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#mechanisms — Public Fediverse posts

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

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  1. Six Hundred Million Breaths

    The first inhale, the last exhale, and the enormous unexamined middle. A human being spends nine months underwater and then, in a single violent second, becomes an air-breathing animal. We tend to picture that first breath as a natural unfolding, the lungs simply beginning what they were built to do. The reality is closer to a demolition. Before birth the lungs are not empty. They are filled with fluid secreted by the lung tissue itself, and that fluid has to go somewhere before air can enter. Labor begins clearing it. The surge of adrenaline and noradrenaline that accompanies delivery flips the epithelial cells lining the airways from secreting fluid to absorbing it, and sodium channels in those cells begin pulling the liquid back into the tissue and the bloodstream. The mechanical compression of the chest during a vaginal delivery squeezes out more. Even so, at the moment of birth the newborn faces a set of collapsed, wet sacs whose internal surfaces are stuck together by the surface tension of water, and it must pull them open with nothing but the muscles of its own chest and diaphragm. […]

    bolesblogs.com/2026/08/01/six-

  2. Six Hundred Million Breaths

    The first inhale, the last exhale, and the enormous unexamined middle. A human being spends nine months underwater and then, in a single violent second, becomes an air-breathing animal. We tend to picture that first breath as a natural unfolding, the lungs simply beginning what they were built to do. The reality is closer to a demolition. Before birth the lungs are not empty. They are filled with fluid secreted by the lung tissue itself, and that fluid has to go somewhere before air can enter. Labor begins clearing it. The surge of adrenaline and noradrenaline that accompanies delivery flips the epithelial cells lining the airways from secreting fluid to absorbing it, and sodium channels in those cells begin pulling the liquid back into the tissue and the bloodstream. The mechanical compression of the chest during a vaginal delivery squeezes out more. Even so, at the moment of birth the newborn faces a set of collapsed, wet sacs whose internal surfaces are stuck together by the surface tension of water, and it must pull them open with nothing but the muscles of its own chest and diaphragm. […]

    bolesblogs.com/2026/08/01/six-

  3. Six Hundred Million Breaths

    The first inhale, the last exhale, and the enormous unexamined middle. A human being spends nine months underwater and then, in a single violent second, becomes an air-breathing animal. We tend to picture that first breath as a natural unfolding, the lungs simply beginning what they were built to do. The reality is closer to a demolition. Before birth the lungs are not empty. They are filled with fluid secreted by the lung tissue itself, and that fluid has to go somewhere before air can enter. Labor begins clearing it. The surge of adrenaline and noradrenaline that accompanies delivery flips the epithelial cells lining the airways from secreting fluid to absorbing it, and sodium channels in those cells begin pulling the liquid back into the tissue and the bloodstream. The mechanical compression of the chest during a vaginal delivery squeezes out more. Even so, at the moment of birth the newborn faces a set of collapsed, wet sacs whose internal surfaces are stuck together by the surface tension of water, and it must pull them open with nothing but the muscles of its own chest and diaphragm. […]

    bolesblogs.com/2026/08/01/six-

  4. Six Hundred Million Breaths

    The first inhale, the last exhale, and the enormous unexamined middle. A human being spends nine months underwater and then, in a single violent second, becomes an air-breathing animal. We tend to picture that first breath as a natural unfolding, the lungs simply beginning what they were built to do. The reality is closer to a demolition. Before birth the lungs are not empty. They are filled with fluid secreted by the lung tissue itself, and that fluid has to go somewhere before air can enter. Labor begins clearing it. The surge of adrenaline and noradrenaline that accompanies delivery flips the epithelial cells lining the airways from secreting fluid to absorbing it, and sodium channels in those cells begin pulling the liquid back into the tissue and the bloodstream. The mechanical compression of the chest during a vaginal delivery squeezes out more. Even so, at the moment of birth the newborn faces a set of collapsed, wet sacs whose internal surfaces are stuck together by the surface tension of water, and it must pull them open with nothing but the muscles of its own chest and diaphragm. […]

