Uploaded October 2025 | Updated September 2026, 2 weeks ago
tiktok.com/@ptrckm_
Support channel: buymeacoffee.com/PtrckM
A supersolid is a phase of matter combining properties of solids and superfluids.
Researchers recently engineered photons that interact strongly enough to act collectively.
By coupling light to ultracold atoms, they slowed photons to nearly rest.
These photons form quasi-particles called polaritons — hybrids of light and matter.
In this state, light gains structure, forming wave-like crystalline patterns.
The material behaves rigidly like a solid — but flows without friction.
Supersolids were first created with helium, but doing this with light is groundbreaking.
This proves that even “massless” particles can mimic matter under the right conditions.
The effect relies on Bose–Einstein condensation, where particles act in perfect sync.
Supersolid light could revolutionize quantum simulations and optical computing.
It might also lead to new states of matter beyond current physics.
The control of photon interactions hints at future photonic quantum devices.
While purely experimental, it blurs the line between light and matter itself.
turning light into a solid, light into supersolid, turning light into matter, light converted into supersolid, light as a supersolid, light into super solid, supersolid light, light supersolid, light into solid, scientists turn light into solid, convert light into solid, scientists just turn light into solid, scientists just turned light into solid, light transformed into solid, how scientists converted light into solid, how scientists converted lighti into solid, light as a solid, light turned solid, supersolid
tiktok.com/@ptrckm_
Support channel: buymeacoffee.com/PtrckM
A supersolid is a phase of matter combining properties of solids and superfluids.
Researchers recently engineered photons that interact strongly enough to act collectively.
By coupling light to ultracold atoms, they slowed photons to nearly rest.
These photons form quasi-particles called polaritons — hybrids of light and matter.
In this state, light gains structure, forming wave-like crystalline patterns.
The material behaves rigidly like a solid — but flows without friction.
Supersolids were first created with helium, but doing this with light is groundbreaking.
This proves that even “massless” particles can mimic matter under the right conditions.
The effect relies on Bose–Einstein condensation, where particles act in perfect sync.
Supersolid light could revolutionize quantum simulations and optical computing.
It might also lead to new states of matter beyond current physics.
The control of photon interactions hints at future photonic quantum devices.
While purely experimental, it blurs the line between light and matter itself.
turning light into a solid, light into supersolid, turning light into matter, light converted into supersolid, light as a supersolid, light into super solid, supersolid light, light supersolid, light into solid, scientists turn light into solid, convert light into solid, scientists just turn light into solid, scientists just turned light into solid, light transformed into solid, how scientists converted light into solid, how scientists converted lighti into solid, light as a solid, light turned solid, supersolid
