#entrainment — Public Fediverse posts

The 2nd Day of Christmas

The Corelli Christmas Concerto

Marvin perched on the piano bench, dead eye spiraling, live eye tracking every motion in Corelli’s Christmas Concerto. 🎻

Bows danced, notes swelling and contracting — each tiny delay or subtle vibrato acting like a node shifting phase in a living network of sound and attention.

The audience listened to the harmonies, each micro‑perturbation rippling outward. Heartbeats subtly aligned with tempo — entrainment weaving musicians and listeners into one living rhythm.

Corelli and the conductor guided the ensemble, following the score and giving precise cues, nudging each musician toward perfect synchronization.

Marvin purred along — content, in the moment, stability in motion, harmony in real time. Even a cat could feel it, a lesson in attentiveness to what is too small to quantify yet impossible to ignore. 🐾🎄

#MarvinTheCat #Corelli #LiveMusic #Entrainment #MicroPerturbations #HybridMind42 #CanonicalMarvin #MusicObservation

The 2nd Day of Christmas

The Corelli Christmas Concerto

Marvin perched on the piano bench, dead eye spiraling, live eye tracking every motion in Corelli’s Christmas Concerto. 🎻

Bows danced, notes swelling and contracting — each tiny delay or subtle vibrato acting like a node shifting phase in a living network of sound and attention.

The audience listened to the harmonies, each micro‑perturbation rippling outward. Heartbeats subtly aligned with tempo — entrainment weaving musicians and listeners into one living rhythm.

Corelli and the conductor guided the ensemble, following the score and giving precise cues, nudging each musician toward perfect synchronization.

Marvin purred along — content, in the moment, stability in motion, harmony in real time. Even a cat could feel it, a lesson in attentiveness to what is too small to quantify yet impossible to ignore. 🐾🎄

#MarvinTheCat #Corelli #LiveMusic #Entrainment #MicroPerturbations #HybridMind42 #CanonicalMarvin #MusicObservation

Entraining Bubbles

Every time I fill a glass at my refrigerator, I watch how the falling jet creates a cloud of bubbles. The bubbles form when the impacting water jet pulls air in with it, though, as this video shows, the exact origins can vary. Here, researchers take a closer, slowed-down look at the situation; they connect disturbances in the jet and waves at its base to the entrained bubbles that form. (Video and image credit: S. Relph and K. Kiger)

#2024gofm #bubbles #entrainment #flowVisualization #fluidDynamics #jets #physics #science

Entraining Bubbles

Every time I fill a glass at my refrigerator, I watch how the falling jet creates a cloud of bubbles. The bubbles form when the impacting water jet pulls air in with it, though, as this video shows, the exact origins can vary. Here, researchers take a closer, slowed-down look at the situation; they connect disturbances in the jet and waves at its base to the entrained bubbles that form. (Video and image credit: S. Relph and K. Kiger)

#2024gofm #bubbles #entrainment #flowVisualization #fluidDynamics #jets #physics #science

Entraining Bubbles

Every time I fill a glass at my refrigerator, I watch how the falling jet creates a cloud of bubbles. The bubbles form when the impacting water jet pulls air in with it, though, as this video shows, the exact origins can vary. Here, researchers take a closer, slowed-down look at the situation; they connect disturbances in the jet and waves at its base to the entrained bubbles that form. (Video and image credit: S. Relph and K. Kiger)

#2024gofm #bubbles #entrainment #flowVisualization #fluidDynamics #jets #physics #science

Entraining Bubbles

Every time I fill a glass at my refrigerator, I watch how the falling jet creates a cloud of bubbles. The bubbles form when the impacting water jet pulls air in with it, though, as this video shows, the exact origins can vary. Here, researchers take a closer, slowed-down look at the situation; they connect disturbances in the jet and waves at its base to the entrained bubbles that form. (Video and image credit: S. Relph and K. Kiger)

#2024gofm #bubbles #entrainment #flowVisualization #fluidDynamics #jets #physics #science

Entraining Bubbles

Every time I fill a glass at my refrigerator, I watch how the falling jet creates a cloud of bubbles. The bubbles form when the impacting water jet pulls air in with it, though, as this video shows, the exact origins can vary. Here, researchers take a closer, slowed-down look at the situation; they connect disturbances in the jet and waves at its base to the entrained bubbles that form. (Video and image credit: S. Relph and K. Kiger)

#2024gofm #bubbles #entrainment #flowVisualization #fluidDynamics #jets #physics #science

Hot Droplets Bounce

In the Leidenfrost effect, room-temperature droplets bounce and skitter off a surface much hotter than the drop’s boiling point. With those droplets, a layer of vapor cushions them and insulates them from the hot surface. In today’s study, researchers instead used hot or burning drops (above) and observed how they impact a room-temperature surface. While room-temperature droplets hit and stuck (below), hot and burning droplets bounced (above).

