home.social

#resonance — Public Fediverse posts

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

  1. Car quoi d’assuré :
    tout dans la pensée
    chavire

    quand la matière grise
    – ta gelée exquise –
    conspire –

    #writever 12. #résonance

  2. gamestic.nl/2026/04/30/asobo-s

    A new Resonance devblog reveals how Asobo Studio is bringing the protagonist’s dark past to life with a younger design and action-driven gameplay.

    Resonance: A Plague Tale Legacy launches this year for PS5, Xbox Series X|S, and PC.

    #Resonance #APlagueTaleLegacy #game #games #videogames #gaming #gamingnews #gamestic

  3. gamestic.nl/2026/04/30/asobo-s

    A new Resonance devblog reveals how Asobo Studio is bringing the protagonist’s dark past to life with a younger design and action-driven gameplay.

    Resonance: A Plague Tale Legacy launches this year for PS5, Xbox Series X|S, and PC.

    #Resonance #APlagueTaleLegacy #game #games #videogames #gaming #gamingnews #gamestic

  4. gamestic.nl/2026/04/30/asobo-s

    A new Resonance devblog reveals how Asobo Studio is bringing the protagonist’s dark past to life with a younger design and action-driven gameplay.

    Resonance: A Plague Tale Legacy launches this year for PS5, Xbox Series X|S, and PC.

    #Resonance #APlagueTaleLegacy #game #games #videogames #gaming #gamingnews #gamestic

  5. gamestic.nl/2026/04/30/asobo-s

    A new Resonance devblog reveals how Asobo Studio is bringing the protagonist’s dark past to life with a younger design and action-driven gameplay.

    Resonance: A Plague Tale Legacy launches this year for PS5, Xbox Series X|S, and PC.

    #Resonance #APlagueTaleLegacy #game #games #videogames #gaming #gamingnews #gamestic

  6. gamestic.nl/2026/04/30/asobo-s

    A new Resonance devblog reveals how Asobo Studio is bringing the protagonist’s dark past to life with a younger design and action-driven gameplay.

    Resonance: A Plague Tale Legacy launches this year for PS5, Xbox Series X|S, and PC.

    #Resonance #APlagueTaleLegacy #game #games #videogames #gaming #gamingnews #gamestic

  7. Habiter poétiquement Christian Bobin)

         Habiter poétiquement un monde malheureux c’est très difficile, mais c’est faisable. Et c’est d’autant plus nécessaire que le monde se perd, s’abîme, se déchire. C’est d’autant plus nécessaire que s’ouvrent ici ou là des puits de lumière. Ce n’est pas l’apanage de ce qu’on appelle les artistes. C’est une mère qui remet l’ourlet du drap au bord du visage de son enfant endormi, et c’est comme si elle prenait soin de toute la voie […]

    arbrealettres.wordpress.com/20

  8. Habiter poétiquement Christian Bobin)

         Habiter poétiquement un monde malheureux c’est très difficile, mais c’est faisable. Et c’est d’autant plus nécessaire que le monde se perd, s’abîme, se déchire. C’est d’autant plus nécessaire que s’ouvrent ici ou là des puits de lumière. Ce n’est pas l’apanage de ce qu’on appelle les artistes. C’est une mère qui remet l’ourlet du drap au bord du visage de son enfant endormi, et c’est comme si elle prenait soin de toute la voie […]

    arbrealettres.wordpress.com/20

  9. 📚 The fourth session of the #RESONANCE reading group will take place on 29 April. Participants will discuss 'Independent Music Theatre in Berlin', by Martina Stütz.

    ✍️ Registration is open!

    ℹ️ ihc.fcsh.unl.pt/en/events/reso

    #Performance #BookClub #Histodons #Theatre #CulturalStudies

  10. 📚 The fourth session of the #RESONANCE reading group will take place on 29 April. Participants will discuss 'Independent Music Theatre in Berlin', by Martina Stütz.

    ✍️ Registration is open!

    ℹ️ ihc.fcsh.unl.pt/en/events/reso

    #Performance #BookClub #Histodons #Theatre #CulturalStudies

  11. 📚 The fourth session of the #RESONANCE reading group will take place on 29 April. Participants will discuss 'Independent Music Theatre in Berlin', by Martina Stütz.

    ✍️ Registration is open!

    ℹ️ ihc.fcsh.unl.pt/en/events/reso

    #Performance #BookClub #Histodons #Theatre #CulturalStudies

  12. 📚 The fourth session of the #RESONANCE reading group will take place on 29 April. Participants will discuss 'Independent Music Theatre in Berlin', by Martina Stütz.

    ✍️ Registration is open!

    ℹ️ ihc.fcsh.unl.pt/en/events/reso

    #Performance #BookClub #Histodons #Theatre #CulturalStudies

  13. 📚 The fourth session of the #RESONANCE reading group will take place on 29 April. Participants will discuss 'Independent Music Theatre in Berlin', by Martina Stütz.

    ✍️ Registration is open!

    ℹ️ ihc.fcsh.unl.pt/en/events/reso

    #Performance #BookClub #Histodons #Theatre #CulturalStudies

  14. Scrubbing Bubbles

    Cleaning produce helps fruits and vegetables last longer and reduces the chances for foodborne illness. But it can be a difficult feat with soft, delicate foods like tomatoes, berries, or greens. Current methods often combine ultrasonic cleaning and chemicals like chlorine. Instead, researchers are looking to boost the cleaning power of bubbles themselves by giving them an acoustic pick-me-up.

    Stop-and-go. A bubble slides along an inclined surface in a pronounced stop-and-go motion when vibrated near its frequency for translational resonance.

