-
# Abstract
In order for quantum device hardware to continue to improve, characterisation and benchmarking techniques need to stay ahead of the curve. State tomography is an example of device characte…
-
The broad aim is to build an ML model which is more like an evolution of the models we built in December, rather than a radical departure :slightly_smiling_face: (I've taken on board @peterdudfield's …
-
Current example from the Settings API follows. We should aim to make everything clearly and explicitly named, and unabbreviated.
```
>>> root.setup.boundary_conditions.pressure_outlet['pressure-outl…
-
I wanted to document my thoughts on the broodstock-to-smolt stage of the hatchery life cycle while they're still fresh, so that we (including Future Me) can easily pick up where we left off later this…
-
Hi John,
Thanks a lot for implementing the calculation of the optimal kmer count threshold (ska cov).
I tested it using ska 0.3.1 and a paired-end sample (fastq files available here: https://drive…
-
Steering questions
- Scope! NEON smammal data is exciting because it's individual-level size data from many sites & system types, but limited because of the short size spectrum. What can be accomplis…
-
Is there an option to use a Quantum channel in my network.
-
Hi, I'm trying to use the SAFT EOS to do some calculations on "induced solvation", where only one compound is self-associating but can interact with another compound. I tried to do the calculations as…
-
After reading your paper, I have a question. Why not directly use Gaussian mixture Models to model the features output by the backbone network? which seems to be able to calculate the distribution of …
-
![image](https://user-images.githubusercontent.com/81547457/176627411-3e8f0d5a-8e63-4020-aa77-9280053fb493.png)
How to add a derivative of the mixture fraction or progress variable over time