The DCO uses a quantum computer (based on qubits instead of bits), an important component of its main core. Due to its superior calculation ability, results that otherwise would take too long to be useful can be applied.
DCO & Quantum Probability
Latest Posts
Leap-Year
This 2020 the first DCO project became public and it happens to be a leap-year! Will it be Platinum like the year 2000? Although probably not as how it is starting, with deterministic knowledge anything is possible! Let’s hope for the best (or should we say “calculate the best possibility”).
02.02.2020 – Gregorian Calendar Occurrence
Both in the “Day / Month / Year” configuration and “Month / Day / Year ” setting, today’s date is written as a capicúa or palindrome: 02022020
The amount of days left in the year has the same distinction: 333
When will a similar date arrive? A DCO is probably not needed to find out!
Launch
The first public project of a DCO (and it’s derivation in technological advances) is now online and accessible! This site is the official source of information about its purpose in the world.
Google AI Blog
- TensorStore for High-Performance, Scalable Array Storage September 22, 2022 Andrew Helton
- View Synthesis with Transformers September 21, 2022 Google AI
Q# Blog
- Announcing the Azure Quantum Summer 2022 Hackathon August 15, 2022 Matt Zanner (HE/HIM)
- Quantum Development Kit adopts .NET6 and supports Visual Studio 2022 June 9, 2022 Ricardo Espinoza
Quantiki – Quantum Information Portal and Wiki
- PhD candidate in Photonic Quantum Computing September 26, 2022 jobs_at_qant
- Theoretical Quantum Technology (W3) September 26, 2022 rwalser
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