Rodrigo Berté

Postdoctoral researcher working in nanophotonics.
Prev: PhD @imperialcollege, Postdoc @LMU_Muenchen, @ufg_oficial.

[Rodrigo Berté @r_berte]

https://t.co/gcBeNt4JKI

[Rodrigo Berté @r_berte]

A small piece I wrote for https://t.co/ixu3gygCr4 on BICs of gravitational waves: Bound gravitational waves inspired by photonic systems https://t.co/gcBeNt4JKI via @physorg_com

[Rodrigo Berté @r_berte]

@HybridNano Thanks Emi! 🤗

[Rodrigo Berté @r_berte]

New paper out in IOP's Physica Scripta! 🥳

BICs exist for quantum, sound, elastic, hydrodynamic and optical waves. Why should gravitational waves (GW) be left out of the party?

https://t.co/ESPfK4VRZV

[Rodrigo Berté @r_berte]

I must thank Prof. Daniel Vanzella for the comments, @eigenchris for the awesome material on GR and reviewer #1 for the comments and suggestions!

[Rodrigo Berté @r_berte]

Here, two localized perturbations of flat spacetime (one for each GW polarization) lead to distributional sources at the localization plane and to regular vacuum solutions outside of it.

If there are GW quasi-BICs, maybe they can be as useful as the photonic ones!

[Andreas Tittl @AndreasTittl]

Check out the LMU press release about our recent paper on all-optical resonance generation in unstructured silicon films: https://t.co/adYPf00cQm

[Rodrigo Berté @r_berte]

Our tailored ultrafast resonances in an unpatterned Si thin film is finally out in @LightSciAppl ! 💡🔦⚖️🪞

Think of a visible-to-mid IR resonance... it is there.

Kudos to all authors: Thomas Possmayer, @AndreasTittl, Leo Menezes and Stefan Maier!

[LightSciAppl @LightSciAppl]

#LSA_Highlight: [Article] All-optical permittivity-asymmetric quasi-bound states in the continuum. @LMU_Muenchen @ufpeoficial #Nanophotonics_and_plasmonics #Nonlinear_optics #Ultrafast_photonics
https://t.co/41w8W3qPrz

[Rodrigo Berté @r_berte]

Giving it a go
https://t.co/9gCjB3wrsG

[Andreas Tittl @AndreasTittl]

Feeling static during the summer months? We show how you can dynamically control resonances on millisecond timescales by combining permittivity-asymmetric BIC metasurfaces and electrochromic polymers. Out now in Nature Communications: https://t.co/iRvZZ9dTQ5

[Rodrigo Berté @r_berte]

Waiting 4 months for a superficial and unsubstantiated peer-review rejection (reviewer #2, ofc...) should not be normal. Reviewer #1 really liked the paper.

[Rodrigo Berté @r_berte]

@OdedRechavi Should authors get a share of the profit from their published articles? Especially useful for ECRs without a position/steady income.

[L @luca_sor]

💫 Passionate about spectroscopy and nanophotonics?

We have a Postdoc position at our Chair in Hybrid Nanosystems @LMU_Muenchen to start asap!

Details below and DM if you want more info! RT also appreciated :)

[Nature Photonics @NaturePhotonics]

New @openaccess article online: Multiplication of the orbital angular momentum of phonon polaritons via sublinear dispersion.

https://t.co/HQUirileIl

[Rodrigo Berté @r_berte]

We should be honest about it more often

[Sabine Hossenfelder @skdh]

How I fell out of love with academia

(this video was an accidental publication/scheduling blunder😬😬 but well uh, happy Friday I guess)

https://t.co/7eUpgouIkI

[Nanomaterials for Energy @HybridNano]

🙌😉Today in @NaturePhotonics we show a SiC membrane platform with controllable orbital-angular-momentum (OAM) of surface phonon polaritons at mid-infrared frequencies 💡⭕️🎯 Beautiful work by Andrea Mancini & Lin + @r_berte, Stefan, @Hren2016. Check here: https://t.co/GrSXbrwz68

[Rodrigo Berté @r_berte]

We hope this can be useful whenever resonances play a role. Kudos to whole team: Thomas Possmayer, @AndreasTittl, Leo Menezes and Stefan Maier!

[Rodrigo Berté @r_berte]

What note would an infinite string sound? What "color" would an infinite mirror cavity have? Any you want, but how to select it? In our preprint we show how to excite tailored resonances in a plain thin film using light to break its permittivity symmetry🔦
https://t.co/8oMxQt8NAw

[Rodrigo Berté @r_berte]

So we don't necessarily need to pattern samples through etching/deposition steps to have tailored resonances. Nothing more than a thin film gives us very interesting optical functionalities!