#cloudphysics — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #cloudphysics, aggregated by home.social.
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👏 Congratulations to Clara Bayley on successfully defending her PhD! 🎓
In her thesis, "Design and First Applications of Cleo, a Flexible Superdroplet Model for Warm-Cloud Physics on High-Performance Computers," Clara addresses the challenge of understanding warm tropical clouds. Using Cleo, Clara explored ways to overcome the limitations of traditional cloud microphysics models. ☁️
We’re incredibly proud of her achievement and excited to see what's next for her! ✨
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👏 Congratulations to Clara Bayley on successfully defending her PhD! 🎓
In her thesis, "Design and First Applications of Cleo, a Flexible Superdroplet Model for Warm-Cloud Physics on High-Performance Computers," Clara addresses the challenge of understanding warm tropical clouds. Using Cleo, Clara explored ways to overcome the limitations of traditional cloud microphysics models. ☁️
We’re incredibly proud of her achievement and excited to see what's next for her! ✨
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👏 Congratulations to Clara Bayley on successfully defending her PhD! 🎓
In her thesis, "Design and First Applications of Cleo, a Flexible Superdroplet Model for Warm-Cloud Physics on High-Performance Computers," Clara addresses the challenge of understanding warm tropical clouds. Using Cleo, Clara explored ways to overcome the limitations of traditional cloud microphysics models. ☁️
We’re incredibly proud of her achievement and excited to see what's next for her! ✨
-
👏 Congratulations to Clara Bayley on successfully defending her PhD! 🎓
In her thesis, "Design and First Applications of Cleo, a Flexible Superdroplet Model for Warm-Cloud Physics on High-Performance Computers," Clara addresses the challenge of understanding warm tropical clouds. Using Cleo, Clara explored ways to overcome the limitations of traditional cloud microphysics models. ☁️
We’re incredibly proud of her achievement and excited to see what's next for her! ✨
-
👏 Congratulations to Clara Bayley on successfully defending her PhD! 🎓
In her thesis, "Design and First Applications of Cleo, a Flexible Superdroplet Model for Warm-Cloud Physics on High-Performance Computers," Clara addresses the challenge of understanding warm tropical clouds. Using Cleo, Clara explored ways to overcome the limitations of traditional cloud microphysics models. ☁️
We’re incredibly proud of her achievement and excited to see what's next for her! ✨
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🎓 Congratulations to Raphael Pistor on successfully defending his #PhD! 👏
In his thesis “Sedimentation effects in subtropical stratocumulus”, Raphael explored how microphysical processes influence the response of stratocumuli under global warming.
We’re incredibly proud of this achievement and excited to see what comes next for Raphael! ✨
#CloudPhysics #PhDDefense -
🎓 Congratulations to Raphael Pistor on successfully defending his #PhD! 👏
In his thesis “Sedimentation effects in subtropical stratocumulus”, Raphael explored how microphysical processes influence the response of stratocumuli under global warming.
We’re incredibly proud of this achievement and excited to see what comes next for Raphael! ✨
#CloudPhysics #PhDDefense -
🎓 Congratulations to Raphael Pistor on successfully defending his #PhD! 👏
In his thesis “Sedimentation effects in subtropical stratocumulus”, Raphael explored how microphysical processes influence the response of stratocumuli under global warming.
We’re incredibly proud of this achievement and excited to see what comes next for Raphael! ✨
#CloudPhysics #PhDDefense -
🎓 Congratulations to Raphael Pistor on successfully defending his #PhD! 👏
In his thesis “Sedimentation effects in subtropical stratocumulus”, Raphael explored how microphysical processes influence the response of stratocumuli under global warming.
We’re incredibly proud of this achievement and excited to see what comes next for Raphael! ✨
#CloudPhysics #PhDDefense -
🎓 Congratulations to Raphael Pistor on successfully defending his #PhD! 👏
In his thesis “Sedimentation effects in subtropical stratocumulus”, Raphael explored how microphysical processes influence the response of stratocumuli under global warming.
We’re incredibly proud of this achievement and excited to see what comes next for Raphael! ✨
#CloudPhysics #PhDDefense