System design that translates computer language [binary -1's & 0's] into visible light spectrum

1. Biofluorescence Illuminated
to help movie & music
producers retain profits
A 2006 Wall Street Journal article published
statistics revealing that $6.1 billion dollar
global movie revenue loss is due to piracy.
Those stats are now obsolete. Combined with
global music bootlegging, more than likely
stats have doubled.
Subjective solution is to translate current binary format
and assimilate into visible color spectrum; then, by
default will encrypt data and communiqué.
linda s. © 2014 All rights reserved

2. Biofluorescence - - “a
phenomenon by which
organisms absorb light,
transform it, and eject it
as a different color – is
common and variable
among marine fish
species, indicating its
potential use in
communicating and
mating.”

3. The ocean is predominantly
blue yet, TWILIGHT ZONE
exists ‘201-1006’ meters
below the ocean’s surface
and “..with depth water
quickly absorbs the majority
of visible light spectrum.”
Research has shown that
certain fish “absorb the
remaining blue light and reemit it in neon greens, reds
and oranges.”

4. “Many biofluorescent
fishes have yellow
filters in their eyes,
possibly allowing
them to see otherwise
hidden fluorescent
displays….”

5. With chemical
bioluminescence marine
life can:
Communicate
Locate food
Attract mate/prey
Camouflage
themselves
 Use for self-defense
 Use to mimic





6. Changing the format of current computer modalities of
communication & data storage, alters capability to
compromise. – linda s.
…”U.S. movie studios
are losing about $6.1
billion annually in
global wholesale
revenue to piracy…”
WSJ 2006

7. Music producers in aggregate could be losing just as
much or more in pirated global revenue.

8. This system design translates computer ‘s
binary (1’s & 0’s) language (which is
imprinted on CD & DVDs) into visible light
spectra (=color) needs further
development.

9. This designed system can be manufactured using current
available technology. By default data is encrypted, and
thus encrypting communicating instrument.
Photo – Ken Pei

14. 1 POSSIBLE RENDITION OF FORMAT:
YouTube: http://www.youtube.com/watch?v=FDUKMvfvA1w&list=RD02yojDu3E9jls
Bach, J.S. -- The Art of Fugue, Contrapunctus I

15. Changing binary (1’s & 0’s) computer format to visible light
spectrum (=color) format safeguards information from:
 Identity theft
 Social Security # compromise
 Credit Information improper distribution or larceny
 Computer/server voyeurism or duplication
 Equity in home or property being stolen
 Medical or personal information misuse
 Hacking of computer or server information
 Losing $$ or information in transactions (on-line)
 Information being lost, compromised or illicit copying
 Unauthorized viewing
 Unsuspecting or innocent release of personal data
 CD or DVD piracy or bootlegging

16. Conclusion:
Computer’s binary (1’s & 0’s) language can be translated into
visible color spectra via collaborative venue, utilizing current
technologies. Changing the status quo binary format will by
default encrypt communiqué delivery and storage.
With holes in my skill set, knowledge and current resources, I
will only consider serious investment proposals by qualified
and experienced partner to help bring Optic Laser Spectral
Array – (system which translates binary (1’s & 0’s) into visible
light spectra a.k.a. COLOR) creation to market. If you are
interested, please contact me at the email below.
email: lind011235@outlook.com

17. Resources:
Slide 1:
http://discovermagazine.com/galleries/zen-photo/b/bioluminescence-2#.UtRaMPRDuPY (PICTURE)
McBride, S., Fowler Geoffrey A., Studios See Big Rise In Estimates of Losses To Movie Piracy, Wall Street Journal,
May 3, 2006 http://online.wsj.com/news/articles/SB114662361192442291
Slide 2:ress:
http://www.sciencedaily.com/releases/2014/01/140109004259.htm (PICTURE)
Accessed - January 10, 2014
Researchers discovered a rich diversity of fluorescent patterns and colors in marine fishes, as exemplified here. A). swell
shark (Cephaloscyllium ventriosum); B). ray (Urobatis jamaicensis); C). sole (Soleichthys heterorhinos); D). flathead
(Cociella hutchinsi); E). lizardfish (Saurida gracilis); F). frogfish (Antennarius maculatus); G). stonefish (Synanceia
verrucosa); H). false moray eel (Kaupichthys brachychirus); I). Chlopsidae (Kaupichthys nuchalis); J). pipefish
(Corythoichthys haematopterus); K). sand stargazer (Gillellus uranidea); L). goby (Eviota sp.); M). Gobiidae (Eviota
atriventris); N). surgeonfish (Acanthurus coeruleus, larval); O). threadfin bream (Scolopsis bilineata). (Credit: ©AMNH)
Slide 3:
http://karapaia.livedoor.biz/archives/51995746.html (PICTURE)
http://www.sciencedaily.com/releases/2014/01/140109004259.htm (Article)
Slide 4:
http://karapaia.livedoor.biz/archives/51995746.html (PICTURE)
http://www.sciencedaily.com/releases/2014/01/140109004259.htm (Article)

18. Resources Continued:
Slide 5:
http://discovermagazine.com/galleries/zen-photo/b/bioluminescence-2#.UtRaMPRDuPY (PICTURE #1 & 2)
Slide 6: http://www.nytimes.com/2012/03/30/arts/design/creatures-of-light-at-american-museum-of-naturalhistory.html?pagewanted=all&_r=1& (PICTURE)
McBride, S., Fowler Geoffrey A., Studios See Big Rise In Estimates of Losses To Movie Piracy, Wall Street Journal,
May 3, 2006 http://online.wsj.com/news/articles/SB114662361192442291
Slide 7:
http://www.nytimes.com/2012/03/30/arts/design/creatures-of-light-at-american-museum-of-naturalhistory.html?pagewanted=all&_r=0 (PICTURE)
Slide 8: http://www.environmentalgraffiti.com/animals/news-creatures-light-ocean-0 (PICTURE)
Slides 9: http://www.environmentalgraffiti.com/news-most-beautiful-jellyfish-earth Photo – Ken Pei
Slide 10 – 13: - Author
Slide 14: Bach, J.S. -- The Art of Fugue, Contrapunctus I - YouTube
http://www.youtube.com/watch?v=FDUKMvfvA1w&list=RD02yojDu3E9jls
Slides 15-18: Author