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The Natec Advisory Board vists the Natec II group where they the recent research was presented and discussed. ]]>Thu, 13 Jun 2019 10:19:00 +0200https://natec.dtu.dk/nyheder/nyhed?id=954a6975-3300-4f95-91f5-758f5b1bd0afhttps://natec.dtu.dk/nyheder/nyhed?id=087d7ebb-0355-4e2d-8133-88542b50d5db
Prof. Igor Protsenko and Prof. Alexander Uskov visit DTU Fotonik.]]>Sat, 01 Jun 2019 10:18:00 +0200https://natec.dtu.dk/nyheder/nyhed?id=087d7ebb-0355-4e2d-8133-88542b50d5dbhttps://natec.dtu.dk/nyheder/nyhed?id=4bb935c1-fe16-49fd-9892-075c429b6424
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The article "A Mirrorless Fano Laser" was selected as a 2017 highlight of OSA in the Optics and Photonics News journal. The work was conducted by Jesper Mørk, Yi Yu, Weiqi Xue, Elizaveta Semenova and Kresten Yvind as part of NATEC. Read more here.   ]]>Tue, 19 Dec 2017 12:43:28 +0200https://natec.dtu.dk/nyheder/nyhed?id=14788e74-2233-4d4a-a653-7807f33644bdhttps://natec.dtu.dk/nyheder/nyhed?id=17606009-9f9a-4b57-937a-c871ee5abd83
The article "Phonon scattering inhibits simultaneous near-unity efficiency and indistinguishability in semiconductor single-photon sources" has been published in Nature Photonics in July 2017.  With Jake Iles-Smith as first author, the article addresses how semiconductor quantum dots (QDs) have recently emerged as a leading platform to generate highly indistinguishable photons efficiently, and the timely question of how good these solid-state sources can ultimately be.   Read the article]]>Wed, 04 Oct 2017 15:20:50 +0200https://natec.dtu.dk/nyheder/nyhed?id=17606009-9f9a-4b57-937a-c871ee5abd83https://natec.dtu.dk/nyheder/nyhed?id=7f4de6b3-e61b-4dfd-aaee-90a190b3a323
Dr. Igor Protsenko from the P. N. Lebedev Physical Institute in Moscow is visiting from September-December 2017. Dr. Protsenko is a world-renowned expert in the quantum properties of lasers and will collaborate with NATEC in developing a theory for superradiance in lasers.]]>Wed, 04 Oct 2017 15:05:35 +0200https://natec.dtu.dk/nyheder/nyhed?id=7f4de6b3-e61b-4dfd-aaee-90a190b3a323https://natec.dtu.dk/nyheder/nyhed?id=b2753c84-b202-4bb7-872f-6c9f85d9106c
Researchers from DTU Fotonik have demonstrated a new type of laser with a mirror that is based on Fano interference between a continuum of waveguide modes and the discrete resonance of a nanocavity.]]>Thu, 15 Dec 2016 11:27:51 +0200https://natec.dtu.dk/nyheder/nyhed?id=b2753c84-b202-4bb7-872f-6c9f85d9106chttps://natec.dtu.dk/nyheder/nyhed?id=3ccac147-5a7b-4a28-82b9-69d0d1d20090
NATEC ended the year 2016 with a workshop in Magleås, 5-6 December. The workshop generated fresh inputs, knowledge and new ideas that will be explored in the new year.]]>Wed, 07 Dec 2016 14:05:00 +0200https://natec.dtu.dk/nyheder/nyhed?id=3ccac147-5a7b-4a28-82b9-69d0d1d20090https://natec.dtu.dk/nyheder/nyhed?id=a5410785-7afa-4ca0-9f65-fff68441ecfa
The Horizon Prize “Breaking the optical transmission barriers” has been awarded to a team led by the Technical University of Denmark (DTU).  The proposal, named PHOTONMAP (PHOtonic chip enabled large-capacity data TransmissiONwith high-count Multi-core fibres and AmPlifiers) was developed by three partners from the Technical University of Denmark, Denmark, Fujikura Ltd., Japan and the University of Southampton, UK. The proposal originated from collaboration between the three partners in the Framework of various funded projects including the DTU-based  Centre of Excellence SPOC (Centre for Silicon Photonics for Optical Communications), the Horizon 2020 EU-Japan SAFARI (Scalable And Flexible optical Architecture for Reconfigurable Infrastructure) project and the DTU-based Centre of Excellence NATEC (NAnophotonics for TErabit Communications).  Read more    ]]>Wed, 09 Nov 2016 15:31:00 +0200https://natec.dtu.dk/nyheder/nyhed?id=a5410785-7afa-4ca0-9f65-fff68441ecfahttps://natec.dtu.dk/nyheder/nyhed?id=57fd6472-9558-4743-97e1-585a3c02f704
Our paper Threshold Characteristics of Slow-Light Photonic Crystal Lasers has been published as an "Editors suggestion" as well as being a featured on APS Physics here]]>Mon, 29 Feb 2016 15:24:00 +0200https://natec.dtu.dk/nyheder/nyhed?id=57fd6472-9558-4743-97e1-585a3c02f704https://natec.dtu.dk/nyheder/nyhed?id=cc08d0d2-257d-459c-a28d-18ac441bd616
Villum Fonden has awarded 30 mill DKK for a 5-year prolongation of the NATEC Centre of Excellence. The Centre focuses on the physics of light-matter interactions in nanostructures and possible applications in integrated photonics, and will explore the use of quantum dots, photonic crystals and nanoantenna arrays for exercising fundamental control of photons and electrons at the same time.]]>Sun, 05 Oct 2014 15:36:00 +0200https://natec.dtu.dk/nyheder/nyhed?id=cc08d0d2-257d-459c-a28d-18ac441bd616