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#leidenfrosteffect — Public Fediverse posts

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

  1. There are days when studying heatwaves seems like a great idea. And then there are days when you start questioning your choices... 🥵

    #LeidenLog #Heatwave #ExtremeHeat #Research #Science #Climate #LeidenfrostEffect

  2. There are days when studying heatwaves seems like a great idea. And then there are days when you start questioning your choices... 🥵

    #LeidenLog #Heatwave #ExtremeHeat #Research #Science #Climate #LeidenfrostEffect

  3. Is honey a good candidate for the Leidenfrost effect?

    LeidenForce quiz of the day: can you solve our Fake or Fact?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    Surprised by the result? 👇

    #LeidenfrostEffect #ScienceFact #Honey #Bubbles #Viscosity #FakeOrFact

  4. Is honey a good candidate for the Leidenfrost effect?

    LeidenForce quiz of the day: can you solve our Fake or Fact?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    Surprised by the result? 👇

    #LeidenfrostEffect #ScienceFact #Honey #Bubbles #Viscosity #FakeOrFact

  5. ● Capillary waves: ripples on droplets ●

    Explore, in the ESPCI MOOC video, how surface tension and inertia create capillary waves on droplets. Understanding these waves is important for advanced droplet dynamics studies.

    🎥 youtube.com/watch?v=w6VA2E7v14

    ⏳ No time right now? Save this post and come back later

    #CapillaryWaves #FluidPhysics #LeidenfrostEffect #MOOC #Physics

  6. ● Capillary waves: ripples on droplets ●

    Explore, in the ESPCI MOOC video, how surface tension and inertia create capillary waves on droplets. Understanding these waves is important for advanced droplet dynamics studies.

    🎥 youtube.com/watch?v=w6VA2E7v14

    ⏳ No time right now? Save this post and come back later

    #CapillaryWaves #FluidPhysics #LeidenfrostEffect #MOOC #Physics

  7. LeidenForce quiz of the day: can you solve our Fake or Fact?

    Can the Leidenfrost effect protect an object from fire?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    #LeidenfrostEffect #ScienceFact #ThermalPhysics #PhysicsExperiment #heattransfer

  8. LeidenForce quiz of the day: can you solve our Fake or Fact?

    Can the Leidenfrost effect protect an object from fire?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    #LeidenfrostEffect #ScienceFact #ThermalPhysics #PhysicsExperiment #heattransfer

  9. LeidenForce quiz of the day: can you solve our Fake or Fact?

    Can the Leidenfrost effect protect an object from fire?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    #LeidenfrostEffect #ScienceFact #ThermalPhysics #PhysicsExperiment #heattransfer

  10. LeidenForce quiz of the day: can you solve our Fake or Fact?

    Can the Leidenfrost effect protect an object from fire?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    #LeidenfrostEffect #ScienceFact #ThermalPhysics #PhysicsExperiment #heattransfer

  11. LeidenForce quiz of the day: can you solve our Fake or Fact?

    Can the Leidenfrost effect protect an object from fire?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    #LeidenfrostEffect #ScienceFact #ThermalPhysics #PhysicsExperiment #heattransfer

  12. Engineered capillary materials and even natural structures like wood can sustain vapor levitation and self-propel on hot surfaces, expanding Leidenfrost physics beyond droplets.

    🔗 nature.com/articles/s41567-026

    #LeidenfrostEffect #Biomimetics #Physics #MaterialsScience #SurfaceScience

  13. Engineered capillary materials and even natural structures like wood can sustain vapor levitation and self-propel on hot surfaces, expanding Leidenfrost physics beyond droplets.

    🔗 nature.com/articles/s41567-026

    #LeidenfrostEffect #Biomimetics #Physics #MaterialsScience #SurfaceScience

  14. Engineered capillary materials and even natural structures like wood can sustain vapor levitation and self-propel on hot surfaces, expanding Leidenfrost physics beyond droplets.

    🔗 nature.com/articles/s41567-026

    #LeidenfrostEffect #Biomimetics #Physics #MaterialsScience #SurfaceScience

  15. Engineered capillary materials and even natural structures like wood can sustain vapor levitation and self-propel on hot surfaces, expanding Leidenfrost physics beyond droplets.

