Yoga greetings (as in #8LimbsOfYoga) from the SF Bay Area: A #RestorativeYogaExplorations' class on Sat 9/26 w #YogaAndLongevityGeneticsConvo (and #
Yoga greetings (as in #8LimbsOfYoga) from the SF Bay Area: A #RestorativeYogaExplorations' class on Sat 9/26 w #YogaAndLongevityGeneticsConvo (and #AsWeMayLiveTo150andWellBeyond:) around 8 am Your Time;
— QuakerYogaMacFlower (@Q_YogaMacFlower) September 25, 2026
Let's explore some #RestorativeYogaStandingPoses https://t.co/jmfSTjNDKO ~
https://x.com/WorldUnivAndSch/
https://x.com/TheOpenBand/
https://x.com/sgkmacleod/
https://x.com/HarbinBook/
https://x.com/WUaSPress/
https://x.com/scottmacleod/
* * * *
60 Minutes
How soon could humans reverse the aging process with genetic engineering?
https://youtu.be/bnCEIPQFNnk (2019)
- Chair-Supported Mountain Pose (Tadasana)
- How to do it: Stand tall behind a stable folding chair, resting one or both hands lightly on the top backrest. Place feet hip-width apart, soften the knees slightly (avoid locking joints), and lengthen the spine upward.
- Restorative focus: Concentrate on even weight distribution across both feet and smooth, rhythmic breathing to center the mind and improve posture.
- Standing Shoulder Rolls and Deltoid Stretch
- Chair-Assisted Gentle Side Stretch
- How to do it: Stand with one hand resting on the chair back for balance. Inhale while slowly raising the opposite arm halfway or fully overhead, creating a soft curve in the side body. Exhale to lower the arm back down.
- Restorative focus: Lengthen the rib cage and side torso, moving strictly within a comfortable, pain-free range of motion.
- Supported Heel Lifts (Calf Warm-Up)
- How to do it: Stand holding firmly onto the back of the chair with both hands. Inhale and slowly rise up onto the balls of both feet just an inch or two, then exhale and lower the heels back to the floor.
- Restorative focus: Stimulate lower-leg circulation and maintain ankle stability while retaining complete upper-body balance support.
- Seated or Wall-Supported Final Rest (Savasana)
- How to do it: Conclude the practice by sitting comfortably all the way back in a sturdy chair with feet flat on the floor and hands resting on thighs. Close the eyes or soften the gaze, allowing the breath to return to its natural rhythm.
- Restorative focus: Relax the jaw, shoulders, and fingers completely to let the body integrate the gentle practice
- Chair-Supported Mountain Pose (Tadasana)
* * * *
- Use reliable support: Always keep the back of a heavy, non-sliding chair or a clear wall directly in front or beside the practitioner.
- Wear secure footwear: Opt for bare feet on a non-slip mat or wear dedicated non-slip grip socks to prevent slipping.
- Chair-Supported Mountain Pose (Tadasana)
- How to do it: Stand tall behind a stable folding chair, resting one or both hands lightly on the top backrest. Place feet hip-width apart, soften the knees slightly (avoid locking joints), and lengthen the spine upward.
- Restorative focus: Concentrate on even weight distribution across both feet and smooth, rhythmic breathing to center the mind and improve posture. [1, 2, 3]
- Standing Shoulder Rolls and Deltoid Stretch
- Chair-Assisted Gentle Side Stretch
- How to do it: Stand with one hand resting on the chair back for balance. Inhale while slowly raising the opposite arm halfway or fully overhead, creating a soft curve in the side body. Exhale to lower the arm back down.
- Restorative focus: Lengthen the rib cage and side torso, moving strictly within a comfortable, pain-free range of motion. [1, 2, 3]
- Supported Heel Lifts (Calf Warm-Up)
- How to do it: Stand holding firmly onto the back of the chair with both hands. Inhale and slowly rise up onto the balls of both feet just an inch or two, then exhale and lower the heels back to the floor.
