This below is what it looks like when you've gone years of life with your mental health untreated
Obsession is a disease, this person's demeanor is very indicative that we have a massive mental health problem in society
Looking forward and excited to have DynexSolve help with computations for medicines that seek to address mental health issues like this below
We happily invite you for an in-depth dialogue about the technology implemented in Dynex. PM us on one of our channels, so we can spoon-feed you all technical details before you make such incorrect claims.
Greetings DynexDNX! I am looking forward to you and the whole 25 person Dynex team "spoonfeeding" all the technical details of DynexSolve here.
In the meanwhile I have continued to do some research and would be interested in hearing how your invention differs from
technology patented by MemComputing Inc and University of California. I assume you would not risk patent infringement in such a groundbreaking technology that could disrupt the whole computing industry.
The patent can be a bit tough to read without deep insight into the topic, but the slide deck and presentation are much more approachable:
On discord "Sumitomo" stated MemCPU is MemComputing and Dynex is Neuromorphic Computing:
[DYNEX DISCORD] sumitomo — 04/06/2023 8:40 AM: Of course we know of them
, we also have been referencing some of their work in our papers. It is clear that Dynex is
not the only player in the alternative computing paradigm environment - and it would also
not be a good sign if we where. Competition is healthy, and will help grow acceptance of
upcoming technology. Dynex -> neuromorphic computing, LightSolver -> optical computing,
Purdue -> probabilistic computing, Memcpu -> Memcomputing, Ferenc Molnar ->
Analog computing, etc. Everyone is following a different approach
But it would seem you are describing a Memcomputing device and not
a neuromorphic computing device in
the Dynex whitepaper and you refer to Dynex using "memprocessors" as primitives:
In a Dynex architecture, memprocessors are the basic building blocks. We define a
memprocessor as an object defined by the fourtuple (x, y, z, σ) where x is the state
of the memprocessor, y is the array of internal variables, z the array of variables
that connect from one memprocessor to other memprocessors, and σ an operator
that defines the evolution
Maybe you can clear this up too?
Looking forward to hearing back from you!