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--- quantum_unified_basic_engine [2026/02/05 06:14] – [Quantum Revolution] mecham
+++ quantum_unified_basic_engine [2026/02/05 06:15] (current) – [Quantum Solutions] mecham
@@ Line 6: / Line 6: @@
 ==== Quantum Revolution ====
-Unlike previous quantum computers, QUBEs can compute at room temperature, albeit extremely inefficiently. A single QUBE by itself is fairly weak compared to traditional computers, but their strength lies in their scalability. QUBEs can be chained together into arrays, increasing the quantum memory by one qubit with each unit. The largest array is located on Luna at the Lunar Artificial Intelligence Supercomputing Laboratory with 50,000 QUBEs arranged in groups of 1000.
+Unlike previous quantum computers, QUBEs can compute at room temperature, albeit extremely inefficiently. A single QUBE by itself is fairly weak compared to traditional computers, but their strength lies in their scalability. QUBEs can be chained together into arrays, increasing the quantum memory by one qubit with each unit. The largest array is located on Luna at the Lunar Artificial Intelligence Supercomputing Laboratory with 30,000 QUBEs arranged in groups of 1000.
 ==== Engineering Challenges ====
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 ==== Quantum Solutions ====
-QUBEs are pivotal in research and developing new technologies. The most prevalent case is the development of Krasnikov Gates, which required decades of QUBE runtime. Most QUBEs are allocated towards increasing CYNTHIA’s computational power.
+QUBEs are pivotal in research and developing new technologies. The most prevalent case is the development of [[krasnikov_gate|Krasnikov Gates]], which required decades of QUBE runtime. Most QUBEs are allocated towards increasing [[cynthia|CYNTHIA]]’s computational power.