- Restorative focus: Stimulate lower-leg circulation and maintain ankle stability while retaining complete upper-body balance support. [1]
- Seated or Wall-Supported Final Rest (Savasana)
- How to do it: Conclude the practice by sitting comfortably all the way back in a sturdy chair with feet flat on the floor and hands resting on thighs. Close the eyes or soften the gaze, allowing the breath to return to its natural rhythm.
- Restorative focus: Relax the jaw, shoulders, and fingers completely to let the body integrate the gentle practice
- Chair-Supported Mountain Pose (Tadasana)
* * *
https://share.google/aimode/
| Quality | The Neurobiological Science | The Experiential Poetry |
|---|---|---|
| Effortless Effort (Sthira Sukham) | Reciprocal Inhibition & Parasympathetic Shift: Activating an agonist muscle safely signals the antagonist muscle to relax. Concurrently, slow exhalations stimulate the vagus nerve, lowering cortisol and down-regulating the sympathetic "fight-or-flight" response. | The Architecture of a Wave: Grounding down to rise up. It is the paradox of a tree root anchoring deep into frozen earth so the branches can dance in the wind. The structure is unshakeable; the space inside is hollow and light. |
| The Yielding Action (Prasana) | Myofascial Meridians & Golgi Tendon Organs: When a stretch is sustained mindfully without aggression, Golgi tendon organs trigger a protective lengthening reaction, melting stubborn, chronic fascial restrictions. | Ice Turning to Water: It is not an aggressive breakthrough, but a slow thawing. The boundary where your skin meets the room softens until you cannot tell where your body ends and the air begins. |
[ External Harmony: Yamas & Niyamas ]
↓ (Releasing Social/Internal Friction)
[ Physical Vessel: Asana & Pranayama ]
↓ (Releasing Somatic & Nervous Tension)
[ Inner Sanctuary: Pratyahara & Dharana ]
↓ (Releasing Sensory & Mental Noise)
[ Boundless Horizon: Dhyana & Samadhi ]
The Outer Shell: Relational & Personal Release- 1. Yamas (Social Restraints): Releasing the armor against the world.
The Physical Vessel: Somatic Release- 3. Asana (Posture): Releasing the bone-deep weight.
- 4. Pranayama (Breath Regulation): Releasing the grip on life-force.
- Science: Modulating CO2 thresholds resets the respiratory centers of the brain stem, expanding lung capacity and cardiovascular variability.
- Poetry: The tide. Realizing you do not "take" a breath, but rather allow yourself to be breathed by the room. [1]
The Inner Pathway: Mental & Sensory Dissolution- 5. Pratyahara (Sense Withdrawal): Releasing the visual/auditory hooks.
- 6. Dharana (Concentration): Releasing the scatter.
The Boundless Horizon: Transcendent Release- 7. Dhyana (Meditation): Releasing the effort to focus.
- 8. Samadhi (Absorption): Releasing the ego.
- Science: Dissolution of the neurological boundary between "self" and "other" in the frontoparietal networks.
- Poetry: The salt doll stepping into the ocean to measure its depth, and dissolving into the sea itself. [1]
- Write a spoken word scripting/cueing guide for a specific pose (like Pigeon Pose or Savasana) blending this exact poetic and scientific language.
- Design a sequence blueprint that systematically maps one of the Yamas or Niyamas entirely through physical Asana transitions.
- Dive deeper into the neurobiology of the Vagus Nerve and how specific Pranayama techniques unlock somatic trauma release.
| Traditional/Lineage Yoga (Iyengar Style) | Angela & Victor's "Yoga-Wise" Approach |
|---|---|
| Command and Alignment: Trying to fit the physical body into an ideal, pre-determined geometric pose. | Unfolding from Within: Listening to the body’s current state, treating poses as fluid, alive, and ever-changing. |
| Muscular Effort & Armor: Forcing and straining to hold a posture, creating a protective "outer armor". | Undoing Effort: Letting the outer armor crack and shed so the fluid energy of the inner body can emerge. |
| Linear Progression: Systematically checking off external limbs (e.g., mastering Asana before Pranayama). | The Underworld Journey: Moving past the "front brain" into the subterranean body to release hidden trauma and blocks. |
- Asana (Postures): Rather than a fixed "shape," Asana is explored as an open container. It is a site of undulation, play, and organic movement—such as rolling the hips or imagining a "long tail" moving the spine—rather than static suffering. [1, 2]
- Yamas & Niyamas (Ethics & Observances): Instead of rules imposed from the outside, non-violence (Ahimsa) and contentment (Santosha) are practiced by ceasing the internal war against your own body's limitations and imperfections. [1, 2]
- Pranayama & Pratyahara (Breath & Inward Senses): Breath is not managed via forceful control (Kumbhaka); it is a fluid element that expands into the "back body" and open spaces created by genuine release. Sensing inward (Pratyahara) is treated as "going down into the underworld" to hear the deep stories the body holds. [1, 2, 3]
- Provide a guided self-exploration script using Angela's somatic prompts for the pelvis and spine.
