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IBM kommt fehlertolerantem Quantencomputing mit modularen Kryosystemen näher

IBM kommt fehlertolerantem Quantencomputing mit modularen Kryosystemen näher oodaloop.com

oodaloop.com

Publisher

Aug 19, 2026 at 3:51 PM UTC · 1 Min. Lesezeit

IBM kommt fehlertolerantem Quantencomputing mit modularen Kryosystemen näher
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Key Signal

100 million quantum gates capacity

Last Updated

vor einem Tag

Während es sein Ziel verfolgt, einen fehlertoleranten Quantencomputer herzustellen, gab IBM heute bekannt, dass es einen weiteren Meilenstein erreicht hat: Es hat erfolgreich zwei kryogene Module verbunden, um eine einzige Umgebung zu schaffen, die, wie es hieß, darauf ausgelegt ist, „in das modulare, gemeinsame und ultrakalte System zu skalieren, das erforderlich ist, um Hunderte von Quantenchips zu einem leistungsfähigeren Quantencomputer zu verknüpfen“. Das Unternehmen plant, das fehlertolerante IBM Quantum Starling System, das in der Lage ist, Schaltkreise bestehend aus 100 Millionen Quantengattern auf 200 logischen Qubits auszuführen, im Jahr 2029 auszuliefern. Es investiert $10 Milliarden, um die notwendige Technologie zu entwickeln und zu kommerzialisieren. Das Paar kryogener Module ist zusammen mehr als 8 feet hoch und 8 feet breit, und Tests zeigten, dass sie in weniger als fünf Tagen auf 4 Grad Kelvin (-452.5 Fahrenheit) abkühlen können, etwa die Temperatur von flüssigem Helium, und kurz darauf eine noch kältere Endtemperatur von unter 15 millikelvin (-459.6 Fahrenheit) erreichen können.

Vollständiger Bericht : IBMs modulare kryogene Kühlschränke werden es ermöglichen, Hunderte von Prozessoren zu größeren Systemen zu verbinden.

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Originally reported by oodaloop.com

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