Photonic Materials Group - led by Prof. Albert Polman - Center for Nanophotonics - AMOLF - Amsterdam - metamaterials - nanophotovoltaics - cathodoluminescence
Amsterdam, The Netherlands
Joined November 2018
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🎉Check out our two interrelated publications in ACS Nano studying the electron interaction with confined optical modes. @albert_polman @SchilderNick @garciadeabajo @ValerioDiGiu
🔬 Experimental -pubs.acs.org/doi/10.1021/acs…
📚 Theoretical - pubs.acs.org/doi/10.1021/acs…
Photonic Materials retweeted
📢 📄 Check out our latest paper on shows high-aspect ratio Ag nanowire grids grown via electrochemical methods 📷 These can potentially replace ITO in solar cells for a greener manufacturing! 🌞
Great team effort with @AndreaCordaro2 and S. Tabernig doi.org/10.1021/acsaom.4c000…
Photonic Materials retweeted
Check out my latest paper in ACS!
This work has been a big part of my PhD journey, and I'm really happy to see it published!
📢 📄 Check out our latest paper on shows high-aspect ratio Ag nanowire grids grown via electrochemical methods 📷 These can potentially replace ITO in solar cells for a greener manufacturing! 🌞
Great team effort with @AndreaCordaro2 and S. Tabernig doi.org/10.1021/acsaom.4c000…
Photonic Materials retweeted
If you want to know more about the carrier management & light management check out the papers 🔽
doi.org/10.1002/pip.3769
doi.org/10.1021/acsphotonics…
Photonic Materials retweeted
Nice @pvmagazine news article about our record-breaking 36.1%-efficient 3-junction silicon solar cell!
@e_rmer @_amolf @FraunhoferISE
pv-magazine.com/2024/01/26/f…
Photonic Materials retweeted
🚨I am hiring!
Are you curious of metal-free perovskites, and to understand the relation between structure and properties in these materials using advanced experimental techniques?
📌@VUamsterdam
🧪PhD Opportunity
⌛️Closes on 29-2-2024
Apply here:
werkenbij.vu.nl/vacatures/ph…
📍 @VUamsterdam 🎓 Faculty of Science
💼 0.8 / 1 Position 💼
👩🔬 PhD Opportunity 👨🔬
⏰ Closes on 29-2-2024 ⏰
🔗 Learn more and apply now: workingat.vu.nl/vacancies/ph…
Photonic Materials retweeted
Accompanied by a nice News and Views from @srk_rodriguez and @sander_mann!
nature.com/articles/s41566-0…
Photonic Materials retweeted
Our paper on passive, bias-free nonreciprocal metasurfaces driven by nonlinear quasi-bound states has been published in Nature Photonics. @michele_cotrufo @AndreaCordaro2 @dsounas @albert_polman
nature.com/articles/s41566-0…
Photonic Materials retweeted
It was a pleasure to write this News & Views, together with @sander_mann, about 2 recent papers on heat-assisted nonreciprocity. One from groups of @andrea_alu & @albert_polman, another from @mickeykats group.
Thank you @rachelpcwon for the invitation!
nature.com/articles/s41566-0…
Photonic Materials retweeted
Nice summary of the physics behind our demonstration of a one-way street for light driven by @michele_cotrufo @asrc_gc and @AndreaCordaro2 @_amolf initiated by @andrea_alu @asrc_gc published in @NaturePhotonics.
Using a thin layer of nano-patterned silicon, a multi-institutional team of researchers has designed a device that transmits light unidirectionally and prevents incoming reflections, all without magnets. Learn more in @NaturePhotonics! bit.ly/3NpWvBx
ALT An illustration of the non-reciprocal metasurface
Photonic Materials retweeted
Excited to see our latest work published in Nature Photonics! We demonstrate metasurfaces that break Lorentz reciprocity and support asymmetric light propagation.
Great collaboration with @AndreaCordaro2 @dsounas @albert_polman @andrea_alu
@RochesterOptics @asrc_gc @_amolf
Using a thin layer of nano-patterned silicon, a multi-institutional team of researchers has designed a device that transmits light unidirectionally and prevents incoming reflections, all without magnets. Learn more in @NaturePhotonics! bit.ly/3NpWvBx
ALT An illustration of the non-reciprocal metasurface
Photonic Materials retweeted
Using a thin layer of nano-patterned silicon, a multi-institutional team of researchers has designed a device that transmits light unidirectionally and prevents incoming reflections, all without magnets. Learn more in @NaturePhotonics! bit.ly/3NpWvBx
ALT An illustration of the non-reciprocal metasurface
Photonic Materials retweeted
Our 36.1% record-efficiency Si-based multi-junction solar cell with @FraunhoferISE and @_amolf now in the “solar cell efficiency tables” in Progress in Photovoltaics.
pv-magazine.com/2023/12/07/a…
👀👀
Solar cell efficiency tables (Version 63)
onlinelibrary.wiley.com/doi/… – at Somerville, MA
All solar cell efficiencies at a glance – updated
pv-magazine.com/2023/12/07/a… – at Somerville, MA
Photonic Materials retweeted
Metasurfaces go non-reciprocal! ➡️⛔️↪️
We demonstrated optical metasurfaces with a large non-reciprocal transmission (~ 10 dB) for free-space radiation harnesing Si thermo-optic nonlinearities.
Great experiment lead by @michele_cotrufo and @andrea_alu!
nature.com/articles/s41566-0…
Photonic Materials retweeted
Congratulations to former group member and rising star in photonics @michele_cotrufo for this well deserved award! @RochesterOptics @asrc_gc
mdpi.com/journal/photonics/a…
Photonic Materials retweeted
Heb je een technische achtergrond en ervaring met programma-management? En wil je samenwerken om het #SolarNL Groeifondsprogramma voor circulaire, geïntegreerde hoogrendements #zonnepanelen te lanceren? Reageer dan op de Programmasecretaris #vacature ☀
linkedin.com/jobs/view/37365…
Hot off the press ☀️ In collaboration with @FraunhoferISE we demonstrated a nano-patterned back reflector that traps light in a GaInP/GaInAsP//Si triple-junction solar cell. These results led to the recent record breaking 36.1%-efficient cell.
pubs.acs.org/doi/10.1021/acs… – at Cambridge, MA