🔁Mario Nawfal:
YOUR BODY GLOWS... THEN GOES DARK WHEN YOU DIE
Your body constantly gives off a faint light—too dim to see, but very real.
That glow, caused by stressed-out cells firing off photons, disappears the moment life ends.
Scientists captured this by placing live mice in total darkness with ultra-sensitive cameras.
The mice glowed.
After death, same temperature, same setup—no glow.
The source?
Reactive oxygen molecules inside your cells. When things get tough—heat, injury, illness—these molecules excite electrons, which release tiny flashes of light as they settle down.
Plants do it too.
Damage a leaf, and it shines brighter than the rest for hours.
This glow could be the future of non-invasive diagnostics—no scans, no blood, just light.
When you’re well, you shine.
When you’re not, you fade. Literally.
Source: The Journal of Physical Chemistry Letters
https://x.com/MarioNawfal/... https://x.com/MarioNawfal/...
YOUR BODY GLOWS... THEN GOES DARK WHEN YOU DIE
Your body constantly gives off a faint light—too dim to see, but very real.
That glow, caused by stressed-out cells firing off photons, disappears the moment life ends.
Scientists captured this by placing live mice in total darkness with ultra-sensitive cameras.
The mice glowed.
After death, same temperature, same setup—no glow.
The source?
Reactive oxygen molecules inside your cells. When things get tough—heat, injury, illness—these molecules excite electrons, which release tiny flashes of light as they settle down.
Plants do it too.
Damage a leaf, and it shines brighter than the rest for hours.
This glow could be the future of non-invasive diagnostics—no scans, no blood, just light.
When you’re well, you shine.
When you’re not, you fade. Literally.
Source: The Journal of Physical Chemistry Letters
https://x.com/MarioNawfal/... https://x.com/MarioNawfal/...
5 days ago
