Ivo Tanghe (@ivotanghe) 's Twitter Profile
Ivo Tanghe

@ivotanghe

Postdoctoral Researcher at @UGent, @PhotonicsUGent and @NanoUGent. Doing Ultrafast Spectroscopy and building Integrated Lasers based on Colloidal Nanocrystals.

ID: 1667558886365175809

linkhttp://www.photonics.intec.ugent.be/contact/people.asp?ID=490 calendar_today10-06-2023 15:46:56

25 Tweet

68 Followers

64 Following

Ivo Tanghe (@ivotanghe) 's Twitter Profile Photo

Very proud to see our work represented on the cover of the December issue of Nature Nanotechnology! Especially considering the cover is of my own design 😁A big thanks to all the authors of this work Pieter Geiregat Dries Van Thourhout Justin Hodgkiss Photonics UGent PCN NB-Photonics

Roel Baets (@roelbaets) 's Twitter Profile Photo

Ivo Tanghe of UGentPCN⁩ @photonicsugent discussing the remarkable optical gain properties of colloidal “bulk nanocrystals” (sounds like a contradiction 😉) at ⁦SPIE Photonics West⁩. If you want to know more, read the recent Nature Nanotechnology paper.

Ivo Tanghe of <a href="/ugent/">UGent</a> ⁦<a href="/NanoUGent/">PCN</a>⁩ @photonicsugent discussing the remarkable optical gain properties of colloidal “bulk nanocrystals” (sounds like a contradiction 😉) at ⁦<a href="/PhotonicsWest/">SPIE Photonics West</a>⁩. If you want to know more, read the recent Nature Nanotechnology paper.
Ivo Tanghe (@ivotanghe) 's Twitter Profile Photo

Our latest work on optical gain & lasing in Colloidal Quantum Shells is now published in ACS Nano, a collaboration between Photonics UGent, PCN at UGent & Mikhail Zamkov's team at Bowling Green State University! Read more: pubs.acs.org/doi/full/10.10… Pieter Geiregat Dries Van Thourhout

Our latest work on optical gain &amp; lasing in Colloidal Quantum Shells is now published in <a href="/acsnano/">ACS Nano</a>, a collaboration between <a href="/PhotonicsUGent/">Photonics UGent</a>, <a href="/NanoUGent/">PCN</a> at UGent &amp; Mikhail Zamkov's team at <a href="/bgsu/">Bowling Green State University</a>! Read more: pubs.acs.org/doi/full/10.10…

<a href="/Pieter_Geiregat/">Pieter Geiregat</a> <a href="/DThourhout/">Dries Van Thourhout</a>
Pieter Geiregat (@pieter_geiregat) 's Twitter Profile Photo

Big shout-out to Dr. Ranjana Yadav and Dr. Ivo Tanghe Ivo Tanghe for obtaining the FWO Post-Doctoral Fellowship to set up their own research lines on nano-chemistry of III-V QDs and their use in nano-photonics, respectively. Congrats and thanks to FWO for the funding !

Big shout-out to Dr. Ranjana Yadav and Dr. Ivo Tanghe <a href="/IvoTanghe/">Ivo Tanghe</a> for obtaining the FWO Post-Doctoral Fellowship to set up their own research lines on nano-chemistry of III-V QDs and their use in nano-photonics, respectively. Congrats and thanks to <a href="/FWOVlaanderen/">FWO</a> for the funding !
Ivo Tanghe (@ivotanghe) 's Twitter Profile Photo

With a new publication, a new cover as well! Here, a thin film of Quantum Shells on a SiNx photonic crystal is shown. Read all about our work on Colloidal Quantum Shell gain and lasing here: pubs.acs.org/doi/10.1021/ac… ACS for Authors Photonics UGent PCN

With a new publication, a new cover as well! Here, a thin film of Quantum Shells on a SiNx photonic crystal is shown. Read all about our work on Colloidal Quantum Shell gain and lasing here: pubs.acs.org/doi/10.1021/ac…

