Nanoscribe GmbH - True 3D Laser Lithography
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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. Molding the flow of light as well as controlling the dynamics of photons are two key issues. The properties of such nanostructured materials are subject of current research activities.
Shown below is a series of structures fabricated by means of the direct laser writing process achieved with Photonic Professional 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.
Three-dimensional photonic crystal of cubic symmetry fabricated by two photon polymerization.
Three-dimensional photonic crystal of cubic symmetry fabricated by two photon polymerization.
Bi-chiral photonic crystals, produced by the group of Prof. Dr. Martin Wegener (KIT)
Circular spirals out of SU-8 observed under a side-view.
3D photonic quasicrystal with a five-fold rotational symmetry.
Circular 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 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.
3D photonic crystal structure according to the layout provided by Mr.
Light cone array along the publication "Microphotonic parabolic light directors fabricated by two-photon lithography" by J. H. Atwater, P. Spinelli, E. Kosten, J. Parsons, and C. Van Lare in Appl.
Light cone array along the publication "Microphotonic parabolic light directors fabricated by two-photon lithography" by J. H. Atwater, P. Spinelli, E. Kosten, J. Parsons, and C. Van Lare in Appl.
3D photonic crystal known under the acronym SP2 - standing for slanted pore structure.
Photonic wire bonds.

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