    🔗 nature.com/articles/s41567-026

    #LeidenfrostEffect #Biomimetics #Physics #MaterialsScience #SurfaceScience

  16. Engineered capillary materials and even natural structures like wood can sustain vapor levitation and self-propel on hot surfaces, expanding Leidenfrost physics beyond droplets.

    🔗 nature.com/articles/s41567-026

    #LeidenfrostEffect #Biomimetics #Physics #MaterialsScience #SurfaceScience

  17. You were waiting to discover the LeidenForce PhD students on video: we are launching the first episode of our series: True Force Portraits – LeidenForce talents on the boil.

    This episode features Cheikh Tidiane DIOUM, PhD student recruited by @stephanedorbolo at the @UniversitedeLiege within the PtYX laboratory.

    ▶️ Meet Cheikh Tidiane Dioum: youtu.be/L1qVxEtmeH4

    #LeidenForce #TrueForce #MSCA #HorizonEurope #LeidenfrostEffect #PhD #Research #Science #ResearchPortraits #FluidDynamics

  18. You were waiting to discover the LeidenForce PhD students on video: we are launching the first episode of our series: True Force Portraits – LeidenForce talents on the boil.

    This episode features Cheikh Tidiane DIOUM, PhD student recruited by @stephanedorbolo at the @UniversitedeLiege within the PtYX laboratory.

    ▶️ Meet Cheikh Tidiane Dioum: youtu.be/L1qVxEtmeH4

    #LeidenForce #TrueForce #MSCA #HorizonEurope #LeidenfrostEffect #PhD #Research #Science #ResearchPortraits #FluidDynamics

  19. If the #LeidenfrostEffect fascinates you as much as it does us, we highly recommend reading this review by Seán M. Stewart.

    🔗 doi.org/10.1088/1361-6404/ac3f

    Beyond a simple overview, this article traces the scientific history of the phenomenon, while providing a rich and detailed perspective on the dynamics of Leidenfrost droplets.

    Enjoy the read!

    #fluiddynamics #heattransfer #physics #HistoryOfScience

  20. If the #LeidenfrostEffect fascinates you as much as it does us, we highly recommend reading this review by Seán M. Stewart.

    🔗 doi.org/10.1088/1361-6404/ac3f

    Beyond a simple overview, this article traces the scientific history of the phenomenon, while providing a rich and detailed perspective on the dynamics of Leidenfrost droplets.

    Enjoy the read!

    #fluiddynamics #heattransfer #physics #HistoryOfScience

  21. If the #LeidenfrostEffect fascinates you as much as it does us, we highly recommend reading this review by Seán M. Stewart.

    🔗 doi.org/10.1088/1361-6404/ac3f

    Beyond a simple overview, this article traces the scientific history of the phenomenon, while providing a rich and detailed perspective on the dynamics of Leidenfrost droplets.

    Enjoy the read!

    #fluiddynamics #heattransfer #physics #HistoryOfScience

  22. If the #LeidenfrostEffect fascinates you as much as it does us, we highly recommend reading this review by Seán M. Stewart.

    🔗 doi.org/10.1088/1361-6404/ac3f

    Beyond a simple overview, this article traces the scientific history of the phenomenon, while providing a rich and detailed perspective on the dynamics of Leidenfrost droplets.

    Enjoy the read!

    #fluiddynamics #heattransfer #physics #HistoryOfScience

  23. If the #LeidenfrostEffect fascinates you as much as it does us, we highly recommend reading this review by Seán M. Stewart.

    🔗 doi.org/10.1088/1361-6404/ac3f

    Beyond a simple overview, this article traces the scientific history of the phenomenon, while providing a rich and detailed perspective on the dynamics of Leidenfrost droplets.

    Enjoy the read!

    #fluiddynamics #heattransfer #physics #HistoryOfScience

  24. Cooling is rarely steady. Experiments show how heat transfer changes dynamically during rapid temperature drops.

    These transient effects matter for boiling regimes and could help refine models of vapor layer formation.

