Viewing profile — gglon
gglon
HN member- Joined
- Fri, Jun 20, 2014, 12:05 PM UTC
- HN karma
- 104
- Public activity
- 54 items
- HN profile
- View on Hacker News ↗
About gglon
No profile information was provided.
Recent public activity
-
comment
Comment #45507867
The claim hinges entirely on the narrow definition of "large-scale energy generation." For the UK, with its high seasonal energy demand and low winter solar output, the cost of gen…
-
comment
Comment #44858076
> At the time of writing, the highest-ranking non-purely-transformer-based model on the LM Arena is Jamba, which is a transformer–state space model hybrid, at rank 96.) Tencent's h…
-
comment
Comment #44262715
From the paper, section 2.1: minimize_θ,φ,Δ ||P_φ(Δ, E_θ(x)) - sg(E_θ'(y))||_1 where y - full video, x - masked video, E_θ(.) - learned encoder (semantic embedding), P_φ(.) - learn…
-
comment
Comment #43814031
It seems like a model is not included; you need to set an API endpoint in a configuration https://tmuxai.dev/getting-started#environment-variables
-
comment
Comment #43335216
I was thinking, to build a large, efficient factory autonomously, one could use LLM as a high level agent that is using specialized tools. The overall strategy would perhaps look l…
-
comment
Comment #42011042
This doesn't apply to energy grid scale projects. Also that is why energy sector in most countries is privatized. Take Germany with total energy costs that would be like ~10% of th…
-
comment
Comment #41999095
none of those storage solutions are easy for grid scale. For batteries you need whole factories, pumped requires permits and tone of cement, chemical is like hydrogen with low effi…
-
comment
Comment #41999024
pumped hydroelectric is storage; right now it is like 99% of world storage capacity.
-
comment
Comment #41998993
Solar PV operates 10-30% of the time (depending on location). Without storage, this naturally limits direct solar contribution to about 20% of energy demand. Going beyond requires …
-
comment
Comment #41997174
Achieving the first 20% of solar in an energy mix is relatively easy. Beyond that costs increase 3-5 times per energy unit mainly due to storage.
-
comment
Comment #40885483
How does it compare with xenotransfusion from genetically modified pigs? https://en.wikipedia.org/wiki/Xenotransfusion#Ethical_argume... I guess the extended shelf life and more co…
-
comment
Comment #37756182
Also magnet for the pile works well: magnet:?xt=urn:btih:0d366035664fdf51cfbe9f733953ba325776e667
-
comment
Comment #36088615
Andrej Karpathy would agree - recent talk: https://youtu.be/bZQun8Y4L2A
-
comment
Comment #35640425
According to https://www.metaculus.com/questions/14270/spacex-starship-or... its chances to reach orbit in 2023 have just risen from 85% to 90%. Therefore generally I would call th…
-
comment
Comment #35599441
Yes; metaculus is reputation based. Though in the comment section you will find links to other markets like https://polymarket.com/event/will-erdogan-win-the-2023-turki... which is…
-
comment
Comment #35590386
https://www.metaculus.com/questions/15036/2023-presidential-... - prediction seems like 50/50 now
-
comment
Comment #35459004
In my opinion the biggest near term danger is that AI will make people overly trust it. And they will start treating it as a truth oracle. Oracle that will be controlled by some sm…
-
comment
Comment #31055171
That is exactly why I think one post per week and lack of global space is a great solution for a startup; it massively simplifies spam and other hostile content early detection and…
-
comment
Comment #28075472
As I understand it a one way to disincentivise centralization is that when your node loses access to the network you lose more money if at the same time many other nodes/stake do n…
-
comment
Comment #27520372
In Mathematica 12.3: Integrate[Log[1 - 2 a Cos[x] + a^2], {x, 0, Pi}, Assumptions -> Abs[a] >= 1 && a \[Element] Reals] gives the correct answer -\[Pi] Log[1/a^2]
-
comment
Comment #25645969
Also see Casual Entropic Forces [1] by A. D. Wissner-Gross [2] and C. E. Freer [1] https://www.alexwg.org/publications/PhysRevLett_110-168702.p... [2] https://www.alexwg.org/
-
comment
Comment #24868330
> Isn’t it nice (...) advance our understanding of the fundamental forces of nature? The criticism is that the ROI = (the potential advance) / (invested money) is too small. As you…
-
comment
Comment #24420709
It may be so. But an underground pump hydro is just boring.
-
comment
Comment #24420454
Eduard Heindl's gravity storage: https://heindl-energy.com/ Potentially reaches a storage capacity between 1 and 10 GWh. Lifting a (huge) rock by pumping water underneath. Intervie…
-
comment
Comment #22932234
The discomfort is probably the one and only thing you should really trust.