<a href="/ACS4Authors/">ACS for Authors</a> <a href="/PhotonicsUGent/">Photonics UGent</a> <a href="/NanoUGent/">PCN</a>
ACS Nano (@acsnano) 's Twitter Profile Photo

A research team led by Ivo Tanghe of Photonics UGent UGent PCN investigated the optical gain mechanisms in colloidal quantum shells (QSs) and used them to demonstrate highly efficient integrated #laserdevices. Read the cover story here 👉 pubs.acs.org/doi/10.1021/ac…

A research team led by <a href="/IvoTanghe/">Ivo Tanghe</a> of <a href="/PhotonicsUGent/">Photonics UGent</a> <a href="/ugent/">UGent</a> <a href="/NanoUGent/">PCN</a> investigated the optical gain mechanisms in colloidal quantum shells (QSs) and used them to demonstrate highly efficient integrated #laserdevices.

Read the cover story here 👉 pubs.acs.org/doi/10.1021/ac…
Pieter Geiregat (@pieter_geiregat) 's Twitter Profile Photo

PhD positions alert ! We have 3 openings in our team at Ghent University (Belgium) in the framework of a Marie Curie Doctoral Training Network with a host of European partners. Please check out the website : nano.ugent.be/content/jobs and apply now !

PhD positions alert ! We have 3 openings in our team at Ghent University (Belgium) in the framework of a Marie Curie Doctoral Training Network with a host of European partners. Please check out the website : nano.ugent.be/content/jobs and apply now !
SciMingo (@scimingo) 's Twitter Profile Photo

Ook dit jaar geeft de Vlaamse #PhDCup een podium aan jonge topwetenschappers! 🏆 Ontdek de 16 geselecteerden op phdcup.be Lees meer over de selectie 👉 phdcup.be/nieuws/vlaamse… KU Leuven UGent Universiteit Hasselt FWO

Ook dit jaar geeft de Vlaamse #PhDCup een podium aan jonge topwetenschappers! 🏆 Ontdek de 16 geselecteerden op phdcup.be 

Lees meer over de selectie 👉 phdcup.be/nieuws/vlaamse…

<a href="/KU_Leuven/">KU Leuven</a> <a href="/ugent/">UGent</a> <a href="/uhasselt/">Universiteit Hasselt</a> <a href="/FWOVlaanderen/">FWO</a>
Pieter Geiregat (@pieter_geiregat) 's Twitter Profile Photo

Stimulated emission and lasing from bulk CdSe ? Only in a nanocrystal format of course ! Confusing, read all about in The Journal of Physical Chemistry | The Journal of Physical Chemistry Letters pubs.acs.org/doi/full/10.10…

Ivo Tanghe (@ivotanghe) 's Twitter Profile Photo

Heel blij dat ik mijn onderzoek heb kunnen tonen op de #PhDcup! Een heel dikke proficiat aan de winnaars Liselore, Klaas en Lore De Greve! Bedankt aan SciMingo voor deze fantastische ervaring! De trainingen waren super nuttig en ik ga ze ongetwijfeld nog veel kunnen gebruiken 😁

Nanoscale journal family (@nanoscale_rsc) 's Twitter Profile Photo

By comparing multiple ultrafast spectroscopy techniques, PCN takes on the challenge of accurately modelling carrier temperature (and thus energy dissipation) in semiconductor nanocrystals. Check out the work by Ivo Tanghe, @Pieter_Geirega et al.: doi.org/10.1039/D4NR04…

By comparing multiple ultrafast spectroscopy techniques, <a href="/NanoUGent/">PCN</a> takes on the challenge of accurately modelling carrier temperature (and thus energy dissipation) in semiconductor nanocrystals. 

Check out the work by <a href="/IvoTanghe/">Ivo Tanghe</a>, @Pieter_Geirega et al.:
doi.org/10.1039/D4NR04…