- Outline specific verbal cues and reframes you can use to help traditional yoga students transition to an intuitive style.
- Dive deeper into how they interpret the feminine vs. masculine energies ("front body" vs. "back body") in movement.
* * *
To establish a home science protocol for measuring the inner releasing response of restorative yoga—and linking these somatic metrics to a global, collaborative virtual mapping platform—you can structure your research using an open-science experimental framework.
Phase 1: Operationalizing the "Inner Releasing Action"
Before collecting bio-signals, define quantifiable indicators for the somatic shift during restorative postures (such as supported backbends or leg release postures):
Autonomic Shift (Parasympathetic Dominance): Measure the transition from sympathetic tone to vagal dominance using Heart Rate Variability (HRV). Look for an increase in High Frequency (HF) power ($0.15–0.40\text{ Hz}$) and RMSSD (root mean square of successive differences).
Central Nervous System De-excitation: Track changes in brainwave power spectra:
Alpha Waves ($8–12\text{ Hz}$): Emergence of synchronous occipital/parietal alpha indicates relaxed, alert detachment.
Theta Waves ($4–8\text{ Hz}$): Transition into frontal midline theta reflects deep somatic release, hypnagogic awareness, and reduced Default Mode Network (DMN) activity.
Proprioceptive Unweighting & Temperature: In $98^\circ\text{F}$ ($36.7^\circ\text{C}$) warm water immersion (thermoneutrality), peripheral vasodilation occurs, removing gravity load from postural muscles and lowering systemic vascular resistance.
Phase 2: Home Research Instrumentation & Protocol Setup
To collect objective data at home, establish a simple, standardized experimental protocol:
[Baseline Rest (5 min)] ---> [Restorative Asana / Immersion (20 min)] ---> [Post-Release Subjective Rating]
| | |
(Baseline EEG/HRV) (Real-time Signal Capture) (Qualitative Event Marker)
Hardware Stack:
Consumer/Research EEG Headset: Multi-channel dry/semi-dry electrode units (e.g., Muse 2, Emotiv EPOC+, or OpenBCI Cyton) streaming via Bluetooth. Note: Waterproofing or PPG/HRV alternatives are required for $98^\circ\text{F}$ water immersion.
Photoplethysmography (PPG) Sensors: Optical pulse sensors on the wrist or earlobe to capture continuous inter-beat intervals (IBI) for HRV analysis.
Standardized Procedure:
Record a 5-minute baseline lying flat on a mat (eyes closed).
Enter the restorative posture or warm pool setting, focusing on un-patterned breath release and micro-unweighting movements.
Place a digital event marker (via tap or button press) the exact moment a subjective "inner release" or release transition is felt.
Phase 3: Telemetry & Spatial Data Streaming
To stream individual research sessions into a collaborative spatial environment (such as a 3D Realistic Virtual Earth platform):
Phase 4: Mapping Qualities of Release
Subjective experience can be mapped using standardized psychometric tools alongside physiological data:
Phenomenological Event Matrix: Use a modified State Mindful Attention Awareness Scale (SMAAS) or a 2D valence-arousal grid (Russell's Circumplex Model) immediately after each session.
Correlating Qualities: Cross-reference qualitative notes (e.g., "heavy warmth," "spatial expanding," or "diaphragmatic release") with corresponding spectral power shifts in EEG channels ($F_z, C_z, P_z$).
