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Hey @iteles @nelsonic
These are just some initial thoughts. Not sure where I should be putting this, but thought I’d stick it up for you to have a look at. Let me know if you want to have this con…
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_Recommendation:_ Accept If Certain Minor Revisions Are Made
_Comments:_
> I think the paper is great, but I would love for them to make it even better. This should be strongly encouraged. This shou…
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@samreid @ariel-phet this is revealed via PhET-iO. It's very obvious every time the skater goes airborne; you can see the TE decrease. I'm sorry if the numbers are too small, the value you should be w…
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[Feedback from Jay Greenfield on the COOS main document .docx](https://github.com/linked-statistics/COOS/files/7440008/Feedback.from.Jay.Greenfield.on.the.COOS.main.document.docx)
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Probably won't be too hard to implement at some point, if somebody is interested. See [FHA cycle](https://en.wikipedia.org/wiki/Hankel_transform#Relation_to_the_Fourier_and_Abel_transforms)
The onl…
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## Description of the issue
Related to: https://github.com/OpenEnergyPlatform/ontology/issues/1527
I have been busying myself on trying to understand BFO better in the last few weeks and some maj…
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This is an interesting article that describes a well-engineered, robust/reproducible, and very accessible (Jupyter notebooks) Poisson-Boltzmann solver. The authors have done an excellent job describin…
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- [x] (Luigi) check if we can introduce spring force as a conservative force and if we need to compensate for non linear terms
- [x] (Luigi) implement properly dirac impulse mapping to state change
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Hello @jgeisler0303 ,
thanks very much for publishing this code, it has been very useful to get a handle on DDP. I have been working for some time on a C++ implementation of DDP which also relies o…
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Hi, this is a nice job!
I have been trying to reproduce your work on GPU again, but I find it is very hard to understand the meanings of your model's inputs and outputs. (probably bc I am a freshm…