In this case, the cushioning air layer doesn’t come from vaporization. Instead, the bottom of the falling drop cools faster than the rest of it, increasing the local surface tension. That increase in surface tension creates a Marangoni flow that pulls fluid down along the edges of the drop. That flow drags nearby air with it, creating the cushioning layer that lets the drop bounce. In this case, the authors called the phenomenon “self-lubricating bouncing.” (Image and research credit: Y. Liu et al.; via Ars Technica)

#bouncingDroplets #dropletImpact #entrainment #fluidDynamics #marangoniEffect #physics #science

Hot Droplets Bounce

In the Leidenfrost effect, room-temperature droplets bounce and skitter off a surface much hotter than the drop’s boiling point. With those droplets, a layer of vapor cushions them and insulates them from the hot surface. In today’s study, researchers instead used hot or burning drops (above) and observed how they impact a room-temperature surface. While room-temperature droplets hit and stuck (below), hot and burning droplets bounced (above).

In this case, the cushioning air layer doesn’t come from vaporization. Instead, the bottom of the falling drop cools faster than the rest of it, increasing the local surface tension. That increase in surface tension creates a Marangoni flow that pulls fluid down along the edges of the drop. That flow drags nearby air with it, creating the cushioning layer that lets the drop bounce. In this case, the authors called the phenomenon “self-lubricating bouncing.” (Image and research credit: Y. Liu et al.; via Ars Technica)

#bouncingDroplets #dropletImpact #entrainment #fluidDynamics #marangoniEffect #physics #science

Hot Droplets Bounce

In the Leidenfrost effect, room-temperature droplets bounce and skitter off a surface much hotter than the drop’s boiling point. With those droplets, a layer of vapor cushions them and insulates them from the hot surface. In today’s study, researchers instead used hot or burning drops (above) and observed how they impact a room-temperature surface. While room-temperature droplets hit and stuck (below), hot and burning droplets bounced (above).

In this case, the cushioning air layer doesn’t come from vaporization. Instead, the bottom of the falling drop cools faster than the rest of it, increasing the local surface tension. That increase in surface tension creates a Marangoni flow that pulls fluid down along the edges of the drop. That flow drags nearby air with it, creating the cushioning layer that lets the drop bounce. In this case, the authors called the phenomenon “self-lubricating bouncing.” (Image and research credit: Y. Liu et al.; via Ars Technica)

#bouncingDroplets #dropletImpact #entrainment #fluidDynamics #marangoniEffect #physics #science

Hot Droplets Bounce

In the Leidenfrost effect, room-temperature droplets bounce and skitter off a surface much hotter than the drop’s boiling point. With those droplets, a layer of vapor cushions them and insulates them from the hot surface. In today’s study, researchers instead used hot or burning drops (above) and observed how they impact a room-temperature surface. While room-temperature droplets hit and stuck (below), hot and burning droplets bounced (above).

In this case, the cushioning air layer doesn’t come from vaporization. Instead, the bottom of the falling drop cools faster than the rest of it, increasing the local surface tension. That increase in surface tension creates a Marangoni flow that pulls fluid down along the edges of the drop. That flow drags nearby air with it, creating the cushioning layer that lets the drop bounce. In this case, the authors called the phenomenon “self-lubricating bouncing.” (Image and research credit: Y. Liu et al.; via Ars Technica)

#bouncingDroplets #dropletImpact #entrainment #fluidDynamics #marangoniEffect #physics #science

Hot Droplets Bounce

In the Leidenfrost effect, room-temperature droplets bounce and skitter off a surface much hotter than the drop’s boiling point. With those droplets, a layer of vapor cushions them and insulates them from the hot surface. In today’s study, researchers instead used hot or burning drops (above) and observed how they impact a room-temperature surface. While room-temperature droplets hit and stuck (below), hot and burning droplets bounced (above).

In this case, the cushioning air layer doesn’t come from vaporization. Instead, the bottom of the falling drop cools faster than the rest of it, increasing the local surface tension. That increase in surface tension creates a Marangoni flow that pulls fluid down along the edges of the drop. That flow drags nearby air with it, creating the cushioning layer that lets the drop bounce. In this case, the authors called the phenomenon “self-lubricating bouncing.” (Image and research credit: Y. Liu et al.; via Ars Technica)

#bouncingDroplets #dropletImpact #entrainment #fluidDynamics #marangoniEffect #physics #science

timing of brain waves shapes the words we hear #LanguageProcessing #neuroscience #entrainment https://medicalxpress.com/news/2024-06-brain-words.html

timing of brain waves shapes the words we hear #LanguageProcessing #neuroscience #entrainment https://medicalxpress.com/news/2024-06-brain-words.html

timing of brain waves shapes the words we hear #LanguageProcessing #neuroscience #entrainment https://medicalxpress.com/news/2024-06-brain-words.html

timing of brain waves shapes the words we hear #LanguageProcessing #neuroscience #entrainment https://medicalxpress.com/news/2024-06-brain-words.html

timing of brain waves shapes the words we hear #LanguageProcessing #neuroscience #entrainment https://medicalxpress.com/news/2024-06-brain-words.html

I #speak like this at times because I firmly believe the #social #narrative of #discourse in society needs to open to #perspectives beyond the domesticated #entrainment of what is accepted and allowed within the #projection of society.

