Jorge Parra (@jorpargo_) 's Twitter Profile
Jorge Parra

@jorpargo_

📡 Engineer, PhD in Silicon Photonics. ⚡️ Playing with #light at the nanoscale @upvntc. Alumnus @TelecoUPV @UPV.

ID: 1599852347580157955

linkhttps://scholar.google.es/citations?user=5kYBpXIAAAAJ&hl=en calendar_today05-12-2022 19:45:11

277 Tweet

119 Followers

313 Following

Jorge Parra (@jorpargo_) 's Twitter Profile Photo

Microscopic beauty: a silicon waveguide (blue) and an indium tin oxide microheater (green), fabricated at NANOPHOTONICS TECHNOLOGY CENTER - NTC. Complexity and elegance packed into just a few microns.

Microscopic beauty: a silicon waveguide (blue) and an indium tin oxide microheater (green), fabricated at <a href="/upvntc/">NANOPHOTONICS TECHNOLOGY CENTER - NTC</a>. Complexity and elegance packed into just a few microns.
Jorge Parra (@jorpargo_) 's Twitter Profile Photo

Tener clara tu identidad profesional te permite fijar un rumbo y avanzar con propósito. Qué haces (misión), hacia dónde vas (visión) y cómo eliges actuar (valores) son tres pilares clave. Sin ellos, es como andar dando vueltas en un desierto sin brújula. #Reflexión

Pilar Paneque (@pilarpaneque) 's Twitter Profile Photo

Publicados los resultados de la convocatoria de funcionarias/os de Sexenios 2024 desagregados por campo, género e institución: 📌bit.ly/3Zx41k6 - 7172 tramos (6787 solicitudes) - Aumenta la participación de mujeres - Se consolida el Campo 0. Multi e interdisciplinar

nature (@nature) 's Twitter Profile Photo

From today, all new submissions to Nature that are published will be accompanied by referees’ reports and author responses — to illuminate the process of producing rigorous science go.nature.com/44hKo29

Pablo Sanchis (@pablosanchis8) 's Twitter Profile Photo

I am pleased to share our participation in OPTOEL 2025, the Spanish Conference on Optoelectronics, where our colleague Jorge Parra presented our latest work on new photonic devices enabled by functional materials. Great opportunity to engage with the Spanish photonics community.

I am pleased to share our participation in OPTOEL 2025, the Spanish Conference on Optoelectronics, where our colleague <a href="/jorpargo_/">Jorge Parra</a>  presented our latest work on new photonic devices enabled by functional materials. Great opportunity to engage with the Spanish photonics community.
Jorge Parra (@jorpargo_) 's Twitter Profile Photo

While everyone’s busy with TikToks & podcasts, I went retro: built a personal website 😁 No dances, no trends, just research, teaching & resources. Thinking of a PhD in Spain or starting academia? You might find it useful. 👉 jorpago2.blogs.uv.es

Jorge Parra (@jorpargo_) 's Twitter Profile Photo

Respect to profs who improve teaching and research even if the system doesn’t reward it. My role models, even without monthly Nature papers.

Mahesh Sathiamoorthy (@madiator) 's Twitter Profile Photo

~2012 must have been like a crazy time. Neural networks were considered nonsense by most people. Hinton, LeCun and Bengio were the amongst the very few people who kept it all alive for decades. Alex Krizhevsky, a mad coding genius and a socially aloof kid, shows up to Hinton's

~2012 must have been like a crazy time.

Neural networks were considered nonsense by most people. Hinton, LeCun and Bengio were the amongst the very few people who kept it all alive for decades.

Alex Krizhevsky, a mad coding genius and a socially aloof kid, shows up to Hinton's
Vicharak (@vicharak_in) 's Twitter Profile Photo

Two decades ago, Arduino put a microcontroller in every student’s hand, revolutionizing grassroots education. Today, as Arduino begins a new chapter in another domain, we’re opening the next chapter in education: putting FPGAs into every student’s hand. We’re delighted to

Two decades ago, Arduino put a microcontroller in every student’s hand, revolutionizing grassroots education.

Today, as Arduino begins a new chapter in another domain, we’re opening the next chapter in education: putting FPGAs into every student’s hand.

We’re delighted to
Dabs🩸 (@dabsmalone) 's Twitter Profile Photo

Researchers at NUS just 3D printed metal circuits in mid air using a system called CHARM3D. It uses Field’s metal, a low melting alloy that cools fast enough to hold its own shape. They can literally draw wires in space that conduct electricity, bend, and heal when reheated. A

Kevin Xu (@kevinsxu) 's Twitter Profile Photo

TSMC's Project Nightingale never stopped since 2014 It started when TSMC fell behind Samsung and lost Apple’s A9 chip order That paranoia never stopped -- research engineers continued their 3-shifts, 24-hour non-stop R&D operations until today TSMC took Andy Grove's wisdom