-
# Abstract
Explain the foundations of the Bernstein-Vazirani algorithm through a "guess the number" game.
# Description
Taking the episode [Bernstein-Vazirani Algorithm — Programming on Quantum C…
-
As reported [here](https://raw.github.com/gitster/git/master/Documentation/RelNotes/1.7.10.txt)
this is an annoying problem because when (i.e.) you close an hotfix you got 2 merge message and one tag…
-
```
The game needs to be re-balanced. Unfortunately, newly-implemented or
altered features may upset the balance at any time.
The current balancing target is "good enough for now", but we're happy t…
-
```
The game needs to be re-balanced. Unfortunately, newly-implemented or
altered features may upset the balance at any time.
The current balancing target is "good enough for now", but we're happy t…
-
The size of coins is understandable, intuitive, only to those people,
who use the coins. An "average" European probably does not
know, ho big the Chinese coins or the Japanese coins are.
People fr…
-
### Who are the users?
Future quantum computer programmers
### What is the essence of their dissatisfaction? If they read this answer, would they say “thanks, I wish I’d thought of putting it th…
-
```
The game needs to be re-balanced. Unfortunately, newly-implemented or
altered features may upset the balance at any time.
The current balancing target is "good enough for now", but we're happy t…
-
Our documentation could use a page that orients them as to what QEM is, what it can do, and a quick demonstration. We have the start of this on our [About Error Mitigation](https://mitiq.readthedocs.i…
-
This code is a bit messy, and I don't have time to do a proper cleanup on it, so I'm submitting it here in the hopes that someone can get some use out of it. I found the results of the sample code for…
-
The lattices used when creating a device based on the documentation seem to be outdated. For example:
```python
>>> dev_qpu = qml.device('forest.qpu', device='Aspen-0-12Q-A', shots=1000)
File "/a…