Jul 18, 2019
“PRIMES vs NO-PRIMES, #64” digital filter over acrylic painting, 2019.
Reginald Brooks
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“PRIMES vs NO-PRIMES, #64” digital filter over acrylic painting, 2019.
Reginald Brooks
PRIMES vs NO-PRIMES
PRIMES vs NO-PRIMES composite movie of original acrylic paintings and digital filter overlays. ©2019, Reginald Brooks.
“Grids Without Borders”
Description: Math—Art—Physics combine to inform the works of Reginald Brooks. Most recently, the PRIMES and NO-PRIMES have been found to form a definitive pattern upon the same matrix grid (BIM) that also describes the Inverse Square Law and Primitive Pythagorean Triples. Go figure!
“PRIMES vs NO-PRIMES” is part of the math-based “PRIMES vs NO-PRIMES” body of work published earlier this year (2019).
From the original 10 acrylic paintings reflecting on the visualization of the NO-PRIMES directly on the BIM (BBS-ISL Matrix), a series of digital filters was overlaid. Both sets of images have been combined here in this video. The soundtrack is an aggregation of Apple Sound Effects.
For more information on how the BIM can identity ALL the PRIMES by FIRST IDENTIFYING ALL THE NO-PRIMES, please see PRIMES vs NO-PRIMES 1,2,3 and 4 videos.
See more: brooksdesign-ps.net/Reginald_Brooks/Code/Html/MSST/MSST-TPISC_resources/MSST-TPISC_resources.html#TPISC_IV:%20Details
Thanks for viewing!
PRIMES vs NO_PRIMES 3
RoughAnimator-6 series, 2019, Reginald Brooks
Rough Animator#6+ ver 5 digital 2019 Reginald Brooks
Rough Animator#6+ ver 6 digital 2019 Reginald Brooks
Rough Animator#6+ ver 12 digital 2019 Reginald Brooks
Rough Animator#6+ ver 17 digital 2019 Reginald Brooks
Primes vs No-Primes
“PRIMES_vs_NO-PRIMES-4″ copyright© 2019, Reginald Brooks
Details on the calculated NO-PRIMES forming a nice visual pattern on the BIM.
The algebraic method: NP=6yx±y has 2 variables x and y as shown above.
The 1st Diagonal (parallel to the dividing prime diagonal) = ALL ODD #s.
This includes ALL the PRIMES ≧3.
The 1st Diag. - NP = PRIMES
The algebraic-geometry method: 1st Diag. - SIGO(A²) = PRIMES
gives the same results in a simpler geometric visualization.