We must learn to see beyond our projected selves and the collective #drama and trauma we are all complicit within. That is how we gain an ability of response, responsibility, for creating a healthy society.

Molly Henry talks about neural #entrainment in her keynote lecture at #UniOslo_RITMO https://www.uio.no/ritmo/english/news-and-events/events/workshops/2023/entrainment-workshop/index.html

Many exciting presentations at the #entrainment workshop at #UniOslo_RITMO https://www.uio.no/ritmo/english/news-and-events/events/workshops/2023/entrainment-workshop/index.html

Effect of #frequency and #rhythmicity on #flicker light-induced #hallucinatory phenomena https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0284271 "flicker rhythmicity critically contributes to the effects of FLS beyond the effects of frequency alone, indicating that #neural #entrainment may drive the induced phenomenal experience."

Fortunately this means that I need not change my #rhythmic #Ganzflicker online demo https://www.seeingwithsound.com/ganzflicker.html?f=10.0

Effect of #frequency and #rhythmicity on #flicker light-induced #hallucinatory phenomena https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0284271 "flicker rhythmicity critically contributes to the effects of FLS beyond the effects of frequency alone, indicating that #neural #entrainment may drive the induced phenomenal experience."

Fortunately this means that I need not change my #rhythmic #Ganzflicker online demo https://www.seeingwithsound.com/ganzflicker.html?f=10.0

Effect of #frequency and #rhythmicity on #flicker light-induced #hallucinatory phenomena https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0284271 "flicker rhythmicity critically contributes to the effects of FLS beyond the effects of frequency alone, indicating that #neural #entrainment may drive the induced phenomenal experience."

Fortunately this means that I need not change my #rhythmic #Ganzflicker online demo https://www.seeingwithsound.com/ganzflicker.html?f=10.0

Effect of #frequency and #rhythmicity on #flicker light-induced #hallucinatory phenomena https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0284271 "flicker rhythmicity critically contributes to the effects of FLS beyond the effects of frequency alone, indicating that #neural #entrainment may drive the induced phenomenal experience."

Fortunately this means that I need not change my #rhythmic #Ganzflicker online demo https://www.seeingwithsound.com/ganzflicker.html?f=10.0

Effect of #frequency and #rhythmicity on #flicker light-induced #hallucinatory phenomena https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0284271 "flicker rhythmicity critically contributes to the effects of FLS beyond the effects of frequency alone, indicating that #neural #entrainment may drive the induced phenomenal experience."

Fortunately this means that I need not change my #rhythmic #Ganzflicker online demo https://www.seeingwithsound.com/ganzflicker.html?f=10.0

Want to enhance your focus, reduce stress, or improve your sleep? Consider trying isochronic tones. These audio tones stimulate the brain with specific frequencies, promoting relaxation or alertness. It's a simple and natural way to boost your mental and emotional well-being.

Here is a good opensource software for said tones.

https://sine.fdossena.com/

#isochronictones #brainwave #entrainment #selfcare

Want to enhance your focus, reduce stress, or improve your sleep? Consider trying isochronic tones. These audio tones stimulate the brain with specific frequencies, promoting relaxation or alertness. It's a simple and natural way to boost your mental and emotional well-being.

Here is a good opensource software for said tones.

https://sine.fdossena.com/

#isochronictones #brainwave #entrainment #selfcare

a hypnotic meditative count to 4 repeated , 8 minutes long. with a isochronic mod to the voice

#hypnosis #brainwave #entrainment #meditation

Making it groove! Entrainment, participation and discrepancy in the'conversation'of a jazz trio

Focusing on a live performance by a jazz trio, this case study examines the wordless dialogical 'groove' between musicians. Building on ethnomusicological theories of interaction in conjunction with the notion of entrainment, the study makes use of in-depth temporal analysis of musical interaction alongside the reported phenomenal experiences of the participating musicians.
This approach provides an intriguing triangulation between subjective experience and 'hard' temporal data and thus moves to a consideration of musical meaning away from the formal properties of a work and towards the dynamic interactions of the players. While the study of pragmatics has undoubtedly been important in the refinement of scholarly research into music performance, this article suggests that a turn to 'groove' may be of use in broadening our conceptions of linguistic interchange.

https://doi.org/10.1179/175975309X452012

#ENTRAINMENT #interaction #intersubjectivity #JAZZ #participatory #discrepancies #Temporality #MUSIC #groove #groovy #jazz

The #Normalization of #Entrainment of #Domestication away from the #Senses into #Submission has been the #Narrative of #Discourse for many #Generations Those of us who still have #Consciousness of #PastLives see this pretty clearly. That #Paradigm is crumbling and we are seeing the effects of it on those still clinging to creating #Identities based within it.

Brain Hacking with Entrainment - Can you electronically enhance your brain? I’m not talking about surgically turning into a Borg. But... more: https://hackaday.com/2019/04/08/brain-hacking-with-entrainment/ #citizenscience #medicalhacks #originalart #entrainment #hackaday.io #featured #interest #brain #eeg