Quantum eMotion Corp V.QNC

Alternate Symbol(s): QNCCF

Technology Semiconductors

Quantum eMotion Corp. is a Canada-based developer of cryptographic solutions. The Company is developing quantum random number generators (QRNG). It has launched its new QRNG2, an USB key that delivers pure entropy at 1.5 Gb/s. Its QRNG2 technology is the quantum random number generator, which is used in consumer electronics. QNG2 provides security to mobile and Internet transactions, Internet of Things (IoT) communication, machine-to- machine connections, networking equipment and cloud-based applications. Its technology is also applicable to others, such as datacenters, blockchain technologies, financial services, cloud-based information technology (IT) security infrastructure, classified government networks and communication systems, secure device keying (Internet of Things (IOT), automotive, consumer electronics) and quantum cryptography industry.

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Quantum eMotion Corp > Quebec Science Article

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Comment by jojomarchon Aug 03, 2020 10:47am

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Post# 31357341

RE:RE:RE:Quebec Science Article

Thanks for clearing that up . Good catch Atomic ! Cheers

Atomic1 wrote:
Sorry for the messed up text but Stockhouse kind a cut french accents characters in the quote.

The prototype they are working on with ETS is in fact the device which is under the QNC patents. It is said that it holds on a chip.

the link for the article is here, but unfortunately you have to pay to see the whole page...

https://www.quebecscience.qc.ca/sciences/generer-nombre-hasard-complique/?fbclid=IwAR3_FNwJc0lD-vQ_lkr9zpBaTaP7SXW_rpg8pWIqgyWbkyHCLOBFqtp_Igs

The relevant part is what I quoted. Here it is again with the accent character replaced:

Le concept est tout simple : il utilise un metaux separes par un isolant tres fin (un mauvais contact, en somme). «Un electron, c’est une onde. Il n’est pas localise en un point. Il est capable de “voir” que, de l’autre cote de l’isolant, il y a de la place pour lui. Il peut disparaitre pour reapparaitre de l’autre cote. C’est ce qu’on appelle l’effet tunnel.» Il est impossible de predire combien d’electrons franchiront l’obstacle dans la prochaine seconde. Suivre l’intensite du courant electrique dans le temps est donc une facon de produire des bits et des nombres aleatoires. Avec une equipe de l’Ecole de technologie superieure de Montreal, le professeur Reulet travaille a la construction d’un prototype. Ce dispositif, qu’il souhaite commercialiser, tient sur une puce.

should work with a translator now...