. The recycling rate for gallium and indium from e-waste is currently close to 0 percent.
"The work is important because gallium and indium are listed as critical metals by the United States and the European Union. That’s because they are only produced as byproducts from the #mining of other metals like zinc and aluminum, and those mining operations, in turn, are dominated by only a few countries, including China.
"For many reasons, it doesn’t make economic sense to open new zinc and aluminum mines solely for these byproducts, says Allanore. 'Can we instead recycle and recover these two critical metals from e-waste?'
"He and colleagues have developed a multi-step process to do just that. These steps range from first physically removing #LED chips and other sources of the metals from the e-waste, to exposing them to high temperatures to liberate chemical components. Many of these steps are familiar to industry."
https://mrl.mit.edu/article/mit-develops-new-way-to-recover-critical-metals-from-e-waste
#SolarPunkSunday #NoMining #EWasteRecycling #MetalsExtraction #Electronics
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#MIT develops new way to recover critical metals from #EWaste
A multi-step process could produce 1.2 kilograms per day, but its viability depends on expanding #recycling efforts.
Elizabeth A. Thomson, November 24, 2025
"MIT researchers have developed a new, efficient way to recycle #gallium, #indium, and potentially other critical metals key to modern electronics from e-waste like discarded computer screens. The process could also be applied to waste streams from companies that create products containing these metals.
" 'Once optimized, our process could recover 1.2 kilograms of these metals per day,' says Antoine Allanore, a professor of metallurgy in the Department of Materials Science and Engineering. He notes, however, that this can only happen if a great deal of e-waste is recycled, and currently there are no large-scale efforts to that end. The recycling rate for gallium and indium from e-waste is currently close to 0 percent.
"The work is important because gallium and indium are listed as critical metals by the United States and the European Union. That’s because they are only produced as byproducts from the #mining of other metals like zinc and aluminum, and those mining operations, in turn, are dominated by only a few countries, including China.
"For many reasons, it doesn’t make economic sense to open new zinc and aluminum mines solely for these byproducts, says Allanore. 'Can we instead recycle and recover these two critical metals from e-waste?'
"He and colleagues have developed a multi-step process to do just that. These steps range from first physically removing #LED chips and other sources of the metals from the e-waste, to exposing them to high temperatures to liberate chemical components. Many of these steps are familiar to industry."
https://mrl.mit.edu/article/mit-develops-new-way-to-recover-critical-metals-from-e-waste
#SolarPunkSunday #NoMining #EWasteRecycling #MetalsExtraction #Electronics
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#MIT develops new way to recover critical metals from #EWaste
A multi-step process could produce 1.2 kilograms per day, but its viability depends on expanding #recycling efforts.
Elizabeth A. Thomson, November 24, 2025
"MIT researchers have developed a new, efficient way to recycle #gallium, #indium, and potentially other critical metals key to modern electronics from e-waste like discarded computer screens. The process could also be applied to waste streams from companies that create products containing these metals.
" 'Once optimized, our process could recover 1.2 kilograms of these metals per day,' says Antoine Allanore, a professor of metallurgy in the Department of Materials Science and Engineering. He notes, however, that this can only happen if a great deal of e-waste is recycled, and currently there are no large-scale efforts to that end. The recycling rate for gallium and indium from e-waste is currently close to 0 percent.
"The work is important because gallium and indium are listed as critical metals by the United States and the European Union. That’s because they are only produced as byproducts from the #mining of other metals like zinc and aluminum, and those mining operations, in turn, are dominated by only a few countries, including China.
"For many reasons, it doesn’t make economic sense to open new zinc and aluminum mines solely for these byproducts, says Allanore. 'Can we instead recycle and recover these two critical metals from e-waste?'
"He and colleagues have developed a multi-step process to do just that. These steps range from first physically removing #LED chips and other sources of the metals from the e-waste, to exposing them to high temperatures to liberate chemical components. Many of these steps are familiar to industry."