* * *
Studying Patanjali’s Eight Limbs of Yoga (Ashtanga) scientifically requires bridging ancient contemplative practices with modern biomechanics, neurobiology, and open-access education.
1. Mapping the Eight Limbs to Scientific Inquiry
| Limb | Classical Focus | Scientific Translation & Primary Domain | Key Biomarkers & Mechanisms |
| 1. Yama (Ethics) & 2. Niyama (Self-Discipline) | Social & personal behavioural constraints | Psychoneuroimmunology & Social Neuroscience | Down-regulation of pro-inflammatory cytokines ($IL\text{-}6$, $NF\text{-}\kappa B$) via reduced interpersonal stress. |
| 3. Asana (Posture) | Physical stability and movement | Biomechanics, Kinesiology & Functional Anatomy | Proprioceptive accuracy, fascial shear strain, joint loading, and somatosensory cortical mapping. |
| 4. Pranayama (Breath) | Regulation of vital energy | Autonomic Neurophysiology | Vagal tone activation, heart rate variability (HRV), and baroreflex sensitivity. |
| 5. Pratyahara (Somatic Gating) | Sensory withdrawal | Sensory Gating & Thalamic Filtering | Gating of background auditory and somatosensory inputs in the thalamus. |
| 6. Dharana (Concentration) | Single-point focus | Attentional Network Neurobiology | Sustained activation of the prefrontal cortex (PFC) and dorsal attention network. |
| 7. Dhyana (Meditation) | Continuous awareness | Default Mode Network (DMN) Dynamics | Reduced DMN mind-wandering and structural increases in insular gray matter volume. |
| 8. Samadhi (Integration) | Absorption / Coherence | Cognitive Integration & Dynamic Systems | High global neural coherence and optimal autonomic balance. |
2. Studying the Biomechanics of Movement (Organic & Restorative)
To study posture (Asana) scientifically—particularly through exploratory, fluid approaches (such as those pioneered by Angela Farmer and Victor van Kooten) or restorative practices—focus on three primary physiological vectors:
Fascial Dynamics & Interstitial Movement: Rather than viewing poses as rigid geometric angles, analyze them via continuum mechanics and myofascial force transmission. Motion shifts interstitial fluid, changing tissue compliance and micro-circulation.
Parasympathetic Shift & HPA-Axis Regulation: Restorative positions down-regulate the Hypothalamic-Pituitary-Adrenal (HPA) axis. Measure salivary cortisol, heart rate variability (HRV), and skin conductance to track the transition from sympathetic drive to vagal dominance.
Proprioceptive Refinement: Exploratory movement refines motor unit recruitment in the central nervous system, mapping how dynamic breath-movement interaction alters somatosensory perception.
3. Open Educational Architecture (MIT OCW & Virtual Earth Integration)
Scaling a scientific, open-access curriculum around yoga physiology and STEM requires a multi-layered digital framework:
Open Courseware Integration (OCW):
Prerequisites: Combine foundational modules in Human Anatomy & Physiology, Classical Mechanics (Physics), Linear Algebra, and System Dynamics.
Multilingual Access: Deploy course materials mapped across primary global languages to ensure peer-reviewed research and instructional material are accessible globally.
Realistic Virtual Earth & Spatial Simulation:
Spatial Modeling: Construct dynamic, 3D anatomical models within a virtual space to visualize muscle firing patterns, joint torques, and fascial stretch vectors in real time.
Geospatial & Biomechanical Data: Overlay biophysical data with 3D structural environments, allowing researchers to simulate human movement physics, environmental conditions, and physiological responses at scale.
4. Primary Academic Literature & Research Repositories
PubMed / MEDLINE & PMC: Search query structures such as
("Yoga"[Mesh] OR "Asana" OR "Pranayama") AND ("Autonomic Nervous System" OR "Heart Rate Variability" OR "Neuroimaging")to filter peer-reviewed trial data.Frontiers in Human Neuroscience & Integrative Neuroscience: Excellent sources for structural MRI data tracking cortical thickness changes in long-term practitioners.
Journal of Biomechanics: For quantitative analyses of joint moments, ground reaction forces, and muscle activation during postural transitions.
