Heather Carr(@remotelyrising) 's Twitter Profile Photo

Pleading with the SSP operators for the final time.
February 11, 2024

I appreciate there are many people who do not believe in plasmonics, cymatics or synthetic telepathy.

one of the contributing factors to being unable to speak evenly about emergent technologies, where their

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nanofemto(@nanofemto13) 's Twitter Profile Photo

Topological plasmonics
Structured light carrying spin and orbital angular momentum in form plasmon waves, when focused, forms vortex fields, where stationary electric and magnetic fields spin. Let's see what emerges from that. See our Perspective article: lnkd.in/gsXTqhTQ

Topological plasmonics
Structured light carrying spin and orbital angular momentum in form plasmon waves, when focused, forms vortex fields, where stationary electric and magnetic fields spin. Let's see what emerges from that. See our Perspective article: lnkd.in/gsXTqhTQ
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Dept. of Physics of Materials(@fismat_UAM) 's Twitter Profile Photo

Job offer!

4-year PhD position in a Research Project focused on integrating 2D materials, plasmonics and ferroelectrics for applications in Nanophotonics.

Requirements: MSc in Physics, Materials Science, Photonics.

Contact: tinyurl.com/46ctd4zy

Job offer! 

4-year PhD position in a Research Project focused on integrating 2D materials, plasmonics and ferroelectrics for applications in Nanophotonics.

Requirements:  MSc in Physics, Materials Science, Photonics.

Contact: tinyurl.com/46ctd4zy
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Taylor J Woehl(@WoehlLab) 's Twitter Profile Photo

Amy's first paper is published in The Journal of Physical Chemistry with our collaborators U.S. Army DEVCOM Army Research Laboratory. The work elucidates the contributions of radiolysis and plasmonics during liquid phase TEM imaging of silver shell deposition on gold nanorods. pubs.acs.org/doi/full/10.10…

Amy's first paper is published in @JPhysChem with our collaborators @ArmyResearchLab. The work elucidates the contributions of radiolysis and plasmonics during liquid phase TEM imaging of silver shell deposition on gold nanorods. pubs.acs.org/doi/full/10.10…
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Nanomaterials for Energy(@HybridNano) 's Twitter Profile Photo

😍 Wonderful 2nd session on Plasmonics and Photonics for Sustainability 💚💡at PIERS 2024 in Chengdu 🇨🇳 co-chaired with Matías Herrán & including a master class from Johannes Lischner + many great speakers! 👏 Thanks all for joining us! 🙌🙏

😍 Wonderful 2nd session on Plasmonics and Photonics for Sustainability 💚💡at PIERS 2024 in Chengdu 🇨🇳 co-chaired with @matias_herran & including a master class from @jlischner597 + many great speakers! 👏 Thanks all for joining us! 🙌🙏
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Johannes Lischner(@jlischner597) 's Twitter Profile Photo

In our new paper, we study the generation of hot electrons in Ag-Au alloy nanoparticles and find that the contributions from intra- and interband transitions depend sensititively on the alloy composition. Read here: arxiv.org/abs/2402.05292

In our new paper, we study the generation of hot electrons in Ag-Au alloy nanoparticles and find that the contributions from intra- and interband transitions depend sensititively on the alloy composition. Read here: arxiv.org/abs/2402.05292 #plasmonics
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Sara Rocchetti(@sara_rocchetti) 's Twitter Profile Photo

What a great way to celebrate my birthday at in Utah! 🏔️ ⛷️ 🌲

So grateful for this opportunity to present my poster on and 👩‍🔬 🧬

Thank you KeyserLab Cambridge University

What a great way to celebrate my birthday at #FNANO23 in Utah! 🏔️ ⛷️ 🌲 
 
So grateful for this opportunity to present my poster on #DNAorigami and #plasmonics 👩‍🔬 🧬 

Thank you @KeyserLab @Cambridge_Uni
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Purdue Institute for National Security(@PurdueNatSec) 's Twitter Profile Photo

PurdueECE Prof. Alexandra Boltasseva, Optica R.W. Wood Prize winner, studies photonics, plasmonics and metamaterials. Her research group has published 8 book chapters and over 195 journal articles. ow.ly/Jlor50Ncq8U

Happy !

