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#electrostatics — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #electrostatics, aggregated by home.social.

  1. So. If the thrust generated by these electrostatic ”propulsion” systems is real, what does it push against?

    Earth’s magnetic field comes to mind. Surely electric fields won’t push against some kind of structure of space?

    I guess we don’t actually know, which is super interesting.

    It’s probably going to not give interstellar propulsion, but new #physics is always exciting!

    exoduspropulsion.space/
    #space #electrostatics

  2. So. If the thrust generated by these electrostatic ”propulsion” systems is real, what does it push against?

    Earth’s magnetic field comes to mind. Surely electric fields won’t push against some kind of structure of space?

    I guess we don’t actually know, which is super interesting.

    It’s probably going to not give interstellar propulsion, but new #physics is always exciting!

    exoduspropulsion.space/
    #space #electrostatics

  3. So. If the thrust generated by these electrostatic ”propulsion” systems is real, what does it push against?

    Earth’s magnetic field comes to mind. Surely electric fields won’t push against some kind of structure of space?

    I guess we don’t actually know, which is super interesting.

    It’s probably going to not give interstellar propulsion, but new #physics is always exciting!

    exoduspropulsion.space/
    #space #electrostatics

  4. So. If the thrust generated by these electrostatic ”propulsion” systems is real, what does it push against?

    Earth’s magnetic field comes to mind. Surely electric fields won’t push against some kind of structure of space?

    I guess we don’t actually know, which is super interesting.

    It’s probably going to not give interstellar propulsion, but new #physics is always exciting!

    exoduspropulsion.space/
    #space #electrostatics

  5. So. If the thrust generated by these electrostatic ”propulsion” systems is real, what does it push against?

    Earth’s magnetic field comes to mind. Surely electric fields won’t push against some kind of structure of space?

    I guess we don’t actually know, which is super interesting.

    It’s probably going to not give interstellar propulsion, but new #physics is always exciting!

    exoduspropulsion.space/
    #space #electrostatics

  6. ⚡ The Science Behind Static Electricity 🔬

    Static electricity is not just a spark—it’s a fascinating physical phenomenon with applications in materials science and energy harvesting.

    New research on triboelectric charging is uncovering the true mechanisms behind this effect, challenging long-held assumptions.

    📖 Read more: sciencenews.org/article/static

    #Physics #StaticElectricity #Triboelectric #Science #Innovation #Electrostatics #Research

  7. ⚡ The Science Behind Static Electricity 🔬

    Static electricity is not just a spark—it’s a fascinating physical phenomenon with applications in materials science and energy harvesting.

    New research on triboelectric charging is uncovering the true mechanisms behind this effect, challenging long-held assumptions.

    📖 Read more: sciencenews.org/article/static

    #Physics #StaticElectricity #Triboelectric #Science #Innovation #Electrostatics #Research

  8. ⚡ The Science Behind Static Electricity 🔬

    Static electricity is not just a spark—it’s a fascinating physical phenomenon with applications in materials science and energy harvesting.

    New research on triboelectric charging is uncovering the true mechanisms behind this effect, challenging long-held assumptions.

    📖 Read more: sciencenews.org/article/static

    #Physics #StaticElectricity #Triboelectric #Science #Innovation #Electrostatics #Research

  9. ⚡ The Science Behind Static Electricity 🔬

    Static electricity is not just a spark—it’s a fascinating physical phenomenon with applications in materials science and energy harvesting.

    New research on triboelectric charging is uncovering the true mechanisms behind this effect, challenging long-held assumptions.

    📖 Read more: sciencenews.org/article/static

    #Physics #StaticElectricity #Triboelectric #Science #Innovation #Electrostatics #Research

  10. ⚡ The Science Behind Static Electricity 🔬

    Static electricity is not just a spark—it’s a fascinating physical phenomenon with applications in materials science and energy harvesting.

    New research on triboelectric charging is uncovering the true mechanisms behind this effect, challenging long-held assumptions.

    📖 Read more: sciencenews.org/article/static

    #Physics #StaticElectricity #Triboelectric #Science #Innovation #Electrostatics #Research

  11. When you send #electronic components in the mail, don’t use shrink wrap. One of these used DIMMs once inserted turned out to be broken and refused by an #hp #server. #esd #electrostatics #DIMM #DIMMsAreNotHam

  12. When you send #electronic components in the mail, don’t use shrink wrap. One of these used DIMMs once inserted turned out to be broken and refused by an #hp #server. #esd #electrostatics #DIMM #DIMMsAreNotHam

  13. When you send #electronic components in the mail, don’t use shrink wrap. One of these used DIMMs once inserted turned out to be broken and refused by an #hp #server. #esd #electrostatics #DIMM #DIMMsAreNotHam

  14. When you send #electronic components in the mail, don’t use shrink wrap. One of these used DIMMs once inserted turned out to be broken and refused by an #hp #server. #esd #electrostatics #DIMM #DIMMsAreNotHam

