HORATES Innovative Training Network (@horatesitn) 's Twitter Profile
HORATES Innovative Training Network

@horatesitn

HORATES is a #MSCA Innovative Training Network on hybrid and organic thermoelectric systems. We develop new materials to convert waste heat into electricity.

ID: 1512027887666409472

linkhttps://horates.eu calendar_today07-04-2022 11:22:39

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ECT22 in #Barcelona has been a great opportunity for #HORATES ESRs to introduce themselves to the #thermoelectrics international community!

ECT22 in #Barcelona has been a great opportunity for #HORATES ESRs to introduce themselves to the #thermoelectrics international community!
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Aditya Dash (ESR 1) stands next to his poster titled "Comprenhensive Model for Thermoelectric Properties of 2D Carbon Nanotubes Network" at the KAUST flexible organic electronics workshop

Aditya Dash (ESR 1) stands next to his poster titled "Comprenhensive Model for Thermoelectric Properties of 2D Carbon Nanotubes Network" at the KAUST flexible organic electronics workshop
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Very recently all ESRs and some of our PIs attended a workshop on Organic Semiconductors and Flexible Electronics in Kaust, Saudi Arabia. They discussed a lot with next generation scientists in this field from all over the world. KAUST Solar Center HORATES Innovative Training Network

Very recently all ESRs and some of our PIs attended a workshop on Organic Semiconductors and Flexible Electronics in Kaust, Saudi Arabia. They discussed a lot with next generation scientists in this field from all over the world. <a href="/KAUST_Solar/">KAUST Solar Center</a> <a href="/horatesITN/">HORATES Innovative Training Network</a>
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Members from the PME - Printed and Molecular Electronics lab, including HORATES ESR Nathan Pataki have published an interesting perspective on device-level research related to organic thermoelectric generators in Applied Physics Letters. Check out the article here! doi.org/10.1063/5.0129…

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ESR 1 Aditya Dash from the Kemerink group has published a comprehensive model for the thermoelectric properties of carbon nanotubes in Physical Review Applied. Check out the article here! link.aps.org/doi/10.1103/Ph…

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The 4th progress meeting of HORATES will take place from April 3 to April 5, 2023 in Strasbourg at ICS on the CNRS campus. The details can be found by scanning the QR code. A summary and impressions of the event will follow soon. Stay tuned!@CharlesSadron CNRS 🌍

The 4th progress meeting of HORATES will take place from April 3 to April 5, 2023 in Strasbourg at ICS on the CNRS campus. The details can be found by scanning the QR code. A summary and impressions of the event will follow soon. Stay tuned!@CharlesSadron <a href="/CNRS/">CNRS 🌍</a>
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ESR7 Paolo Sebastiano Floris has recently published his work on Adv. Fun. Mat., in collaboration with Prof. Claudio Melis from the University of Cagliari Università degli Studi di Cagliari and supervised by Riccardo Rurali Riccardo Rurali at ICMAB icmabCSIC UAB Campus [ onlinelibrary.wiley.com/doi/10.1002/ad… ]

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Exciting news! Aditya Dash (ESR1) just delivered an fantastic speech at the International Conference on Thermoelectrics. He shared captivating insights on Spontaneous modulation doping in polycrystalline polymers lead to high conductivity at low doping. Congratulations!🎉 👍

Exciting news! Aditya Dash (ESR1) just delivered an fantastic speech at the International Conference on Thermoelectrics. He shared captivating insights on Spontaneous modulation doping in polycrystalline polymers lead to high conductivity at low doping. Congratulations!🎉 👍
PME - Printed and Molecular Electronics (@caironipme) 's Twitter Profile Photo

New paper! Thanks to micron-thin substrates, rolled-up organic thermoelectric generators with printed legs reach high thermocouple density. Great effort by Nathan Pataki in collab. with Najmeh Zahabi and Igor Zozoulenko HORATES Innovative Training Network IIT Marie Skłodowska-Curie Actions onlinelibrary.wiley.com/doi/10.1002/ad…

New paper! Thanks to micron-thin substrates, rolled-up organic thermoelectric generators with printed legs reach high thermocouple density. Great effort by <a href="/nathanjames404/">Nathan Pataki</a> in collab. with Najmeh Zahabi and <a href="/IgorZozoulenko/">Igor Zozoulenko</a> <a href="/horatesITN/">HORATES Innovative Training Network</a> <a href="/IITalk/">IIT</a> <a href="/MSCActions/">Marie Skłodowska-Curie Actions</a>

onlinelibrary.wiley.com/doi/10.1002/ad…
PME - Printed and Molecular Electronics (@caironipme) 's Twitter Profile Photo

Moving forward with printed Organic Thermoelectric Generators for sustainable energy harvesting: here the work by Irene Brunetti within HORATES Innovative Training Network on fully screen printed monolithic OTEGs onlinelibrary.wiley.com/doi/10.1002/ad… IIT

Moving forward with printed Organic Thermoelectric Generators for sustainable energy harvesting: here the work by Irene Brunetti within <a href="/horatesITN/">HORATES Innovative Training Network</a> on fully screen printed monolithic OTEGs
onlinelibrary.wiley.com/doi/10.1002/ad…
<a href="/IITalk/">IIT</a>
PME - Printed and Molecular Electronics (@caironipme) 's Twitter Profile Photo

Yesterday Nathan Pataki successfully defended his PhD thesis on organic thermoelectric generators. Congrats and good luck for your future career! Thanks to the committee members Derya Baran and Francisco Molina-Lopez. HORATES Innovative Training Network IIT

Yesterday <a href="/nathanjames404/">Nathan Pataki</a> successfully defended his PhD thesis on organic thermoelectric generators. Congrats and good luck for your future career! Thanks to the committee members <a href="/DeryaBaranB/">Derya Baran</a> and Francisco Molina-Lopez. <a href="/horatesITN/">HORATES Innovative Training Network</a> <a href="/IITalk/">IIT</a>