Tag: Art

Spaceship drawing for fun

I am a little skeptical of my engineering drawings. Eventually, I’m giving a fine shape but I need to look for practical solutions in drawings. That’s why, I’ve explored more features in CAD. I’m using Siemens NX rather than SolidWorks, Catia, AutoCad etc. I think it is more flexible on drawing constraints. I chose my favorite item in the universe: spaceship!

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Easy, improved, inspired recordings: iZotope Spire

Well… I kept improving my recording abilities; of course the technical ones. I’ve bought a carry-on microphone and recorder: iZotope Spire! It is connected to my iPad with wifi and its application is pretty easy to use. Unfortunately,  my wicked voice can be heard now :/ Anyways… I’m still using GarageBand for drums and keyboards. My old Fender is the lead for sure \m/

 

Can an algorithm predict an unknown physical phenomenon by analyzing patterns and relations buried in clusters of data?

This article investigates whether an algorithm can provide an undiscovered physical phenomenon by detecting patterns in the region where the data collected. The pattern recognition is considered with the basis of inferential statistics, which differs from descriptive statistics, as McAllister implied. I assert that physical patterns should be correlated with mathematical expressions, which are interconnected with the physical (quantitative) laws. The known unknows, e.g. gravitons, and the unknown unknowns, e.g. fifth force of the universe, are examined in the sense of learning capabilities of an algorithm based on empirical data. I claim there is no obstacle preventing algorithms from discovering new phenomena.

 

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Plasma meets with Kapton surface

Dielectric barrier discharges are a type of AC plasmas aiming to limit current in time to prevent spark formation. The dielectric layer holds charges, instead of letting them flow as in conductive materials. The constant exposure to plasma species causes wear/deformation on the surface. Here I show an example of Kapton layer.

 

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