Nanoscribe GmbH - True 3D Laser Lithography
Deutsch English 日本語 Chinese

3D Photonics

After the invention of the laser in 1960, optics turned into photonics. In todays telecommunication technology, photons have already become the main carrier of information. During the last decades, a number of pioneering developments such as, e.g., the concepts of Photonic Crystals and Metamaterials) have opened the door to a completely new class of materials, which allow for the control of both the molding of the flow of light as well as the dynamics of photons. The properties of such nanostructured materials are subject of current research.
Shown below is a series of structures fabricated by means of the direct laser writing process with our systems. Click on the thumbnails to open a detailled view.

 

A structure comprises 2500 woodpiles.
Woodpile photonic crystal out of SU-8.
Zoom into the previous woodpile structure.
All-chiral structures, produced by Michael Thiel, Universität Karlsruhe (TH), Germany.
3D photonic crystal known under the acronym SP2 - standing for slanted pore structure.
Circular spirals out of SU-8 observed under a side-view.
3D photonic quasicrystal with a five-fold rotational symmetry.
Cirular spirals seen from above.
Further examples of 3D structures consisting of circular spirals.
3D square spiral structure out of SU-8.
Twisted woodpile structure.
3D simple cubic woodpile structure that was directly written into PDMS.
3D photonic crystalline diamond (PCD) structure according to Physical Review Letters 100, 013901 (2008) and Physical Review B 82, 115116 (2010).
3D photonic crystalline diamond (PCD) structure according to Physical Review Letters 100, 013901 (2008) and Physical Review B 82, 115116 (2010).
Zoom into the previous structure.
Photonic bandgap structure.

Conferences


Forthcoming exhibitions and conferences presenting Nanoscribe's 3D Laser Lithography system:



NanoTech 2012

Tokyo (JP)
February 15-17, 2012
Booth: B-34


Semicon China 2012

Shanghai (CN)
March
20-22, 2012
Booth: E3-3123-1


CLEO 2012

San Jose, CA (USA)
May, 08-10, 2012
Booth: 2315


4th International Symposium

Interface Biology of Implants
Rostock (DE)
May 09-11, 2012