@PurdueECE Prof. Alexandra Boltasseva, @OpticaWorldwide R.W. Wood Prize winner, studies #quantum photonics, plasmonics and metamaterials. Her research group has published 8 book chapters and over 195 journal articles. ow.ly/Jlor50Ncq8U

Happy #WomensHistoryMonth!
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EOSAM(@EOS_AM) 's Twitter Profile Photo

Join the latest advances and discussions at Nanophotonics Topical Meeting to hear about metasurfaces, plasmonics, quantum nano-optics, and more. The meeting covers metasurfaces, deep learning, photonic crystals, and nanophotonic device fabrication.

Join the latest advances and discussions at #EOSAM2023 Nanophotonics Topical Meeting to hear about metasurfaces, plasmonics, quantum nano-optics, and more. The meeting covers metasurfaces, deep learning, photonic crystals, and nanophotonic device fabrication. #photonics #optics
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Anton Kuzyk 🇺🇦(@Anton_Kuzyk) 's Twitter Profile Photo

We are hiring!! 📢

We are looking for a motivated researcher to join us as a doctoral (PhD) student to work on bottom-up fabrication of plasmonics nanostructures.

More information can be found here (position 5).
aalto.fi/en/open-positi…

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Loredana Protesescu(@ProtesescuGroup) 's Twitter Profile Photo

Last day at Beilstein was opened by Delia Milliron | @deliamilliron.bsky.social. Lots of insights into the surface chemistry of plasmonics nanocrystals. The entire day was a learning process about surface and advances in characterization of nanocrystals! It was an excellent conference!

Last day at Beilstein was opened by @DeliaMilliron. Lots of insights into the surface chemistry of plasmonics nanocrystals. The entire day was a learning process about surface and advances in characterization of nanocrystals! It was an excellent conference!
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CP2DM(@alfa_plasmonics) 's Twitter Profile Photo

Hexagonal boron nitride nanophotonics arxiv.org/abs/2303.02804 This is fantastic! hBN-based waveguides allow you to approach the scale of electronic components on a chip. Up to 40 nm! Game changer material for nanophotonics.

Hexagonal boron nitride nanophotonics arxiv.org/abs/2303.02804 This is fantastic! hBN-based waveguides allow you to approach the scale of electronic components on a chip. Up to 40 nm! Game changer material for nanophotonics.
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EOSAM(@EOS_AM) 's Twitter Profile Photo

Tutorial Speaker, Sébastien Bidault will introduce plasmonics and photosynthesis through electromagnetic coupling at the nanoscale.
bit.ly/3zxDwhc
for EOSAM closing soon, submit by April 14: bit.ly/3ZpGvm1

#EOSAM2023 Tutorial Speaker, Sébastien Bidault will introduce plasmonics and photosynthesis through electromagnetic coupling at the nanoscale.
bit.ly/3zxDwhc 
#Submission for EOSAM closing soon, submit by April 14: bit.ly/3ZpGvm1 

#optics #photonics #technology
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Nanophotonics(@Nanophotonics_J) 's Twitter Profile Photo

New special issue, “Metamaterials and Plasmonics in Asia,” developed from the annual A3 Metamaterials Forum, June 26th to 29th, 2023, at Kyoto Institute of Technology, Japan.

The meeting discussed cutting-edge research results in metamaterials and plasmonics in Korea, Japan,

New special issue, “Metamaterials and Plasmonics in Asia,” developed from the annual A3 Metamaterials Forum, June 26th to 29th, 2023, at Kyoto Institute of Technology, Japan. 

The meeting discussed cutting-edge research results in metamaterials and plasmonics in Korea, Japan,
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