northlondoner

5 ms·

31.
Super-Diffusion of Ergodicity(arxiv.org)
2 points by northlondoner 8mo ago|1 comments
32.
by northlondoner 8mo ago
An approach to ergodic regime, nonlinear behaviour.
33.
Fault tolerant message passing C# with NATS.io: Use Distributed Object Store(nats-io.github.io)
2 points by northlondoner 8mo ago|1 comments
34.
by northlondoner 8mo ago
The Object Store of NATS.io can be used for applications leveraging Map/Reduce computations and Federated Learning settings.
35.
by northlondoner 8mo ago
Message Passing, is a fascinating subject. One of the early prominent project was/is MPI ( https://en.wikipedia.org/wiki/Message_Passing_Interface ). So many great concepts and high-level abstractions are develop
36.
by northlondoner 8mo ago
Good catch :) There is a typo, should read 'Message Passing'.
37.
by northlondoner 8mo ago
Just a difference perspective on this. "Mathematician Joel David says current AI models are basically zero help for mathematics" see: https://x.com/slow_developer/status/2006909560007827686
38.
Podcast: Solving Distributed Message Passing: NATS.io composite learning [video](youtube.com)
1 points by northlondoner 8mo ago|4 comments
39.
by northlondoner 8mo ago
Great podcast from Kris regarding NATS.io. If you come from MPI or Spark background for computations for composite computation, NATS seems like solves the inter-system communication.
40.
Can Quantum-Mechanical Description of Physical Reality Be Considered Complete? [pdf](cds.cern.ch)
1 points by northlondoner 8mo ago|1 comments
41.
by northlondoner 8mo ago
This is the original EPR paper, namely, Einstein–Podolsky–Rosen paradox. CERN's pdf. 1935 paper titled "Can Quantum-Mechanical Description of Physical Reality be Considered Complete?", Origin paper of 'quantum entangle
42.
The concept of a distance over Riemannian Manifolds(science-memo.blogspot.com)
2 points by northlondoner 9mo ago|1 comments
43.
by northlondoner 9mo ago
Basic understanding of a metric tensor. For a leisurely read.
44.
Nats.io lightweight heterogeneous distributed, compositional, federaded learning(github.com)
2 points by northlondoner 9mo ago|1 comments
45.
by northlondoner 9mo ago
Looking into NATS.io as an infrastructure of choice in heterogeneous distributed learning and computing. JetStram concept with deep learning frameworks has a great potential. Lightweight is the key for this superb infrastructure technolog
46.
by northlondoner 9mo ago
Lightweight solution to PyTorch for distributed training, across different modules: NATS.io provides a fault-tolarent communication bit across networks with publsh and fetch on given ids.
47.
Nats.io JetStream with PyTorch: lightweight compositional learning(docs.nats.io)
1 points by northlondoner 9mo ago|1 comments
48.
by northlondoner 9mo ago
Probably in review now. arXiv physics is moderated with endorsements. Usually authors will update the Journal link on the arXiv. In this case the work is from a distinguished institution.
49.
Wigner Cat Phases: Transition to Quantum Chaos(arxiv.org)
1 points by northlondoner 9mo ago|1 comments
50.
by northlondoner 9mo ago
A new tunable random matrix ensemble with intriguing properties.
51.
by northlondoner 10mo ago
Interesting. Maybe this was due to matrix-matrix, matrix-vector and vector-vector separation in BLAS/LAPACK routines.
52.
The Wave Function of the Universe and Inflation(arxiv.org)
1 points by northlondoner 10mo ago|3 comments
53.
by northlondoner 10mo ago
Usually, wavefunction from quantum mechanical sense is not used in classical mechanics in large scale. But in this context, how inflation occurs is an open problem in cosmology. A solid research from the distinguished National Observatory o
54.
by northlondoner 10mo ago
Thought provoking topics, from the nature of time, and information in biological and societal systems.
55.
New Yorker Dr. Berkan's New Channel RogoTRON(youtube.com)
1 points by northlondoner 10mo ago|2 comments
56.
Princeton-Affiliated Research: Exploring Singularity-Free Black Holes(arxiv.org)
1 points by northlondoner 10mo ago|1 comments
57.
by northlondoner 10mo ago
Singularity-free black holes offer a more physically plausible alternative in strong gravity. This could offer potential insights into real astronomical observations, such as patterns in orbital data. This is a solid theoretical contributio
58.
Understanding the empirical law of large numbers and the gambler's fallacy(science-memo.blogspot.com)
1 points by northlondoner 10mo ago|0 comments
59.
by northlondoner 10mo ago
Thanks. Yes, we have novel use-cases which are not available out of box in NumPy.
60.
Lecture on spectral unfolding: Closely related to local noise removal(github.com)
2 points by northlondoner 10mo ago|1 comments

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