  15. When you send #electronic components in the mail, don’t use shrink wrap. One of these used DIMMs once inserted turned out to be broken and refused by an #hp #server. #esd #electrostatics #DIMM #DIMMsAreNotHam

  16. Notes on #UAP Discussions : How would you introduce a class on "theoretical advances in novel propulsion systems " ?
    if you were going to start with early history your candidates are primarily #Antigravity and #Electrostatics but a basic functional approach might start with concepts of mass levitation and associated phenomenologies like #Superconductivity, #Magnetohydrodynamics, #plasmas and #Solitons. Emphasis should be on the fact that there is more than one path to unconventional propulsion

  17. Notes on #UAP Discussions : How would you introduce a class on "theoretical advances in novel propulsion systems " ?
    if you were going to start with early history your candidates are primarily #Antigravity and #Electrostatics but a basic functional approach might start with concepts of mass levitation and associated phenomenologies like #Superconductivity, #Magnetohydrodynamics, #plasmas and #Solitons. Emphasis should be on the fact that there is more than one path to unconventional propulsion

  18. Notes on #UAP Discussions : How would you introduce a class on "theoretical advances in novel propulsion systems " ?
    if you were going to start with early history your candidates are primarily #Antigravity and #Electrostatics but a basic functional approach might start with concepts of mass levitation and associated phenomenologies like #Superconductivity, #Magnetohydrodynamics, #plasmas and #Solitons. Emphasis should be on the fact that there is more than one path to unconventional propulsion

  19. How do drops of water move on surfaces? 💧 Research from the EU-funded DynaMo project @maxplanckpress has found a missing force: #electrostatics.

    Read more 👉 bit.ly/3iC7CuR

    @CORDIS_EU #water #drop #surface #force #motion #substrate

    🐦🔗: n.respublicae.eu/ERC_Research/

  20. One of my favorite tools to use in the UO #Coffee Lab is the Malvern particle size analyzer which can characterize particles with sizes in the range of 0.1-2000 μm. I've used one like this extensively to measure #volcanic ash grains. Today, however, I am working with a (quite bad) medium roast coffee, exploring controls on particle agglutination. Turns out the processes that control volcanic ash aggregation and coffee clumping are pretty similar (i.e. #water and #electrostatics). #espresso

  21. One of my favorite tools to use in the UO #Coffee Lab is the Malvern particle size analyzer which can characterize particles with sizes in the range of 0.1-2000 μm. I've used one like this extensively to measure #volcanic ash grains. Today, however, I am working with a (quite bad) medium roast coffee, exploring controls on particle agglutination. Turns out the processes that control volcanic ash aggregation and coffee clumping are pretty similar (i.e. #water and #electrostatics). #espresso

  22. One of my favorite tools to use in the UO #Coffee Lab is the Malvern particle size analyzer which can characterize particles with sizes in the range of 0.1-2000 μm. I've used one like this extensively to measure #volcanic ash grains. Today, however, I am working with a (quite bad) medium roast coffee, exploring controls on particle agglutination. Turns out the processes that control volcanic ash aggregation and coffee clumping are pretty similar (i.e. #water and #electrostatics). #espresso

  23. One of my favorite tools to use in the UO #Coffee Lab is the Malvern particle size analyzer which can characterize particles with sizes in the range of 0.1-2000 μm. I've used one like this extensively to measure #volcanic ash grains. Today, however, I am working with a (quite bad) medium roast coffee, exploring controls on particle agglutination. Turns out the processes that control volcanic ash aggregation and coffee clumping are pretty similar (i.e. #water and #electrostatics). #espresso

  24. One of my favorite tools to use in the UO #Coffee Lab is the Malvern particle size analyzer which can characterize particles with sizes in the range of 0.1-2000 μm. I've used one like this extensively to measure #volcanic ash grains. Today, however, I am working with a (quite bad) medium roast coffee, exploring controls on particle agglutination. Turns out the processes that control volcanic ash aggregation and coffee clumping are pretty similar (i.e. #water and #electrostatics). #espresso

  25. RT @CORDIS_EU: Water drops in #motion have a little something that is fascinating 💧😵‍💫

    This phenomenon may look simple, but #researchers have just discovered the missing force that explains how drops of water move on surfaces.

    👉 cordis.europa.eu/article/id/44

    #electrostatics #Physics

    🐦🔗: nitter.eu/ERC_Research/status/

  26. RT @CORDIS_EU: Water drops in #motion have a little something that is fascinating 💧😵‍💫

    This phenomenon may look simple, but #researchers have just discovered the missing force that explains how drops of water move on surfaces.

    👉 cordis.europa.eu/article/id/44

    #electrostatics #Physics

    🐦🔗: nitter.eu/ERC_Research/status/

  27. RT @CORDIS_EU: Water drops in #motion have a little something that is fascinating 💧😵‍💫

    This phenomenon may look simple, but #researchers have just discovered the missing force that explains how drops of water move on surfaces.

    👉 cordis.europa.eu/article/id/44

    #electrostatics #Physics

    🐦🔗: nitter.eu/ERC_Research/status/