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Debugging Epohul

Debugging Epohul

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hellow,I'm Hope, I obsess over quantum computing and I draw. quantum stuff : https://t.me/HilbertSpacee

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频道帖子
Debugging Epohul
practicing my esksta cause "having a rhythm" gene might have skipped me (this is so much fun...lowkey the best with jano band
practicing my esksta cause "having a rhythm" gene might have skipped me (this is so much fun...lowkey the best with jano band's song)

2
if overthinking was a sport
if overthinking was a sport
271
3
can you feel the love she has for me
can you feel the love she has for me
326
4
couldn't be more excited for this
couldn't be more excited for this
334
5
i'm so happy rn
i'm so happy rn
410
6
wasting my precious 10 minutes per month IBM's compute time and not getting the result I wanted hurts more
wasting my precious 10 minutes per month IBM's compute time and not getting the result I wanted hurts more
433
7
nvm it's completed hehe
73
8
waiting for more than 20 minute in queue for a task that takes almost 20 seconds #IBMQuantum #
waiting for more than 20 minute in queue for a task that takes almost 20 seconds #IBMQuantum #
420
9
making healthier choices is boring
making healthier choices is boring
521
10
to cleanse the qc spirit for a bit
to cleanse the qc spirit for a bit
442
11
How to interpret quantum hardware specs - Number of qubits: how many physical qubits the chip has. (Note: "programmable" = th
How to interpret quantum hardware specs - Number of qubits: how many physical qubits the chip has. (Note: "programmable" = the ones you can run on, "physical" = total on the chip.) - Basis gates: the only gates the hardware can natively run. Your code gets transpiled so it's expressed using just these. - Readout error: the error during measurement. Lower is better. - 1Q / 2Q gate error: the noise each gate adds. Two-qubit gates are ~10× noisier than single-qubit ones, so this is the number that judges a device. - CLOPS (Circuit Layer Operations Per Second): how many gate layers run per second. Throughput, like classical computers. Higher = faster (not more accurate). - T1 (energy relaxation): time for excited |1⟩ to decay to |0⟩. - T2 (dephasing): time before phase coherence between |0⟩ and |1⟩ is lost. The longer T1 and T2, the deeper the circuit you can run before noise wins. (the image is one of IBM device from https://quantum.cloud.ibm.com/computers?limit=10 ) #Note
398
12
this lab was good I learned a lot about hardware properties (gate errors, readout errors, coherence times), comparing IBM dev
this lab was good I learned a lot about hardware properties (gate errors, readout errors, coherence times), comparing IBM devices and worked on dynamic circuits.
409
13
this lab was good I learned a lot about hardware properties (gate errors, readout errors, coherence times), comparing IBM devices and worked on dynamic circuits.
1
14
this is gonna be fun #qiskitsummerschool
this is gonna be fun #qiskitsummerschool
549
15
THIS WAS AMAZING!!! seeing recursion, BFS, and binary search in the notebook was like reuniting with old friends I haven't se
THIS WAS AMAZING!!! seeing recursion, BFS, and binary search in the notebook was like reuniting with old friends I haven't seen in years
561
16
Why do LLMs not have a sense of time? Why does it think every message in the chat happens in the same day?
545
17
oh woow, first time finding binary search in qc apparently it helps in reducing the depth of GHZ circuit
oh woow, first time finding binary search in qc apparently it helps in reducing the depth of GHZ circuit
573
18
imma breath though this lab no issue #qiskitsummerschool #deadlineisclose
imma breath though this lab no issue #qiskitsummerschool #deadlineisclose
530
19
huge fan of her and her work
604
20
Inside IBM Research
Inside IBM Research
564
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