I'm thinking of adapting your microchannel heat sinks technology to exquisite_markas's sodium-ion energy storage technology for futuristic Spacecraft Thermal Control System.

Probably not on aircraft due to the added weight, but NASA has selected 8 proposals for future Spacecraft Thermal Control Systems and one of them is based on high-performance liquid metal cooling approach.

I know that wall wettability is one of key parameters affecting the multiphase flows in microscale systems.

Can you control the wall wettability?

Making the indirect use of quantum-mechanical phenomena to manipulate the smart materials to rearrange their atomic structure might be the solution to control the hydrophilicity or hydrophobicity whichever wettability we want.

It probably sounds complicated for non-engineering people, but the trick effectiveness is mission-dependent and the advancing state of the art thermal control systems might help a new generation explore the cosmos and take us to the stars.

Okay. Come back to your research. What kind of non-water-based coolants do you use in your microchannel heat sink?

Have you ever been to Chemor?

I thought you are looking for academic peers in Two-phase heat transfer, Electronics cooling, and Microchannel flow boiling.