https://mrl.mit.edu/article/mit-develops-new-way-to-recover-critical-metals-from-e-waste
#SolarPunkSunday #NoMining #EWasteRecycling #MetalsExtraction #Electronics
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https://www.europesays.com/afrique/20137/ l’Europe trouve en Guinée une alternative à la Chine… mais pas sans risques #2025 #alternative #Chine #EuropeAfrica #EuropeAfrique #Gallium #Guinée #l’Europe #LaTribuneAfrique #risques #trouve
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Greece’s METLEN Hits Major Gallium Production Milestone https://www.byteseu.com/1724099/ #CriticalMinerals #EuropeanInvestmentBank #EvangelosMytilineos #gallium #Greece #GreekNews #Metlen
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Australia will prioritize antimony, gallium and rare earth elements as part of its $802 million strategic reserve, as its treasurer prepares to join a G7 meeting to discuss critical minerals. https://www.japantimes.co.jp/business/2026/01/12/markets/australia-antimony-gallium-rare-earths/?utm_medium=Social&utm_source=mastodon #business #markets #australia #antimony #gallium #rareearths #mining
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Australia will prioritize antimony, gallium and rare earth elements as part of its $802 million strategic reserve, as its treasurer prepares to join a G7 meeting to discuss critical minerals. https://www.japantimes.co.jp/business/2026/01/12/markets/australia-antimony-gallium-rare-earths/?utm_medium=Social&utm_source=mastodon #business #markets #australia #antimony #gallium #rareearths #mining
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Australia will prioritize antimony, gallium and rare earth elements as part of its $802 million strategic reserve, as its treasurer prepares to join a G7 meeting to discuss critical minerals. https://www.japantimes.co.jp/business/2026/01/12/markets/australia-antimony-gallium-rare-earths/?utm_medium=Social&utm_source=mastodon #business #markets #australia #antimony #gallium #rareearths #mining
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Australia will prioritize antimony, gallium and rare earth elements as part of its $802 million strategic reserve, as its treasurer prepares to join a G7 meeting to discuss critical minerals. https://www.japantimes.co.jp/business/2026/01/12/markets/australia-antimony-gallium-rare-earths/?utm_medium=Social&utm_source=mastodon #business #markets #australia #antimony #gallium #rareearths #mining
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Germanium Semiconductor Made Superconductor by Gallium Doping https://hackaday.com/2025/12/17/germanium-semiconductor-made-superconductor-by-gallium-doping/ #molecular-beamepitaxy #superconductor #semiconductor #germanium #Science #gallium #News
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Germanium Semiconductor Made Superconductor by Gallium Doping https://hackaday.com/2025/12/17/germanium-semiconductor-made-superconductor-by-gallium-doping/ #molecular-beamepitaxy #superconductor #semiconductor #germanium #Science #gallium #News
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Germanium Semiconductor Made Superconductor by Gallium Doping https://hackaday.com/2025/12/17/germanium-semiconductor-made-superconductor-by-gallium-doping/ #molecular-beamepitaxy #superconductor #semiconductor #germanium #Science #gallium #News
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Germanium Semiconductor Made Superconductor by Gallium Doping https://hackaday.com/2025/12/17/germanium-semiconductor-made-superconductor-by-gallium-doping/ #molecular-beamepitaxy #superconductor #semiconductor #germanium #Science #gallium #News
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Галлий - металл, который плавится в руках. Температура плавления - 29.76 °C. На видео галлий взаимодействует с алюминиевым замком, через некоторое время получается крайне хрупкий сплав, который легко разрушить.
Gallium is a metal that melts in your hands. Its melting point is 29.76°C. In the video, gallium reacts with an aluminum lock, resulting in an extremely brittle alloy that can be easily destroyed.
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Галлий - металл, который плавится в руках. Температура плавления - 29.76 °C. На видео галлий взаимодействует с алюминиевым замком, через некоторое время получается крайне хрупкий сплав, который легко разрушить.
Gallium is a metal that melts in your hands. Its melting point is 29.76°C. In the video, gallium reacts with an aluminum lock, resulting in an extremely brittle alloy that can be easily destroyed.
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Галлий - металл, который плавится в руках. Температура плавления - 29.76 °C. На видео галлий взаимодействует с алюминиевым замком, через некоторое время получается крайне хрупкий сплав, который легко разрушить.
Gallium is a metal that melts in your hands. Its melting point is 29.76°C. In the video, gallium reacts with an aluminum lock, resulting in an extremely brittle alloy that can be easily destroyed.
#химия #галий #металлы #chemistry #gallium
https://t.me/pics_yura15cbx -
Галлий - металл, который плавится в руках. Температура плавления - 29.76 °C. На видео галлий взаимодействует с алюминиевым замком, через некоторое время получается крайне хрупкий сплав, который легко разрушить.
Gallium is a metal that melts in your hands. Its melting point is 29.76°C. In the video, gallium reacts with an aluminum lock, resulting in an extremely brittle alloy that can be easily destroyed.
-
Галлий - металл, который плавится в руках. Температура плавления - 29.76 °C. На видео галлий взаимодействует с алюминиевым замком, через некоторое время получается крайне хрупкий сплав, который легко разрушить.
Gallium is a metal that melts in your hands. Its melting point is 29.76°C. In the video, gallium reacts with an aluminum lock, resulting in an extremely brittle alloy that can be easily destroyed.
#химия #галий #металлы #chemistry #gallium
https://t.me/pics_yura15cbx -
Trung Quốc tạm dừng lệnh cấm xuất khẩu khoáng sản quý (gali, germani, antimon, vật liệu siêu cứng) sang Mỹ. #TrungQuốc #KhoángSản #ThươngMại #Mỹ #China #Mineral #Export #Gallium #Germanium #Antimon #Superhard #News
https://vtcnews.vn/trung-quoc-tam-dung-lenh-cam-xuat-khau-khoang-san-quy-sang-my-ar986190.html
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Trung Quốc tạm dừng lệnh cấm xuất khẩu khoáng sản quý (gali, germani, antimon, vật liệu siêu cứng) sang Mỹ. #TrungQuốc #KhoángSản #ThươngMại #Mỹ #China #Mineral #Export #Gallium #Germanium #Antimon #Superhard #News
https://vtcnews.vn/trung-quoc-tam-dung-lenh-cam-xuat-khau-khoang-san-quy-sang-my-ar986190.html
