#mineralphysics — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #mineralphysics, aggregated by home.social.
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Researchers have identified a practical upper bound for material viscosity, estimated at 10³⁰±² Pa s, beyond which substances function as essentially rigid bodies over finite timescales.
#Geophysics #MineralPhysics #FluidDynamics #MaterialsScience #sflorg
https://www.sflorg.com/2026/07/phy07062601.html -
Researchers have identified a practical upper bound for material viscosity, estimated at 10³⁰±² Pa s, beyond which substances function as essentially rigid bodies over finite timescales.
#Geophysics #MineralPhysics #FluidDynamics #MaterialsScience #sflorg
https://www.sflorg.com/2026/07/phy07062601.html -
Researchers have identified a practical upper bound for material viscosity, estimated at 10³⁰±² Pa s, beyond which substances function as essentially rigid bodies over finite timescales.
#Geophysics #MineralPhysics #FluidDynamics #MaterialsScience #sflorg
https://www.sflorg.com/2026/07/phy07062601.html -
Researchers have identified a practical upper bound for material viscosity, estimated at 10³⁰±² Pa s, beyond which substances function as essentially rigid bodies over finite timescales.
#Geophysics #MineralPhysics #FluidDynamics #MaterialsScience #sflorg
https://www.sflorg.com/2026/07/phy07062601.html -
Researchers have identified a practical upper bound for material viscosity, estimated at 10³⁰±² Pa s, beyond which substances function as essentially rigid bodies over finite timescales.
#Geophysics #MineralPhysics #FluidDynamics #MaterialsScience #sflorg
https://www.sflorg.com/2026/07/phy07062601.html -
Why laser crystals have "heads"
https://www.youtube.com/shorts/Yy4kuG_MP6w
#mineralPhysics -
Why laser crystals have "heads"
https://www.youtube.com/shorts/Yy4kuG_MP6w
#mineralPhysics -
Why laser crystals have "heads"
https://www.youtube.com/shorts/Yy4kuG_MP6w
#mineralPhysics -
Why laser crystals have "heads"
https://www.youtube.com/shorts/Yy4kuG_MP6w
#mineralPhysics -
Why laser crystals have "heads"
https://www.youtube.com/shorts/Yy4kuG_MP6w
#mineralPhysics -
MSA mailing list relayed the news that Joe Smyth of the University of Colorado at Boulder has died.
From a remembrance by G. Diego Gatta & Fabrizio Nestola:
Joe was among the founders of the field of mineral physics. He predicted that the structure of wadsleyite would incorporate hydrogen through point defects in quantities sufficient to reach oceanic volumes of H₂O, with implications for the history of water and plate tectonics on Earth.
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MSA mailing list relayed the news that Joe Smyth of the University of Colorado at Boulder has died.
From a remembrance by G. Diego Gatta & Fabrizio Nestola:
Joe was among the founders of the field of mineral physics. He predicted that the structure of wadsleyite would incorporate hydrogen through point defects in quantities sufficient to reach oceanic volumes of H₂O, with implications for the history of water and plate tectonics on Earth.
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MSA mailing list relayed the news that Joe Smyth of the University of Colorado at Boulder has died.
From a remembrance by G. Diego Gatta & Fabrizio Nestola:
Joe was among the founders of the field of mineral physics. He predicted that the structure of wadsleyite would incorporate hydrogen through point defects in quantities sufficient to reach oceanic volumes of H₂O, with implications for the history of water and plate tectonics on Earth.
-
MSA mailing list relayed the news that Joe Smyth of the University of Colorado at Boulder has died.
From a remembrance by G. Diego Gatta & Fabrizio Nestola:
Joe was among the founders of the field of mineral physics. He predicted that the structure of wadsleyite would incorporate hydrogen through point defects in quantities sufficient to reach oceanic volumes of H₂O, with implications for the history of water and plate tectonics on Earth.
-
MSA mailing list relayed the news that Joe Smyth of the University of Colorado at Boulder has died.
From a remembrance by G. Diego Gatta & Fabrizio Nestola:
Joe was among the founders of the field of mineral physics. He predicted that the structure of wadsleyite would incorporate hydrogen through point defects in quantities sufficient to reach oceanic volumes of H₂O, with implications for the history of water and plate tectonics on Earth.
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A comparison of volumes occupied within the Earth.
Case closed.
#MinCup24 #Perovskite #Stibnite #LowerMantle #Earth #MineralPhysics
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A comparison of volumes occupied within the Earth.
Case closed.
#MinCup24 #Perovskite #Stibnite #LowerMantle #Earth #MineralPhysics
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A comparison of volumes occupied within the Earth.
Case closed.
#MinCup24 #Perovskite #Stibnite #LowerMantle #Earth #MineralPhysics
-
A comparison of volumes occupied within the Earth.
Case closed.
#MinCup24 #Perovskite #Stibnite #LowerMantle #Earth #MineralPhysics
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A comparison of volumes occupied within the Earth.
Case closed.
#MinCup24 #Perovskite #Stibnite #LowerMantle #Earth #MineralPhysics
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The Earth’s inner core is a total mystery – here’s how we’re starting to solve it
#Science #Physics #EarthScience #InnerCore #MagneticField #Geophysics #Supercooling #PlanetMysteries #EarthsCore #MineralPhysics
https://the-14.com/the-earths-inner-core-is-a-total-mystery-heres-how-were-starting-to-solve-it/ -
The Earth’s inner core is a total mystery – here’s how we’re starting to solve it
#Science #Physics #EarthScience #InnerCore #MagneticField #Geophysics #Supercooling #PlanetMysteries #EarthsCore #MineralPhysics
https://the-14.com/the-earths-inner-core-is-a-total-mystery-heres-how-were-starting-to-solve-it/