x86 Paging Tutorial / Linux kernel usage Updated +Created
The Linux kernel makes extensive usage of the paging features of x86 to allow fast process switches with small data fragmentation.
There are also however some features that the Linux kernel might not use, either because they are only for backwards compatibility, or because the Linux devs didn't feel it was worth it yet.
Poisson's equation Updated +Created
Generalization of Laplace's equation where the value is not necessarily 0.
WikiLeaks Updated +Created
God Updated +Created
Saint Updated +Created
Ultra-high-energy cosmic ray Updated +Created
Sometimes it feels like this could be how we finally make experiments to see what the theory of everything looks like, a bit like the first high energy experiments were from less exotic cosmic rays.
Brain scanning Updated +Created
Likely implies whole brain emulation and therefore AGI.
Convolution Updated +Created
E. Coli strain Updated +Created
List of religions Updated +Created
Sexual reproduction Updated +Created
Solvay Conference Updated +Created
Egg Updated +Created
Internationalism Updated +Created
Arm on tracks Updated +Created
"Arm on tracks" refers to a variant of the robotic arm robot form factor in which the position of attachment of the robotic arm can also be moved around linearly or with more degrees of freedom.
Television Updated +Created
Overfitting Updated +Created
Superconducting quantum computing Updated +Created
Based on the Josephson effect. Yet another application of that phenomenal phenomena!
It is fun to see that the representation of information in the QC basically uses an LC circuit, which is a very classical resonator circuit.
As mentioned at en.wikipedia.org/wiki/Superconducting_quantum_computing#Qubit_archetypes there are actually a few different types of superconducting qubits:
and hybridizations of those such as:
Input:
Video 2.
Quantum Transport, Lecture 16: Superconducting qubits by Sergey Frolov (2013)
Source. youtu.be/Kz6mhh1A_mU?t=1171 describes several possible realizations: charge, flux, charge/flux and phase.
Video 3.
Building a quantum computer with superconducting qubits by Daniel Sank (2019)
Source. Daniel wears a "Google SB" t-shirt, which either means shabi in Chinese, or Santa Barbara. Google Quantum AI is based in Santa Barbara, with links to UCSB.
Video 5.
Superconducting Qubits I Part 1 by Zlatko Minev (2020)
Source.
The Q&A in the middle of talking is a bit annoying.
Video 6.
Superconducting Qubits I Part 2 by Zlatko Minev (2020)
Source.
Video 7.
How to Turn Superconductors Into A Quantum Computer by Lukas's Lab (2023)
Source. This video is just the introduction, too basic. But if he goes through with the followups he promisses, then something might actually come out of it.
Where 2 Technologies Updated +Created
Spacetime symmetry Updated +Created

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