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1. Field-aligned online surface reconstruction

   https://doi.org/10.1145/3072959.3073635  

   Schertler, Nico; Tarini, Marco; Jakob, Wenzel; Kazhdan, Misha; Gumhold, Stefan; Panozzo, Daniele (July 2017, ACM Transactions on Graphics)
2. Field‐Aligned Currents in Auroral Vortices

   https://doi.org/10.1029/2020JA028583  

   Johnson, Jay R.; Wing, Simon; Delamere, Peter; Petrinec, Steven; Kavosi, Shiva (February 2021, Journal of Geophysical Research: Space Physics)

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3. Field-Aligned and Lattice-Guided Tetrahedral Meshing

   Ni, Saifeng; Zhong, Zichun; Huang, Jin; Wang, Wenping; Guo, Xiaohu (January 2018, Computer graphics forum)

   We present a particle-based approach to generate field-aligned tetrahedral meshes, guided by cubic lattices, including BCC and FCC lattices. Given a volumetric domain with an input frame field and a user-specified edge length for the cubic lattice, we optimize a set of particles to form the desired lattice pattern. A Gaussian Hole Kernel associated with each particle is constructed. Minimizing the sum of kernels of all particles encourages the particles to form a desired layout, e.g., field-aligned BCC and FCC. The resulting set of particles can be connected to yield a high quality field-aligned tetrahedral mesh. As demonstrated by experiments and comparisons, the field-aligned and lattice-guided approach can produce higher quality isotropic and anisotropic tetrahedral meshes than state-of-the-art meshing methods. 

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4. Axis-Aligned Height-Field Block Decomposition of 3D Shapes

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   Muntoni, Alessandro; Livesu, Marco; Scateni, Riccardo; Sheffer, Alla; Panozzo, Daniele (October 2018, ACM Transactions on Graphics)
5. Optical response of ultrathin periodically aligned single-wall carbon nanotube films

   https://doi.org/10.1557/adv.2020.234  

   Adhikari, Chandra M; Bondarev, Igor V (May 2020, MRS advances)

   We present a semi-analytical expression for the dielectric response function of quasi-2D ultrathin films of periodically aligned single-walled carbon nanotubes. We derive the response function in terms of the individual nanotube conductivity, plasma frequency, and the volume fraction of carbon nanotubes in the film. The real part of the dielectric response function is negative for a sufficiently wide range of the incident photon energy, indicating that the film behaves as a hyperbolic metamaterial. Inhomogeneous broadening increases the effect. 

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