Ted Tsoulos

Multi Engineer - Physicist | Industrializing Cutting Edge Products | Friday drummer - Weekend Outdoorsman - Rec. Craftsman | Culture, Arts & Society

[Ted Tsoulos @tedtsoulos]

We made the news with the world's first commercially available metal bonded magnet: https://t.co/S7AoGWhP1R

It can change the way we build electric motors, actuators, sensors and more! #ElectricVehicles #Future #technology #innovation #Tesla

DM for samples!

[Ted Tsoulos @tedtsoulos]

@MeghanEMurphy It’s challenging to balance both the inevitable loss of jobs and the unavoidable progress coming through. Repetitive jobs are soul-crashing hellscapes, having worked on a factory production line I do not wish them to anyone. Focus needed on smoothing this transition & training.

[Ted Tsoulos @tedtsoulos]

@audrey_unver And it gets really interesting when it comes to the science of matter. Marble and stone engineered by nature through millennia age gracefully, while modern concrete cannot even compete with Roman concrete in longevity and sustainability. 2020's concrete R&D is just catching up.

[Ted Tsoulos @tedtsoulos]

@audrey_unver Ideological fixations won over what the Ancient Greeks called "the human measure", i.e. sense of proportion and/or balance. The test of time is ironically brutal comparing grotesque 50 yo brutalist monstrosities to timeless beauties from the antiquity through the early 20th c.

[UK Magnetics Society @UKMagSoc]

Register today: Ted Tsoulos present Ti NdFeB, a novel metal bonded magnetic material from EPoS Tec.

LARM2025 - Linear and Rotating Machines
24-25 June 2025
Newcastle, UK
https://t.co/gc3bKKNKrS
UKMS: Connecting people who do magnetics research and applications

[Giulia Tagliabue @lnet_epfl]

At LNET we have an opening for a #postdoc position in #Spectroscopy! Please apply through the @EPFL_en platform if interested or share with potential candidates. https://t.co/bEwI5mrtJJ

[Kaden Hazzard @QuantumHazzard]

Physics texts tell us particles come in only 2 types - fermions or bosons. Our Nature paper today shows other, thought-to-be forbidden, particles are possible. Why you should care & addressing a concern I’m sure some experts have: “this must be wrong!” (warning: mammoth thread)

[Tommaso Giovannini @giovannini_t]

I am looking for 2 one-year #postdocs in #computational condensed matter physics.

Ideal candidates:
🔬 #physicists or #theoreticalchemists
💻 Expertise in #moleculardynamics or #abinitio #electronic #structure methods

RT appreciated
1/3

[Ted Tsoulos @tedtsoulos]

@miriamlisci @griffiths_lab @TheCIMR @ScienceMagazine @munafomarzia Great Miriam!!

[Andrea Baldi @calippoebbira]

We are hiring! #Plasmonics for #Chemistry
@VUamsterdam @VU_Science

RT much appreciated🙏!

https://t.co/tN7r6U8mmE

[Giulia Tagliabue @lnet_epfl]

On #WomenInScience Day LNET's outstanding women researchers, @FatemehKiani_sh Anna Archetti and Hongyu Tang, tell us more about their passion for #science and #technology ! @EPFL_MechE

[Ted Tsoulos @tedtsoulos]

@MikolajKSchmidt @PhotonicsMeetup @lnet_epfl @gbaffou @RomainQuidant As @RenJieLin2 's work also in @lnet_epfl showcases https://t.co/7MKeb205ep self-heat can be utilized to realize single-λ thermally tunable truly flat metalenses. (3/3)

[Ren-Jie Lin @RenJieLin2]

In this work, we demonstrate the design of an ultrathin temperature-tunable metalens. The focal length of metalens can be linearly shifted as increasing temperature.
#POM20ju @PhotonicsMeetup @lnet_epfl

[Ted Tsoulos @tedtsoulos]

Dielectric Nanoresonators are known for both low-loss and optical heating applications. It is necessary to calculate for the optical self-heating when designing applications as our analytical and numerical tools showcase. @PhotonicsMeetup #POM20ju #POM20LM @lnet_epfl #nanoheat

[Ted Tsoulos @tedtsoulos]

@MikolajKSchmidt @PhotonicsMeetup @lnet_epfl For NR self-heating ->e.g. DOI:10.1002/lpor.201200003. @gbaffou @RomainQuidant . In @lnet_epfl we focus on self-heat of thermo-optically sensitive NR as their optical properties shift with self-heat and so does the heat until the two (temperature & absorption) equilibrate. (2/3)

[Ren-Jie Lin @RenJieLin2]

In this work, we demonstrate the design of an ultrathin temperature-tunable metalens. The focal length of metalens can be linearly shifted as increasing temperature.
#POM20ju @PhotonicsMeetup @lnet_epfl

[Fatemeh Kiani Sh. @FatemehKiani_sh]

A cactus-like hierarchical structure is fabricated from copper nanowire arrays coated with carbon nanotubes. We show that the obtained structure is angle- and polarization-independent with an extremely low reflectance across the visible to mid-infrared region. #POM20ju #POM20LM

[Ted Tsoulos @tedtsoulos]

@laurafabris77 @Judithdemel @EKing_Sci @Lauren_Langbein @xatruchNMT @ewenthel @Queen_ofthe_Lab @unfortunatephd @camurphy3 @EmbraceTheCoda @CogSciGirlPhD @Kolie_Yola @kosmikastaway @Deakology @fiona_chembot @thiagoarzua @zoeguttman @cogscinotes @sarahanmy @SalvatoreRaia_ @IvonneLomeliL @karenerrichetti @sakisci @allergyang @SarahHammami3 @Vito61049871 @fabricatorz @romain_dlg @LukeLikelihood @Neubadah @mfwells5 @Jennifer8384 @hannahefrye @brainlim @ConnerPhilson @jishyra @Tiny_Biologist @quixoticfemme @lebmicro @bradyajohnston @ChemistryCayk @ConradGoodwin @LCasalino88 @CcTheScientist @ramencult Thanks @laurafabris77!
1. Postdoctoral Scientist @EPFL_ReO optimizing optical nanoheating for energy applications.
2. Built a balcony garden and rode a few MTB marathons.
3. Off to @ioanna_tsoulou @chrispygenes @pollinus66

[Giulia Tagliabue @lnet_epfl]

Interesting work on thermo-optical tuning of plasmons! If you are also interested on how thermo-optical effects tune the response of dielectric nanoresonators check out our recent paper https://t.co/VFddD7Cft8 @tedtsoulos @Nanophotonics_J #Opticalproperties