Michael Kissner (@spellwrath) 's Twitter Profile
Michael Kissner

@spellwrath

1x1 Pixel Art Enthusiast | Deep Learning Victim | Founder of Akhetonics

ID: 3349499266

linkhttp://www.akhetonics.com calendar_today28-06-2015 17:48:25

704 Tweet

867 Followers

607 Following

Michael Kissner (@spellwrath) 's Twitter Profile Photo

I love Ewoks. Crazed Shi-Tzus that casually capture Rebels & Jedi to eat them and then go on to massacre an entire army, because a golden tin can told them to.

Akhetonics (@akhetonics) 's Twitter Profile Photo

We are proud to become @EPICassoc members and are looking forward to contribute to the thriving field of photonics with our all-optical computing approach! #photonics #EPICmember #opticalcomputing

We are proud to become @EPICassoc members and are looking forward to contribute to the thriving field of photonics with our all-optical computing approach!

#photonics #EPICmember #opticalcomputing
Akhetonics (@akhetonics) 's Twitter Profile Photo

We are excited to announce that we have raised our first funding round led by Rheingau Founders and joined by Runa Capital! Thank you for believeing in our mission! #funding #deeptech #photonics #opticalcomputing

Akhetonics (@akhetonics) 's Twitter Profile Photo

But that isn't the only good news. Leonardo Del Bino is joining as Co-Founder! Together, we are on a path to create the first all-optical digital processors, bringing the dream of ecological high-performance computing one step closer. #photonics #opticalcomputing

Benjamin Wolba (@benjaminwolba) 's Twitter Profile Photo

Optical computers used to be a matter of science fiction movies, like the control crystals in Stargate. Now Akhetonics makes them a reality – developing the world's first all-optical processor. #FutureOfComputing Rheingau Founders Runa Capital future-of-computing.com/akethonics-sha…

Sam Zeloof (@szeloof) 's Twitter Profile Photo

You can buy everything to make 5nm transistors from Alibaba <$0.5m USD alibaba.com/product-detail… alibaba.com/product-detail… alibaba.com/product-detail… alibaba.com/product-detail… etc

You can buy everything to make 5nm transistors from Alibaba
&lt;$0.5m USD 

alibaba.com/product-detail…
alibaba.com/product-detail…
alibaba.com/product-detail…
alibaba.com/product-detail…
etc
SPRIND - Bundesagentur für Sprunginnovationen (@sprind) 's Twitter Profile Photo

Wir unterstützen Akhetonics bei der Entwicklung eines optischen Prozessors. Einsatzpotential und Hebelwirkung für einen solchen Chip sind riesig sprind.org/de/projekte/ak…

Wir unterstützen <a href="/Akhetonics/">Akhetonics</a> bei der Entwicklung eines optischen Prozessors. Einsatzpotential und Hebelwirkung für einen solchen Chip sind riesig sprind.org/de/projekte/ak…
c't magazin (@ctmagazin) 's Twitter Profile Photo

Bisherige Prozessoren und Chips sind elektronische Bauelemente. Bald starten photonische Chips, über die wir im Podcast Bit-Rauschen sprechen: Folge 2023/2. #BitRauschen #Photonik #Prozessoren heise.de/-7249789

FI CODE (@fi_code) 's Twitter Profile Photo

Mit seiner Idee zu einem rein-photonischen Hochleistungsprozessor für die homomorphe Verschlüsselung von Daten konnte Dr. Michael Kissner (Michael Kissner) die Jury überzeugen und sich den 1. Platz bei der #Innovationstagung sichern. Wir gratulieren zu diesem Erfolg! #code2023

Mit seiner Idee zu einem rein-photonischen Hochleistungsprozessor für die homomorphe Verschlüsselung von Daten konnte Dr. Michael Kissner (<a href="/Spellwrath/">Michael Kissner</a>) die Jury überzeugen und sich den 1. Platz bei der #Innovationstagung sichern. Wir gratulieren zu diesem Erfolg! #code2023
Benjamin Wolba (@benjaminwolba) 's Twitter Profile Photo

Making transistors increasingly smaller so they could fit on a silicon chip triggered a microprocessor revolution in the 1970s and formed the basis for our modern digital society. Fifty years later, we can see history being made by Akhetonics, assembling optical transistors into

Making transistors increasingly smaller so they could fit on a silicon chip triggered a microprocessor revolution in the 1970s and formed the basis for our modern digital society.

Fifty years later, we can see history being made by Akhetonics, assembling optical transistors into