@rohm lancia i dispositivi #terahertz più piccoli del settore:
✅ RTD da 0,5×0,5 mm
✅ Frequenza: 320 GHz
✅ Potenza: 10–20 µW
✅ Package PLCC 4×4,3 mm
✅ Nessun raffreddamento necessario
#ROHM #THz #semiconduttori #innovazione
Leggi la notizia completa 👉🏻 https://www.elettronica-tech.it/dispositivi-di-oscillazione-e-rilevamento-delle-onde-terahertz-piu-piccoli-del-settore/?utm_source=mastodon&utm_medium=Zoho+Social e registrati su #ElettronicaTECH per non perdere tutti gli aggiornamenti!
@rohm lancia i dispositivi #terahertz più piccoli del settore:
✅ RTD da 0,5×0,5 mm
✅ Frequenza: 320 GHz
✅ Potenza: 10–20 µW
✅ Package PLCC 4×4,3 mm
✅ Nessun raffreddamento necessario
#ROHM #THz #semiconduttori #innovazione
Leggi la notizia completa 👉🏻 https://www.elettronica-tech.it/dispositivi-di-oscillazione-e-rilevamento-delle-onde-terahertz-piu-piccoli-del-settore/?utm_source=mastodon&utm_medium=Zoho+Social e registrati su #ElettronicaTECH per non perdere tutti gli aggiornamenti!
@rohm lancia i dispositivi #terahertz più piccoli del settore:
✅ RTD da 0,5×0,5 mm
✅ Frequenza: 320 GHz
✅ Potenza: 10–20 µW
✅ Package PLCC 4×4,3 mm
✅ Nessun raffreddamento necessario
#ROHM #THz #semiconduttori #innovazione
Leggi la notizia completa 👉🏻 https://www.elettronica-tech.it/dispositivi-di-oscillazione-e-rilevamento-delle-onde-terahertz-piu-piccoli-del-settore/?utm_source=mastodon&utm_medium=Zoho+Social e registrati su #ElettronicaTECH per non perdere tutti gli aggiornamenti!
@rohm lancia i dispositivi #terahertz più piccoli del settore:
✅ RTD da 0,5×0,5 mm
✅ Frequenza: 320 GHz
✅ Potenza: 10–20 µW
✅ Package PLCC 4×4,3 mm
✅ Nessun raffreddamento necessario
#ROHM #THz #semiconduttori #innovazione
Leggi la notizia completa 👉🏻 https://www.elettronica-tech.it/dispositivi-di-oscillazione-e-rilevamento-delle-onde-terahertz-piu-piccoli-del-settore/?utm_source=mastodon&utm_medium=Zoho+Social e registrati su #ElettronicaTECH per non perdere tutti gli aggiornamenti!
Terahertz Revolution: Ultrafast Pulses Enable Precision Control Of Atomically Thin Semiconductors
#Terahertz #2DMaterials #Semiconductors #QuantumTechnology #UltrafastScience #NanoTech #Photonics #MaterialsScience #CoherentControl #THz #Petahertz #TechBreakthrough
✨ 100 talents, 4 days, 1 focus: the future of #OpticalCommunication!
During the Summer School on Optical Communication 2025, nearly 100 young professionals explored #THz, #QuantumTech, #6G, and more with lab tours, industry insights, and lively networking. 🌐🔬🚤
📜New preprint: We finally found #THz -driven #StructuralDynamics as ultrafast fingerprints for hidden symmetry breaking in 2D layered (Ruddlesden-Popper) hybrid #Perovskites. Feedback highly appreciated.
https://arxiv.org/abs/2503.02529
Great team effort of by @fhi_mpg_de , @HZDR, @freieuniversitaet , École Polytechnique, ENS Paris-Saclay
Researchers from the Fritz Haber Institute of @maxplanckgesellschaft and @HZDR have developed a novel experimental platform to measure electric fields of light trapped between two mirrors with sub-cycle precision. The study opens new avenues for exploring ultrafast control of material properties.
#THz
▶️ https://www.hzdr.de/presse/eoc
Image: Spencer/Mährlein (FHI)
⁉️ How to directly measure intra-cavity fields? How to implement a tunable electro-optic #THz cavity, which can additionally host an active material to control light-matter coupling? How to decode avoided crossing signatures of hybrid cavity dispersions?