    🔗 pubs.aip.org/aip/pof/article-a

    #heattransfer #phasechange #leidenfrosteffect #thermodynamics #physics

  25. Cooling is rarely steady. Experiments show how heat transfer changes dynamically during rapid temperature drops.

    These transient effects matter for boiling regimes and could help refine models of vapor layer formation.

    🔗 pubs.aip.org/aip/pof/article-a

    #heattransfer #phasechange #leidenfrosteffect #thermodynamics #physics

  26. Cooling is rarely steady. Experiments show how heat transfer changes dynamically during rapid temperature drops.

    These transient effects matter for boiling regimes and could help refine models of vapor layer formation.

    🔗 pubs.aip.org/aip/pof/article-a

    #heattransfer #phasechange #leidenfrosteffect #thermodynamics #physics

  27. Cooling is rarely steady. Experiments show how heat transfer changes dynamically during rapid temperature drops.

    These transient effects matter for boiling regimes and could help refine models of vapor layer formation.

    🔗 pubs.aip.org/aip/pof/article-a

    #heattransfer #phasechange #leidenfrosteffect #thermodynamics #physics

  28. Cooling is rarely steady. Experiments show how heat transfer changes dynamically during rapid temperature drops.

    These transient effects matter for boiling regimes and could help refine models of vapor layer formation.

    🔗 pubs.aip.org/aip/pof/article-a

    #heattransfer #phasechange #leidenfrosteffect #thermodynamics #physics

  29. LAB CHRONICLE #27
    - Experimental method -

    Scenario: compare different liquids to explore the #LeidenfrostEffect.

    Ambition: clean results, sharp table, publishable conclusions.

    Reality: 5 liquids, 3 plates, 0 consistency & lab smells like hot vinegar.

    Conclusion: If a liquid surprises you, maybe you’re on the right track.

    #ExperimentalScience #PhysicsExperiments #LabFails #ScienceIsHard

  30. LeidenForce quiz of the day: can you solve our Fake or Fact?

    In our Fake or Fact series, we test your science knowledge about the Leidenfrost effect!

    #Acetone #leidenfrosteffect #volatileliquids #ThermalPhysics #fluiddynamics

  31. - Wetting dynamics: how droplets spread -

    The speed and shape of droplet spreading depend on wetting dynamics.

    Discover it in this video from the "Dynamics of fluid interfaces" MOOC by ESPCI Paris - PSL.

    🎥 youtube.com/watch?v=K3gcJXDVjZ

    #WettingDynamics #LeidenfrostEffect #FluidPhysics #MOOC #FluidDynamics

  32. 📌 To (re)live the #LeidenForce #WinterSchool 2026 (lectures, PhD talks, photos, and highlights from the week), read full article here → LeidenForce.eu/postwinterschoo

    📷 NTNU - @utwente - FNRS - @UniversitedeLiege - @ULBruxelles - Université Claude Bernard Lyon 1 - @cnrs - IMFT - Saint-Gobain Research Paris - ISTA - ESPCI

    #LeidenfrostEffect #FluidDynamics #HorizonEurope #PhD #Research

  33. 📌 To (re)live the #LeidenForce #WinterSchool 2026 (lectures, PhD talks, photos, and highlights from the week), read full article here → LeidenForce.eu/postwinterschoo

    📷 NTNU - @utwente - FNRS - @UniversitedeLiege - @ULBruxelles - Université Claude Bernard Lyon 1 - @cnrs - IMFT - Saint-Gobain Research Paris - ISTA - ESPCI

    #LeidenfrostEffect #FluidDynamics #HorizonEurope #PhD #Research

  34. 📌 To (re)live the #LeidenForce #WinterSchool 2026 (lectures, PhD talks, photos, and highlights from the week), read full article here → LeidenForce.eu/postwinterschoo

    📷 NTNU - @utwente - FNRS - @UniversitedeLiege - @ULBruxelles - Université Claude Bernard Lyon 1 - @cnrs - IMFT - Saint-Gobain Research Paris - ISTA - ESPCI

    #LeidenfrostEffect #FluidDynamics #HorizonEurope #PhD #Research