    bolesblogs.com/2026/08/01/six-

  5. Six Hundred Million Breaths

    The first inhale, the last exhale, and the enormous unexamined middle. A human being spends nine months underwater and then, in a single violent second, becomes an air-breathing animal. We tend to picture that first breath as a natural unfolding, the lungs simply beginning what they were built to do. The reality is closer to a demolition. Before birth the lungs are not empty. They are filled with fluid secreted by the lung tissue itself, and that fluid has to go somewhere before air can enter. Labor begins clearing it. The surge of adrenaline and noradrenaline that accompanies delivery flips the epithelial cells lining the airways from secreting fluid to absorbing it, and sodium channels in those cells begin pulling the liquid back into the tissue and the bloodstream. The mechanical compression of the chest during a vaginal delivery squeezes out more. Even so, at the moment of birth the newborn faces a set of collapsed, wet sacs whose internal surfaces are stuck together by the surface tension of water, and it must pull them open with nothing but the muscles of its own chest and diaphragm. […]

    bolesblogs.com/2026/08/01/six-

  6. Erdoğan Meets EU Leaders: Membership Mechanisms Should Be Reactivated

    Turkish President Recep Tayyip Erdoğan met with European Council President Antonio Costa and European Commission President Ursula von…
    #EuropeSays #Turkiye #RecepTayyipErdoğan #be #cyprusmirror #Erdogan #EU #Leaders #mechanisms #meets #membership #PresidentofTürkiye #reactivated #should
    europesays.com/turkiye/27892/

  7. European Security Concept Has Gone Bankrupt, Collapsed Spectacularly: Russian Envoy

    Islam Times – The security concept based on Euro-Atlantic mechanisms “has gone bankrupt and spectacularly collapsed,” Russian Foreign…
    #Europe #EU #Alexander #ambassador #and #at #Atlantic #Bankrupt #based #Collapsed #concept #Envoy #euro #European #Foreign #Gone #has #Islam #large #mechanisms #Ministry’s #on #Russian #said #Security #Spectacularly #the #Times #Trofimov
    europesays.com/europe/80712/

  8. #MissKittyPolitics #AI #Research It's not an accident that you don't feel like you've ever had enough. It's not an accident. It's not that they're better than you. It's not that they're smarter. None of the above. They are criminals. -- #Systemic #Wealth #Redistribution and the #Mechanisms ...

  9. Education is the system where humans learn how to think, how to belong, how to interpret reality, and how to become themselves. #Distortion #mechanisms thrive wherever authority, #identity, and meaning are co‑constructed.

    survivorliteracy.com/2026/04/2

  10. The workplace is the primary environment where survival is mediated through tokens (wages, benefits, access, legitimacy). #Distortion #mechanisms thrive wherever survival depends on #compliance, interpretation, and hierarchy.

    survivorliteracy.com/2026/04/2

  11. Build DeepSeek-V3: Multi-Head Latent Attention (MLA) Architecture Table of Contents Build DeepSeek-V3: Multi-Head Latent Attention (MLA) Architecture The KV Cache Memory Problem in DeepSeek-V3 Mult...

    #Deep #Learning #Large #Language #Models #PyTorch #Transformers #Tutorial #attention #mechanisms #deepseek-v3

    Origin | Interest | Match
  12. (Vorabend, dann. Stadtlichter hinter einem Vorhang aus Schnee. Verkehr brandet durch den Matsch. Spiel heimkehrender Vögel. Passanten, Wartende, vereinzeltes Kopfnicken. Fixpunkte. Stationärer Orbit.)

    #outerworld #concrete city #mechanisms #the winter and the lights

  13. (Vorabend, dann. Stadtlichter hinter einem Vorhang aus Schnee. Verkehr brandet durch den Matsch. Spiel heimkehrender Vögel. Passanten, Wartende, vereinzeltes Kopfnicken. Fixpunkte. Stationärer Orbit.)

    #outerworld #concrete city #mechanisms #the winter and the lights

  14. (Vorabend, dann. Stadtlichter hinter einem Vorhang aus Schnee. Verkehr brandet durch den Matsch. Spiel heimkehrender Vögel. Passanten, Wartende, vereinzeltes Kopfnicken. Fixpunkte. Stationärer Orbit.)