💥 See our new work lead by M. Spencer in Nature - Light: Science & Applications:
https://www.nature.com/articles/s41377-024-01685-x
🎓 Collaboration by @HZDR and @fhi_mpg_de
A research collaboration has developed a novel fabrication technique for producing high-performance #spectral #filters in the #terahertz region. The team achieved an entire octave-wide bandwidth filter with superior attenuation (40–50 dB) in the stopband region! This is a great leap forward in #THz filter technology. Learn more: https://ilphotonics.com/new-technique-to-produce-high-performance-thz-filters/
After lurking on the outskirts of the fediverse for almost 2 years, I think it makes sense to post an #introduction.
My name is Premysl (Prema) Marsik (he/him) and I am a physicst #physics working in the field of optical spectroscopy of quantum materials. I specialize in #THz and #infrared #ellipsometry on thin films.
I am building ellipsometers and writing software for them #c #programming. I am working on an #opensource framework for optical data acquisition, processing and analysis.
Hidden Harmonies: Scientists discover magnon-phonon Fermi resonance in #antiferromagnets, proposing an innovative way leading to novel #DataStorage technologies based on such #QuantumMaterials.
#THz @HZDR @Radboud_uni @UniKoeln
Image: B. Schröder / HZDR
🌿 Exciting DIY Project Update! 🛠️ Just hooked up my Air Water Heat Pump, "Tecalor THZ 5.5 Eco" by Striebel Eltron. 🌬️ Used a Raspberry Pi as a ser2net bridge to the service port, and a custom Python script for real-time status updates. 💻💨 Saved big bucks by going the #DIY route! 💰 Check out my dashboard screenshot below. #HomeAssistant #AppDaemon #TechDIY #Python #tecalor #thz #chatgpt 🏡🔧✨
PhD opportunity @iemn_fr
@CNRS
@ERC_Research
, Lille France!
Unravel the structure of proteins using #THz nanotechnology!
Design electromagnetic concentrator and implement it from cryo temperature to micro fluidic systems
to enhance THz- protein interactions!
Join our team and be part of this exciting research !
Apply now : https://euraxess.ec.europa.eu/jobs/184211
So nice to see that hard work pays off. Hard work by PhD student Lorenzo Cruciani, PhD student in my group at ARCNL, that is. He observed emission of terahertz pulses after excitation with femtosecond laser pulses from the metal ruthenium, and an surprising enhancement of the emission amplitude at higher pumping powers. Turns out that this coincides with the partial, laser-induced oxidation at higher laser powers. You can read about it here:
https://pubs.acs.org/doi/10.1021/acs.jpcc.3c05525
#Terahertz #THz #ruthenium
Our Max Frenzel rocking the plenary audience with his upgrade to a keynote talk on “Quartz as an Accurate High-Field Low-Cost #THz #Helicity Detector” at #IRMMWTHz2023 in Montréal. Why the buzz?
Check our brand new work on arXiv: https://arxiv.org/abs/2309.08286
Big next step towards broad Industrial application of spintronic #THz emitter. Congrats @FraunhoferITWM et al.
---
RT @TeraTomS
Smaller than a fly: Spintronic terahertz emission from the end of an optical fiber - it does not get simpler than that (https://arxiv.org/abs/2305.01365). Great collaboration with the teams from @FraunhoferITWM @teraspintec @iemn_fr @uni_mainz @PhysikFUBerlin .
https://twitter.com/TeraTom_S/status/1653673146291986432
☀️ Good morning #SKM23 #DPG
sprint meeting. What about some "#THz and #MIR Physics in Semiconductors" for a smooth start of the day? I'll be chairing the HL 17 session with a number of exciting talks:
https://www.dpg-verhandlungen.de/year/2023/conference/skm/part/hl/session/17
Also excited, but overwhelmed by the #DPGSpringMeeting program at #SKM23 ? 🔖
Meet us, the #THz Structural Dynamics group from @fhi_mpg_de at these talks:
University of Delaware Postdoc position in
- Operating and improving the time-resolved time-domain #THz #spectroscopy setup, including the amplified femtosecond #laser system
- #Synthesis, #nanofabrication and characterization of #magnetic heterostructures
- Conducting experiments on novel #quantum #materials
http://bit.ly/3wB7tvb
