Ultrafast near infrared laser-induced field emission
 S. Tsujino, F. le Pimpec, J. Raabe, M. Buess, M. Dehler, E. Kirk, J. Gobrecht, and A. Wrulich, Static and optical field enhancement in metallic nanotips studied by two-photon photoemission microscopy and spectroscopy excited by picosecond laser pulses, Appl. Phys. Lett. 94, 093508 (2009); Selected for the March 16, 2009 issue of Virtual Journal of Nanoscale Science & Technology; Selected for April 2009 issue (Volume 8, Issue 4) of Virtual Journal of Ultrafast Science.
 A. Mustonen, P. Beaud, E. Kirk, T. Feurer, and S. Tsujino, Five picocoulomb electron bunch generation by ultrafast laser-induced field emission from metallic nano-tip arrays, Appl. Phys. Lett. 99, 103504 (2011); Selected for September 19, 2011 issue (Volume 24, Issue 12) of Virtual Journal of Nanoscale Science & Technology; Selected for October 2011 issue (Volume 10, Issue 10) of Virtual Journal of Ultrafast Science; highlighted in Nature Photonics, 5, 644-645 (November 2011).
 A. Mustonen, P. Beaud, E. Kirk, T. Feurer, and S. Tsujino, Efficient light coupling for optically excited high-density metallic nanotip arrays, Scientific Reports, 2, 915 (2012).
 A. Mustonen, V. Guzenko, C. Spreu, T. Feurer, and S. Tsujino, High-density metallic nano-emitter arrays and their field emission characteristics, Nanotechnology 25, 085203 (2014).
 V. Guzenko, A. Mustonen, P. Helfenstein, E. Kirk, and S. Tsujino, High-density large-scale field emitter arrays for X-ray free electron laser cathodes, Microelectronic Engineering (2013).
 P. Helfenstein, A. Mustonen, T. Feurer, and S. Tsujino, Collimated Field Emission Beams from Metal Double-Gate Nanotip Arrays Optically Excited via Surface Plasmon Resonance, Applied Physics Express 6, 114301 (2013). .