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September 22, 2025

[Interview+] Fighting Moon and Mars Dust with An Electric Shield

Dust is a big problem for Moon and Mars. It sticks to everything, breaks things, covers solar panels. So, how do you solve this problem? One possible solution is an electric shield that uses charged surfaces to repel the dust.

Watch the video here (with no ads) or on YouTube: https://youtu.be/KPzd40hj3gQ

Comments (10)

T
Todd Welsh · October 1, 2025

Ok, lets replace "Why don't they just..." with "What happened when they tried..." that is the question we want answered anyway!

M
Max Eliaser · September 26, 2025

I hate sand, etc

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Paula's Planet PLW · September 25, 2025

Thanks I enjoyed & learned a lot.

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Norm W · September 24, 2025

Amazing young man. Luca, and young people like him, give me so much hope for the world and man’s advancement of peaceful technology. Thanks UT for getting these interviews with those doing the cutting edge work!! 👏👏

H
Hobie · September 23, 2025

Very interesting. Be nice to have a follow-up on the biological effects of the dust and methods to ameliorate them.

I
Ian Cooper · September 23, 2025

I think we are describing a linear motor for dust!

d
drumbuzzyrich · September 23, 2025

Can you make a smal vacumcleaner but then the other way around, so blow it of!! From the panels!!!

C
Caerdwyn · September 23, 2025

"Why don't they..." Valid. Actually asking about engineering. What am I missing here... "Why don't they JUST..." Assumption: what are THEY missing here. OK, engineering first principles might be good to brush up on, and a few assumptions re-examined.

O
OVTraveller · September 23, 2025

There are animals which live in extremely dusty environments and manage to shed the dust due to the specific properties of their fur. Might this be a possible solution to mitigate the problem at least for the persons' suits.

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NigelUniverse · September 23, 2025

As Luca Scifoni said the problem would be the flexing of the interlaced electorde matrix and the voltage required to make it work, he suggested that it is more practical to look at static surfaces that humans don’t interact with.