⚛️ Something strange is vibrating inside our cells…
Scientists have detected a mysterious 71-terahertz signal inside mitochondria — the tiny structures that produce much of the energy our cells need.
That means the signal is oscillating about 71 trillion times every second.
And here is where things get really interesting…
The signal appeared in living cells, tissues, and intact mitochondria, but disappeared when the mitochondrial structure was disrupted. Scientists say this makes it difficult to explain the signal using ordinary molecular vibrations.
Their proposed explanation is even more surprising: the folded inner membranes of mitochondria may allow light and molecular vibrations to interact in a quantum-mechanical state called a polariton.
Then came another intriguing result.
When researchers exposed cultured human cells to specific infrared frequencies, ATP production increased by about 10% under their experimental conditions. ATP is the molecule cells use to power countless biological processes.
Could mitochondria be using a previously unknown quantum effect to help manage cellular energy?
We don't know yet.
Source: Yang, Y., Gu, Z., & Song, B. (2026). A quantum state of mitochondria in the living cell. bioRxiv.
ALT Something strange is vibrating inside our cells…
Scientists have detected a mysterious **71-terahertz signal** inside mitochondria — the tiny structures that produce much of the energy our cells need.
That means the signal is oscillating about **71 trillion times every second**.
And here is where things get really interesting…
The signal appeared in living cells, tissues, and intact mitochondria, but disappeared when the mitochondrial structure was disrupted. Scientists say this makes it difficult to explain the signal using ordinary molecular vibrations.
Their proposed explanation is even more surprising: the folded inner membranes of mitochondria may allow **light and molecular vibrations to interact in a quantum-mechanical state called a polariton**.
Then came another intriguing result.