I am glad that you like it. All these slides (posters) were made by the standard selection in Keynote (mac).
Originally, I took the Escher' work from the google searching. The quality of the picture is really bad. I then decided to scan the picture from the books we have on the Escher's works. The result is very good even if I enlarge the slides. I guess we can make a poster in this way. Additionally, I have deliberately taken the background of the original Escher's knot away. But when the poster is enlarged, one can still see the background slightly. More works may be needed, though.
I also wish we can try some other possibilities. Particularly, different color scheme for the CNTTK such as something like Escher's knot.
This is neat and great! I like the one with black background, which suits the colorful molecule well.
ReplyDeleteI am glad that you like it. All these slides (posters) were made by the standard selection in Keynote (mac).
ReplyDeleteOriginally, I took the Escher' work from the google searching. The quality of the picture is really bad. I then decided to scan the picture from the books we have on the Escher's works. The result is very good even if I enlarge the slides. I guess we can make a poster in this way. Additionally, I have deliberately taken the background of the original Escher's knot away. But when the poster is enlarged, one can still see the background slightly. More works may be needed, though.
I also wish we can try some other possibilities. Particularly, different color scheme for the CNTTK such as something like Escher's knot.
Don't forget that the black background is in fact a graphene! :-)
ReplyDelete