    #outerworld #concrete city #mechanisms #the winter and the lights

  15. (Vorabend, dann. Stadtlichter hinter einem Vorhang aus Schnee. Verkehr brandet durch den Matsch. Spiel heimkehrender Vögel. Passanten, Wartende, vereinzeltes Kopfnicken. Fixpunkte. Stationärer Orbit.)

    #outerworld #concrete city #mechanisms #the winter and the lights

  16. (Vorabend, dann. Stadtlichter hinter einem Vorhang aus Schnee. Verkehr brandet durch den Matsch. Spiel heimkehrender Vögel. Passanten, Wartende, vereinzeltes Kopfnicken. Fixpunkte. Stationärer Orbit.)

    #outerworld #concrete city #mechanisms #the winter and the lights

  17. RE: mastodon.social/@jpecol/115813

    A very interesting #study on #mechanisms that can prevent #selfinhibition in #clonal #plantgrowth via interconnected modules (#ramets). To circumvent competition between neighboring branches for limited space, plants can utilize #minorobstacles such as stones or debris leading to the necessary spatial #separation. The authors compare this mechanism with obstacles used by humans to enhance #pedestrianflow.

    This text by Stefan F. Wirth, Berlin, January 1, 2026

  18. RE: mastodon.social/@jpecol/115813

    A very interesting #study on #mechanisms that can prevent #selfinhibition in #clonal #plantgrowth via interconnected modules (#ramets). To circumvent competition between neighboring branches for limited space, plants can utilize #minorobstacles such as stones or debris leading to the necessary spatial #separation. The authors compare this mechanism with obstacles used by humans to enhance #pedestrianflow.

    This text by Stefan F. Wirth, Berlin, January 1, 2026

  19. RE: mastodon.social/@jpecol/115813

    A very interesting #study on #mechanisms that can prevent #selfinhibition in #clonal #plantgrowth via interconnected modules (#ramets). To circumvent competition between neighboring branches for limited space, plants can utilize #minorobstacles such as stones or debris leading to the necessary spatial #separation. The authors compare this mechanism with obstacles used by humans to enhance #pedestrianflow.

    This text by Stefan F. Wirth, Berlin, January 1, 2026

  20. RE: mastodon.social/@jpecol/115813

    A very interesting #study on #mechanisms that can prevent #selfinhibition in #clonal #plantgrowth via interconnected modules (#ramets). To circumvent competition between neighboring branches for limited space, plants can utilize #minorobstacles such as stones or debris leading to the necessary spatial #separation. The authors compare this mechanism with obstacles used by humans to enhance #pedestrianflow.

    This text by Stefan F. Wirth, Berlin, January 1, 2026

  21. RE: mastodon.social/@jpecol/115813

    A very interesting #study on #mechanisms that can prevent #selfinhibition in #clonal #plantgrowth via interconnected modules (#ramets). To circumvent competition between neighboring branches for limited space, plants can utilize #minorobstacles such as stones or debris leading to the necessary spatial #separation. The authors compare this mechanism with obstacles used by humans to enhance #pedestrianflow.

    This text by Stefan F. Wirth, Berlin, January 1, 2026

  22. Did we really need another "groundbreaking" #deep #dive into #CUDA kernels? 🤔 It's not like #neural #networks are already drowning in #attention #mechanisms, but sure, let's reverse-engineer #Flash #Attention 4 and act like we've cracked the code to the universe. 🚀🤹‍♂️
    modal.com/blog/reverse-enginee #Tech #Commentary #HackerNews #ngated

  23. Did we really need another "groundbreaking" #deep #dive into #CUDA kernels? 🤔 It's not like #neural #networks are already drowning in #attention #mechanisms, but sure, let's reverse-engineer #Flash #Attention 4 and act like we've cracked the code to the universe. 🚀🤹‍♂️
    modal.com/blog/reverse-enginee #Tech #Commentary #HackerNews #ngated

