Dr. Margoth Córdova-Castro
@R_Margoth_CC
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Joined February 2018
RT @isciverse: It is possible to image the spatial dependent interaction of single fluorescent emitters with GaP dielectric gap nanoantenna….
www.nature.com
Light: Science & Applications - Single-molecule fluorescence lifetime imaging microscopy (smFLIM) measures the radiative decay rate of single molecules in the near field of dielectric...
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RT @KCL_Physics: Happy #DNADay24!🔬. Today we celebrate the incredible contributions of Rosalind Franklin, whose work at King's paved the w….
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RT @PslQlife: Congrats to the lab of Yannick De Wilde! 👏 @R_Margoth_CC Bart van Dam, Valentina Krachmalnicoff.@InstLangevin @ESPCI_Paris.ht….
www.nature.com
Light: Science & Applications - Single-molecule fluorescence lifetime imaging microscopy (smFLIM) measures the radiative decay rate of single molecules in the near field of dielectric...
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RT @SciTechDaily1: Nanoantennas Illuminate New Science: The Revolution in Radiative Decay Imaging |
scitechdaily.com
Scientists have made a breakthrough in nanophotonics by developing a method to measure nanoscale light interaction, paving the way for advancements in quantum computing and medical diagnostics. In an...
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RT @IzeddinResearch: First post of the year, very proud to share this work published in @LightSciAppl. When SMLM meets nanophotonics great….
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We measured LDOS enhancement with a nanoscale resolution at the single-molecule level! .Localizing Bright and fast Single-emitter inside GaP dimmer .@LightSciAppl @EurekAlert @CNRS @InstLangevin @imperialcollege.#QuantumNano #SMLM
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RT @AZoNano: New research in @LightSciAppl demonstrates a significant advancement in an era where understanding and controlling light at th….
www.azonano.com
A study published in Light: Science & Applications demonstrates a significant advancement in an era where understanding and controlling light at the nanoscale is becoming increasingly important.
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RT @LightSciAppl: #LSA_Highlight: [Article] Single-emitter super-resolved imaging of radiative decay rate enhancement in dielectric gap nan….
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RT @biorxiv_biophys: 3D single-molecule super-resolution imaging of microfabricated fractal substrates for cell culture and self-referenced….
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Congrats Bob @BoydNLOLab for the highest honor at #FIO23 @OpticaWorldwide He contributed to outstanding scientific discoveries while shaping and inspiring so many scientists. Glad to be part of his big academic family, and continue this cuorisity driven journey @uOttawa @UofR
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RT @OpticaWorldwide: #OpticaFellow Robert Boyd (@uOttawa, @UofR) is honored with the Frederic Ives Medal/Jarus W. Quinn Prize at #FIO23. T….
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RT @Nature: Anne L’Huillier and Ferenc Krausz spoke to @NaturePhotonics about their field; the milestones, challenges, and opportunities ah….
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RT @OpticaWorldwide: Congratulations to the Frederic Ives Medal/Jarus W. Quinn Prize recipient, #OpticaFellow Robert Boyd, for his contribu….
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RT @lindaunobel: At #LINO17, late Nobel Laureate Mario Molina called #climatechange the "most serious environmental challenge facing societ….
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Enjoying from Paris the very interesting Agora talk "New Methods for biological imaging" by Prof. W. E. Moerner and Prof. Steven Chu at the Lindau Nobel Laureate meting @lindaunobel #LINO70 . Institut Langevin @InstLangevin @ESPCI_Paris
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Such an honor to host Today the Open Exchange session with Prof William Phillips #NobelPrize Physics 1997, he kindly answered questions of young scientists at Lindau Nobel Laureate Meetings #lino70 . We enjoy to hear from him such inspiring answers. Always follow your curiosity!
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Great oportunity to listen from Serge Haroche, #NobelPrize in Physics, a nice recap talk "History of the Science of Light" #LINO70 . There are many secrets out there to be discovered, we don't need quantum computers to be motivated maybe we found more exciting science in the way
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RT @JuanjoLara01: Si dejas una cámara fija apuntando a la Vía Láctea, puedes apreciar perfectamente la rotación de la Tierra. Y por mucho….
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