    The team combined a bubble-filled bath with sound at low (sub-cavitation) frequencies. They found that driving sound waves at the right frequency could vibrate the bubbles in a way that made them slide in a stop-and-go motion along inclined surfaces. This swaying significantly boosted their cleaning power; getting surfaces 90% cleaner than non-resonating bubbles did. (Image credit: S. Hok/Cornell University; video and research credit: Y. Lin et al.; via Gizmodo)

    #acoustics #bubbles #fluidDynamics #physics #resonance #science #shear #vibration
  15. Scrubbing Bubbles

    Cleaning produce helps fruits and vegetables last longer and reduces the chances for foodborne illness. But it can be a difficult feat with soft, delicate foods like tomatoes, berries, or greens. Current methods often combine ultrasonic cleaning and chemicals like chlorine. Instead, researchers are looking to boost the cleaning power of bubbles themselves by giving them an acoustic pick-me-up.

    Stop-and-go. A bubble slides along an inclined surface in a pronounced stop-and-go motion when vibrated near its frequency for translational resonance.

    The team combined a bubble-filled bath with sound at low (sub-cavitation) frequencies. They found that driving sound waves at the right frequency could vibrate the bubbles in a way that made them slide in a stop-and-go motion along inclined surfaces. This swaying significantly boosted their cleaning power; getting surfaces 90% cleaner than non-resonating bubbles did. (Image credit: S. Hok/Cornell University; video and research credit: Y. Lin et al.; via Gizmodo)

    #acoustics #bubbles #fluidDynamics #physics #resonance #science #shear #vibration
  16. Scrubbing Bubbles

    Cleaning produce helps fruits and vegetables last longer and reduces the chances for foodborne illness. But it can be a difficult feat with soft, delicate foods like tomatoes, berries, or greens. Current methods often combine ultrasonic cleaning and chemicals like chlorine. Instead, researchers are looking to boost the cleaning power of bubbles themselves by giving them an acoustic pick-me-up.

    Stop-and-go. A bubble slides along an inclined surface in a pronounced stop-and-go motion when vibrated near its frequency for translational resonance.

    The team combined a bubble-filled bath with sound at low (sub-cavitation) frequencies. They found that driving sound waves at the right frequency could vibrate the bubbles in a way that made them slide in a stop-and-go motion along inclined surfaces. This swaying significantly boosted their cleaning power; getting surfaces 90% cleaner than non-resonating bubbles did. (Image credit: S. Hok/Cornell University; video and research credit: Y. Lin et al.; via Gizmodo)

    #acoustics #bubbles #fluidDynamics #physics #resonance #science #shear #vibration
  17. Scrubbing Bubbles

    Cleaning produce helps fruits and vegetables last longer and reduces the chances for foodborne illness. But it can be a difficult feat with soft, delicate foods like tomatoes, berries, or greens. Current methods often combine ultrasonic cleaning and chemicals like chlorine. Instead, researchers are looking to boost the cleaning power of bubbles themselves by giving them an acoustic pick-me-up.

    Stop-and-go. A bubble slides along an inclined surface in a pronounced stop-and-go motion when vibrated near its frequency for translational resonance.

    The team combined a bubble-filled bath with sound at low (sub-cavitation) frequencies. They found that driving sound waves at the right frequency could vibrate the bubbles in a way that made them slide in a stop-and-go motion along inclined surfaces. This swaying significantly boosted their cleaning power; getting surfaces 90% cleaner than non-resonating bubbles did. (Image credit: S. Hok/Cornell University; video and research credit: Y. Lin et al.; via Gizmodo)

    #acoustics #bubbles #fluidDynamics #physics #resonance #science #shear #vibration
  18. Scrubbing Bubbles

    Cleaning produce helps fruits and vegetables last longer and reduces the chances for foodborne illness. But it can be a difficult feat with soft, delicate foods like tomatoes, berries, or greens. Current methods often combine ultrasonic cleaning and chemicals like chlorine. Instead, researchers are looking to boost the cleaning power of bubbles themselves by giving them an acoustic pick-me-up.

    Stop-and-go. A bubble slides along an inclined surface in a pronounced stop-and-go motion when vibrated near its frequency for translational resonance.

    The team combined a bubble-filled bath with sound at low (sub-cavitation) frequencies. They found that driving sound waves at the right frequency could vibrate the bubbles in a way that made them slide in a stop-and-go motion along inclined surfaces. This swaying significantly boosted their cleaning power; getting surfaces 90% cleaner than non-resonating bubbles did. (Image credit: S. Hok/Cornell University; video and research credit: Y. Lin et al.; via Gizmodo)

    #acoustics #bubbles #fluidDynamics #physics #resonance #science #shear #vibration
  19. The #research journey continues to see if Rupert Sheldrake’s idea of #morphic #resonance and #formative #causation might support an argument that we can influence the #evolution of a more-compassionate society by training our own heart-mind in #compassion using practices such as #metta-bhavana and the Four Immeasurables of #Buddhism. 1/n 🧵

    #dhamma

    open.substack.com/pub/analogym

  20. The #research journey continues to see if Rupert Sheldrake’s idea of #morphic #resonance and #formative #causation might support an argument that we can influence the #evolution of a more-compassionate society by training our own heart-mind in #compassion using practices such as #metta-bhavana and the Four Immeasurables of #Buddhism. 1/n 🧵

    #dhamma

    open.substack.com/pub/analogym

  21. The #research journey continues to see if Rupert Sheldrake’s idea of #morphic #resonance and #formative #causation might support an argument that we can influence the #evolution of a more-compassionate society by training our own heart-mind in #compassion using practices such as #metta-bhavana and the Four Immeasurables of #Buddhism. 1/n 🧵

    #dhamma

    open.substack.com/pub/analogym