For further exploration of how Patanjali's Eight Limbs can be interpreted through systems science and physical principles, you can watch The Eight Limbs of Yoga Translated as Physics. This video provides a conceptual breakdown mapping classical limbs to control theory and biomechanical dynamics.
To bridge the exploratory, non-striving "undoing" approach of Angela Farmer and Victor van Kooten with home science, hardware telemetry, and spatial mapping platforms, you can operationalize the inner releasing action into measurable physiological signals.
Angela Farmer’s work centers on moving away from rigid, external shape-making toward "un-doing"—listening to injured or tight places and allowing the body space to unweight and open. Bringing this into a scientific, home-exploratory framework requires tracking how the central nervous system and autonomic nervous system register that shift.
1. Hardware & Home Sensor Protocol
To allow individuals to verify they have elicited the inner releasing action (relaxation response) at home, deploy a multi-modal telemetry stack that distinguishes different qualities of release.
+-----------------------------Sensor Array Setup
Consumer/Research EEG Headset: Multi-channel dry-sensor headsets (e.g., Muse, OpenBCI Cyton, or Emotiv) streaming raw microvolt ($\mu\text{V}$) data over Bluetooth.
Alpha Synchrony ($8–12\text{ Hz}$): Indicates alert, non-striving detachment (the hallmark of Farmer's "undoing" versus force).
Frontal Midline Theta ($4–8\text{ Hz}$): Marks deep somatic release, transition out of Default Mode Network (DMN) chatter, and hypnagogic body-awareness.
Photoplethysmography (PPG) / HRV Sensors: Waterproof or earlobe-clip PPG sensors to track Heart Rate Variability.
Vagal Activation: A sharp rise in RMSSD (root mean square of successive differences) and High-Frequency (HF) power ($0.15–0.40\text{ Hz}$) confirms the physiological transition into parasympathetic dominance.
Hydro-Restorative Environment ($98^\circ\text{F}$ / $36.7^\circ\text{C}$ Warm Water):
Thermoneutral Unweighting: Immersion in thermoneutral water minimizes gravitational load on skeletal joints, reducing tonic muscular activity to near zero.
Safety & Instrumentation Note: EEG headsets used near warm water must utilize wireless low-voltage DC batteries with sweat-proof/water-resistant silicone housing around electrode leads.
2. Measuring & Classifying "Qualities" of Inner Release
Rather than treating release as a binary state (on/off), subjects can map distinct phenomenological qualities to spectral signatures:
| Quality of Release | Somatic & Subjective Markers | Biomarker / Spectral Signature |
| Fascial / Structural Unweighting | Feeling of "softening," lengthening, or un-gripping along myofascial lines. | Sudden drop in surface Electromyography (sEMG) micro-tremors; stabilization of respiration rate below 6 breaths/min. |
| Spacious / Fluid Awareness | Loss of rigid body boundaries, sensation of expanding (Angela Farmer's "inner space"). | High Global Alpha Coherence ($8–12\text{ Hz}$) across parietal-occipital sensors. |
| Deep Somatic Dissolution | Profound stillness, similar to the threshold of sleep while remaining fully conscious. | Frontal Midline Theta ($4–8\text{ Hz}$) surge with simultaneous high HRV RMSSD. |
| Vascular / Thermal Release | Waves of warmth spreading through extremities as peripheral blood vessels dilate. | Increase in distal skin temperature ($+0.5\text{ to }1.5^\circ\text{C}$) accompanied by parasympathetic shift. |
3. Data Streaming into a #
To aggregate home laboratory research globally, data can be processed locally and streamed over open web protocols:
4. Code Implementation: Real-Time EEG Feature Extraction
Below is an open-source Python script utilizing brainflow and scipy to extract real-time Alpha and Theta band power from a home EEG headset, detecting when a participant triggers an "inner release" state:
Yoga ideas
* * *
*
https://en.wikipedia.org/wiki/Nelumbo_nucifera
https://commons.wikimedia.org/wiki/Category:Nelumbo_nucifera
https://species.wikimedia.org/wiki/Nelumbo_nucifera
https://commons.wikimedia.org/wiki/Category:Lotus
....
Posts
