Pop-Sci Core77 Design Challenge/ Description MEMORY 7/16/03

Description of Design

1. modelling -digitally information and light's input-wave meet together on the modifier -light's wave is modeled/ only amplitude (high of light's wave) is modeled, amplitude - brightness -1/0 "words" are put on light's wave -light's output-wave - streak of brightfull and brightless sectors of light a - length of light's wave/ color of band h - high of wave/ amplitude/ brightness a1 - h1/1, h1/2, h1/3...h1/n a2 - h2/1, h2/2, h2/3...h2/n an - hn/1, hn/2, hn/3...hn/n 2. putting on -two waves (normal wv. and modeled wv.) lay on toghater in space of photo-plate -it makes 3d-trace in space of photo-plate 3.refraction -wave of light's refracts on 3d-trace in space of photo-plate -it impels output-wave (the same as modeled wv.) -waves "words" are transformed to digitally "words" on surface of camera 4.parallel trace -two or more light's input-waves (a1=a2=a3....=an) make 3d-traces in the same place of photo-plate, if refraction angles of light's input-waves are different (b1^b2^b3...bn) 5.multi-tracks -two or more light's input-waves (a1^a2^a3^...an; have the same refraction angle bn ) make 3d-trace in space of photo-plate, if a1^a2^a3^...an are different -(1)c-canals of recording (number of canals depends on width of laser's band) c - c1,c2,c3...cn s - s1,s2,s3...sn / sector of recording c1- s1,s2,s3...sn s1-a1/h1...n s2-a2/h1...n s3-a3/h1...n sn-an/h1...n cn - s1,s2,s3...sn s1-a1/h1...n s2-a2/h1...n s3-a3/h1...n sn-an/h1...n -(2)m-canals of material (number of canals depends on of density of material/ polymer of photo-plate) m - p1,p2,p3...pn p1 - r1,r2,r3...3n / r - row of canal p2 - r1,r2,r3...3n p3 - r1,r2,r3...3n pn - r1,r2,r3...3n -(3) with (1) and (2) p1-c1/s1 p2-c2/s1^c1/s2 p3-c3/s1^c2/s2^c1/s3 pn-cn/sn1^cn-1/sn+1^cn-2/sn+2....cn-m/sn+m and p1/ r1-s1,s2,s3...sn a1...n/h1...n r2-s1,s2,s3...sn a1...n/h1...n r3-s1,s2,s3...sn a1...n/h1...n rn-s1,s2,s3...sn a1...n/h1...n pn/ r1-s1,s2,s3...sn a1...n/h1...n r2-s1,s2,s3...sn a1...n/h1...n r3-s1,s2,s3...sn a1...n/h1...n rn-s1,s2,s3...sn a1...n/h1...n 6.photo-holograma/ photo of light's waves -in space of photo-plate, light's waves put on 3d-traces -efect - photo-hologram - photography of light's waves -light's are modeled (digitally information is transformed on light's output-waves) - photo-hologram is first of all photo of digitally information 7.photo-hologram/ intensity of recording -intensity depends on: -density of material -width of laser's band -this is min. a few 100 times more as way of normal recording -this is not necessery to bulid new recording/reading equipment, it is possible to use standard one