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Secure communication with 7 bits per photon

Fast development of quantum computing increases the risk of breaking cryptography. At the University of Twente, researchers developed a new method using photons for secure key generation, resulting in transmission speeds of up to 7 bits per photon.

Headlines

Kendrion locks up 3T acquisition
Quantum computing unicorn considers European HQ near Imec
Semiconductor boom might turn to glut in 2023, says IDC
The Netherlands joins European chip collaboration
$12M seed round brings Dutch stealth startup Axelera AI to light
Loop Robots cleans up with a $2M seed investment
TU Delft and NFI investigate next-gen forensic photography
Pharrowtech field-tests mm-wave-based fixed wireless access
Funding for large-scale research infrastructure “insufficient”
Dutch TUs stumble further in 2022 THE rankings
Intel chief: fabs will bolster Europe’s high-tech ecosystem
ASML makes donation to new TUE quantum-photonics institute
Bruco opens first office abroad in Berlin
Nijmegen security professor Bart Jacobs wins Stevin Prize
TU Delft quantum pioneer Vandersypen receives Spinoza Prize

Lack of funding leaves Dutch AI lagging

Several initiatives to promote AI research in the Netherlands have emerged over the past two years. Bits&Chips asked three foremen to highlight the importance of artificial intelligence for Dutch economy and Dutch society.

In other news

NASA mathematics legend and “Hidden Figure” dies at 101 (CNET)
Dutch Navy commissions new VR program (Naval Technology)
Intel debuts 5G base station chips as Huawei alternative (Nikkei Asian Review)

Engineering machines that learn

The discipline of ML engineering is emerging. To investigate the questions this raises, researchers in the fields of software engineering and machine learning have teamed up, identified practices and embedded these in a survey.