  24. Did we really need another "groundbreaking" #deep #dive into #CUDA kernels? 🤔 It's not like #neural #networks are already drowning in #attention #mechanisms, but sure, let's reverse-engineer #Flash #Attention 4 and act like we've cracked the code to the universe. 🚀🤹‍♂️
    modal.com/blog/reverse-enginee #Tech #Commentary #HackerNews #ngated

  25. Did we really need another "groundbreaking" #deep #dive into #CUDA kernels? 🤔 It's not like #neural #networks are already drowning in #attention #mechanisms, but sure, let's reverse-engineer #Flash #Attention 4 and act like we've cracked the code to the universe. 🚀🤹‍♂️
    modal.com/blog/reverse-enginee #Tech #Commentary #HackerNews #ngated

  26. Hackaday: 3D Printed “Book” Demonstrates Mechanical Actions. “A book of mechanical actions is a wondrous thing — mechanically inclined children have lost collective decades pouring over them over the generations. What could possibly be better? Why, if the mechanisms in the book were present, and moved! That’s exactly what [AxelMadeIt] produced for a recent video.”

    https://rbfirehose.com/2025/09/27/hackaday-3d-printed-book-demonstrates-mechanical-actions/

  27. Hackaday: 3D Printed “Book” Demonstrates Mechanical Actions. “A book of mechanical actions is a wondrous thing — mechanically inclined children have lost collective decades pouring over them over the generations. What could possibly be better? Why, if the mechanisms in the book were present, and moved! That’s exactly what [AxelMadeIt] produced for a recent video.”

    https://rbfirehose.com/2025/09/27/hackaday-3d-printed-book-demonstrates-mechanical-actions/

  28. Hackaday: 3D Printed “Book” Demonstrates Mechanical Actions. “A book of mechanical actions is a wondrous thing — mechanically inclined children have lost collective decades pouring over them over the generations. What could possibly be better? Why, if the mechanisms in the book were present, and moved! That’s exactly what [AxelMadeIt] produced for a recent video.”

    https://rbfirehose.com/2025/09/27/hackaday-3d-printed-book-demonstrates-mechanical-actions/

  29. Hackaday: 3D Printed “Book” Demonstrates Mechanical Actions. “A book of mechanical actions is a wondrous thing — mechanically inclined children have lost collective decades pouring over them over the generations. What could possibly be better? Why, if the mechanisms in the book were present, and moved! That’s exactly what [AxelMadeIt] produced for a recent video.”

    https://rbfirehose.com/2025/09/27/hackaday-3d-printed-book-demonstrates-mechanical-actions/

  30. Hackaday: 3D Printed “Book” Demonstrates Mechanical Actions. “A book of mechanical actions is a wondrous thing — mechanically inclined children have lost collective decades pouring over them over the generations. What could possibly be better? Why, if the mechanisms in the book were present, and moved! That’s exactly what [AxelMadeIt] produced for a recent video.”

    https://rbfirehose.com/2025/09/27/hackaday-3d-printed-book-demonstrates-mechanical-actions/

  31. Hackaday: Learn 15 Print-in-Place Mechanisms In 15 Minutes. “3D printed in-place mechanisms and flexures, such as living hinges, are really neat when you can get them to print correctly. But how do you actually do that? YouTuber [Slant 3D] is here with a helpful video demonstrating the different kinds of springs and hinges (Video, embedded below) that can be printed reliably, and discusses […]

    https://rbfirehose.com/2025/05/14/hackaday-learn-15-print-in-place-mechanisms-in-15-minutes/

  32. Hackaday: Learn 15 Print-in-Place Mechanisms In 15 Minutes. “3D printed in-place mechanisms and flexures, such as living hinges, are really neat when you can get them to print correctly. But how do you actually do that? YouTuber [Slant 3D] is here with a helpful video demonstrating the different kinds of springs and hinges (Video, embedded below) that can be printed reliably, and discusses […]

    https://rbfirehose.com/2025/05/14/hackaday-learn-15-print-in-place-mechanisms-in-15-minutes/