Physics of Laser in Contemporary Visual Arts Brief Ph.D Thesis Time Table Submitted by: Diaa Ahmed Mohamed Ahmedien Under supervision: Prof Dr. Norberto Gramaccini, University of Bern, Switzerland Prof Dr. Rita Hofmann, University of Applied sciences Bern, Switzerland Prof Dr. Christian Sandor, NARA institute of Sciences and technology, Japan
40th M
39th M
Fourth quarter 38th M
37th M
36th M
Third quarter 35th M
34th M
33rd M
Second quarter 32nd M
31st M
30th M
29th M
First quarter
28th M
27th M
29%
Fourth quarter 26th M
349
25th M
7.5%
24th M
92
2017
Third quarter 23rd M
14th M
22nd M
12th M
21st M
7.5%
Second quarter 20th M
92
19th M
11th M
18th M
9th M
First quarter 17th M
1-2
Analytical study to reinterpret the history of visible light as an art form before laser and drawing analytical diagrams. (Chapter tow)
16th M
10%
15th M
120
Fourth quarter 14th M
8 M
13th M
5 M
12th M
1-1
analytical studies of the previous literatures (Chapter one)
2016
Third quarter 11th M
25%
10th M
304
9th M
14th
Second quarter 8th M
First Axis (historical frame)
5th M
7th M
(1)
6th M
10%
First quarter 5th M
122
End
4th M
4th M
st
3rd M
1 M
*
Start
2nd M
% Completed
Preparation
Task/activities
2015
Fourth quarter 1st M
Duration (days)
2014
In Swiss 9:12
1-3
The theory of laser action (Chapter three)
th
th
(2)
Second Axis (Conceptual frame)
15th M
2-1
The theory of laser formation in visual arts (Chapter three) Drawing analytical diagrams to summarize progress process in light art After laser through visual arts (Chapter three) Document and analysis the new artistic values, which have existed as a result of laser light usage in contemporary artworks (Chapter four) Theoretical and analytical studies of some of pioneers laser artworks through contemporary visual arts (Chapter five)
15th M
17th M
92
7.5%
18th M
19th M
59
5%
20th M
24th M
153
12.5%
25th M
½ 26th M
45
4%
2-3 2-4 (3)
Third Axis (Practical frame)
½ 26th M
½ 38th M
364
30%
3-1
Experimental study to classify laser artworks techniques (Chapter six)
½ 26th M
27th M
45
4%
3-2
Practical artistic experiments in object building techniques (Hologram) (Chapter six)
28th M
29th M
62
5%
89
7%
168
14%
40th M
76
6%
40th M
1215
100%
3-3 3-4 (4)
Experimental studies in interactive techniques (Chapter six) Build an artistic project (Interactive Microscopic Holography) (Chapter six)
1:4 5:7 8:10
th
½ 26 M
2-2
In SWITZERLAND
In SWITZERLAND 11:1 2:3
4:8 9: ½ 10
In JAPAN ½ 10: 11 12:1
nd
th
30 M rd
33 M th
Finalize writing and official procedures
½ 38 M
Total
1st M
32 M ½ 38th M
* The external part in Japan presents about 30% of all period (364 days of 1215 days)
2:4 5:10 In SWISS
Prof Dr. Norberto Gramaccini
Prof Dr. Rita Hofmann
Prof Dr. Christian Sandor