Nirosha J. Murugan
@msahsorin.bsky.social
Tier II Canada Research Chair in Tissue Biophysics & Assistant Professor.
Leveraging biophysical & quantum signals to redefine health.
Leveraging biophysical & quantum signals to redefine health.
Just leaving this right here....👀
October 30, 2025 at 11:22 AM
Just leaving this right here....👀
Isn’t it interesting that both chlorophyll and heme, 2 most important pigments of life, share the same #quantum architecture?
Beautiful to think that the 2 organelles (chloroplasts and mitochondria) born of endosymbiosis operate on this shared, quantum-informed design.
Beautiful to think that the 2 organelles (chloroplasts and mitochondria) born of endosymbiosis operate on this shared, quantum-informed design.
October 23, 2025 at 4:04 PM
Isn’t it interesting that both chlorophyll and heme, 2 most important pigments of life, share the same #quantum architecture?
Beautiful to think that the 2 organelles (chloroplasts and mitochondria) born of endosymbiosis operate on this shared, quantum-informed design.
Beautiful to think that the 2 organelles (chloroplasts and mitochondria) born of endosymbiosis operate on this shared, quantum-informed design.
One of my most exciting & frame-shifting papers to date.
The Energy Resistance Principle shows how resistance to energy shapes the dynamics of life and health.
A new lens to understand & optimize energy across the lifespan, inspiring tools that sense & tune the body’s energetic architecture.
The Energy Resistance Principle shows how resistance to energy shapes the dynamics of life and health.
A new lens to understand & optimize energy across the lifespan, inspiring tools that sense & tune the body’s energetic architecture.
October 8, 2025 at 4:14 PM
One of my most exciting & frame-shifting papers to date.
The Energy Resistance Principle shows how resistance to energy shapes the dynamics of life and health.
A new lens to understand & optimize energy across the lifespan, inspiring tools that sense & tune the body’s energetic architecture.
The Energy Resistance Principle shows how resistance to energy shapes the dynamics of life and health.
A new lens to understand & optimize energy across the lifespan, inspiring tools that sense & tune the body’s energetic architecture.
It's now increasingly clear that mitochondria in all cell types respond to light, transforming photons of different energies (λ, wavelength) into the chemistry that sustains our life.
Could these energy translators also send light back out as information?
🔗https://tinyurl.com/mrfm6psr
Could these energy translators also send light back out as information?
🔗https://tinyurl.com/mrfm6psr
October 3, 2025 at 11:44 AM
It's now increasingly clear that mitochondria in all cell types respond to light, transforming photons of different energies (λ, wavelength) into the chemistry that sustains our life.
Could these energy translators also send light back out as information?
🔗https://tinyurl.com/mrfm6psr
Could these energy translators also send light back out as information?
🔗https://tinyurl.com/mrfm6psr
Science communication is changing. Too often, ideas vanish in rejected grants, reviewer edits, or word limits.
Love that new spaces for longer, nuanced dialogue are emerging, not just scientist-to-scientist, opening science to the public, sparking curiosity, and supporting more informed decisions!
Love that new spaces for longer, nuanced dialogue are emerging, not just scientist-to-scientist, opening science to the public, sparking curiosity, and supporting more informed decisions!
September 2, 2025 at 12:21 PM
Science communication is changing. Too often, ideas vanish in rejected grants, reviewer edits, or word limits.
Love that new spaces for longer, nuanced dialogue are emerging, not just scientist-to-scientist, opening science to the public, sparking curiosity, and supporting more informed decisions!
Love that new spaces for longer, nuanced dialogue are emerging, not just scientist-to-scientist, opening science to the public, sparking curiosity, and supporting more informed decisions!
What is energy? A force, a feeling, a pattern of life?
Mark your calendars!
On September 12, we open the global dialogue on understanding what energy truly is and how to reframe our understanding of life itself through the lens of energetic patterning.
Love to see ya'll there.
Mark your calendars!
On September 12, we open the global dialogue on understanding what energy truly is and how to reframe our understanding of life itself through the lens of energetic patterning.
Love to see ya'll there.
August 20, 2025 at 12:49 AM
What is energy? A force, a feeling, a pattern of life?
Mark your calendars!
On September 12, we open the global dialogue on understanding what energy truly is and how to reframe our understanding of life itself through the lens of energetic patterning.
Love to see ya'll there.
Mark your calendars!
On September 12, we open the global dialogue on understanding what energy truly is and how to reframe our understanding of life itself through the lens of energetic patterning.
Love to see ya'll there.
New paper from our lab in #CellPress!
The human brain emits ultraweak light—photons from metabolic & electrical activity.
These emissions pass through the skull and shift with cognition, pointing to a biophysical layer where light may act as a non-invasive marker of brain function.
🔗 to paper ⬇️
The human brain emits ultraweak light—photons from metabolic & electrical activity.
These emissions pass through the skull and shift with cognition, pointing to a biophysical layer where light may act as a non-invasive marker of brain function.
🔗 to paper ⬇️
April 11, 2025 at 5:40 PM
New paper from our lab in #CellPress!
The human brain emits ultraweak light—photons from metabolic & electrical activity.
These emissions pass through the skull and shift with cognition, pointing to a biophysical layer where light may act as a non-invasive marker of brain function.
🔗 to paper ⬇️
The human brain emits ultraweak light—photons from metabolic & electrical activity.
These emissions pass through the skull and shift with cognition, pointing to a biophysical layer where light may act as a non-invasive marker of brain function.
🔗 to paper ⬇️
We've spent over a century building our biomolecular-genetic understanding of cell communication.
To move beyond incremental advances, we must embrace the #energetic dimension—where #biophysical signals shape cells, guide development & control fate.
🔗 tinyurl.com/yc326mar
To move beyond incremental advances, we must embrace the #energetic dimension—where #biophysical signals shape cells, guide development & control fate.
🔗 tinyurl.com/yc326mar
March 19, 2025 at 6:58 PM
We've spent over a century building our biomolecular-genetic understanding of cell communication.
To move beyond incremental advances, we must embrace the #energetic dimension—where #biophysical signals shape cells, guide development & control fate.
🔗 tinyurl.com/yc326mar
To move beyond incremental advances, we must embrace the #energetic dimension—where #biophysical signals shape cells, guide development & control fate.
🔗 tinyurl.com/yc326mar
Bioenergetic resistance can shape the health-disease continuum, yet energy remains the missing dimension in biomedicine.
My new #preprint w/ Martin Picard explores how modifiable energy flow drives adaptation, resilience & transformation.
🔗 tinyurl.com/2pcpuuw4
Would love to hear your thoughts!
My new #preprint w/ Martin Picard explores how modifiable energy flow drives adaptation, resilience & transformation.
🔗 tinyurl.com/2pcpuuw4
Would love to hear your thoughts!
March 11, 2025 at 6:52 PM
Bioenergetic resistance can shape the health-disease continuum, yet energy remains the missing dimension in biomedicine.
My new #preprint w/ Martin Picard explores how modifiable energy flow drives adaptation, resilience & transformation.
🔗 tinyurl.com/2pcpuuw4
Would love to hear your thoughts!
My new #preprint w/ Martin Picard explores how modifiable energy flow drives adaptation, resilience & transformation.
🔗 tinyurl.com/2pcpuuw4
Would love to hear your thoughts!