Silex Systems Aktie

das niveau zwischen 1,80 und 2 euronen scheint zu halten ; damit kann ich gut leben mehr »

Silex ist in den letzten Wochen parabolisch angestiegen. Wir befinden uns in einer ganz normalen Korrektur, die dann endet, wenn die schwachen Hände verkauft haben. Ich habe es woanders schon geschrieben: ich werde bei ca. 1,40€ die erste Position wieder aufbauen.

Gruß Lenny mehr »

https://www.zeit.de/wissen/2012-10/urananreicherung-silex-verfahren-interview-sandner

Ein Interview in der „Zeit“ von vor 10 Jahren. Heute aktueller denn je. mehr »

@Magnetfeldfredy und andere Interessierte

ja, gute Neuigkeiten und noch etwas als Video mit deutschen Untertiteln!

Bitte ansehen und lesen :

Ich habe allerdings zum Anfang der Woche 50% gegeben und warte auf die Konso, siehe Chart!!



Nach den Intervallen gab es immer einen Abschwung mit neuen Chancen des Widereinstiges.
Nach 08 Monaten - weiteren 09 Monaten - der nächste nächste Dip nach 10 Monaten?

Wir werden sehen, der Markt entscheidet,

Gruss RS 😎

und weiterhin viel Optimismus - dazu gibt es keine Alternative mehr »

Super Meldung heute, Siliziumanreichererung erfolgreich für Megamarkt Quantencomupter, Tenbagger:

Zero-Spin Silicon Project: SQC Announces World’s
First Quantum Integrated Circuit
23 June 2022
Silex Systems Limited (Silex) (ASX: SLX) (OTCQX: SILXY) provides the following update with
regard to Zero-Spin Silicon (ZS-Si) project partner, Silicon Quantum Computing Pty Ltd (SQC).
SQC announced today in the prestigious journal Nature, that it has manufactured the world’s
first integrated circuit at the atomic scale, which effectively opens the door towards building a
commercial quantum computer. SQC advised that the fabrication of the world’s first-ever
quantum computer circuit has been achieved two years ahead of schedule. The result is also
validation of SQC’s atomic manufacturing capabilities, having integrated multiple atomic
components to build the processor within a single device at its facility in Sydney, Australia.
The quantum integrated circuit was built in a layer of enriched silicon, a key enabling material
available only in limited supply mostly from Russia. In order to establish a reliable supply chain
which eliminates current geopolitical risks, Silex is undertaking a project to apply a variant of
its SILEX laser isotope separation (LIS) technology to produce highly enriched silicon in the
form of ZS-Si, in conjunction with SQC and UNSW Sydney (UNSW). Establishment of a
secure, cost-effective supply of ZS-Si is critical for the emerging silicon quantum computing
industry.
The third stage of the ZS-Si project at Silex’s Lucas Heights facility is progressing rapidly, with
the construction of a pilot demonstration facility well advanced. The pilot facility is designed to
achieve production of up to 5 kilograms of ZS-Si annually. The first quantities of commercial
ZS-Si product are planned to be purchased by SQC under an Offtake Agreement that was
executed in December 2019. The Agreement includes SQC making three annual payments of
$300,000 (all of which have been received) as an offset against future purchases of ZS-Si by
SQC.
Michael Goldsworthy, Silex’s CEO/Managing Director said:
“We congratulate Michelle and the world class SQC team on this very significant achievement,
to build a quantum computing processor that can be scaled to meet the stringent requirements
for quantum computing hardware. We are delighted to continue to partner with the SQC and
UNSW teams in support of their quest to build a silicon quantum computer in the coming years.
The continued support of the Federal Government’s Cooperative Research Centres Projects
program for the ZS-Si project is also greatly appreciated.”
2 | P a g e
SQC founder, Michelle Simmons AO, said today:
“This is a major breakthrough. Development of SQC’s atomic-scale circuit technology will allow
the company and its customers to construct quantum models for a range of new materials,
whether they be pharmaceuticals, materials for batteries, or catalysts.”
The overall objective of the ZS-Si project is to apply the SILEX LIS technology to produce ZS-
Si with higher purity than currently available with attractive economics, and to establish the
manufacturing technology and capability to scale-up production in line with anticipated
increasing demand for ZS-Si as silicon-based quantum computing continues to develop over
the next decade.
Further information can be found on Silicon Quantum Computing’s website at: sqc.com.au mehr »