At this point I fully expect Abdul to describe the Norse, Greek and Hindu
pantheons in terms of turbulence physics and give a few pseudocode JS
snippets indicating that they can also be used to handle REST requests.
And all in 3 short sentences.

On Sun, 20 May 2018 at 02:49 kdex <k...@kdex.de> wrote:

> To me, what you're actually seeking to discuss looks less related to
> physics
> and more like an extension to ECMAScript's `import` syntax.
>
> Would you please describe it a little more? A good conversation starter,
> preferably without any domain-specific context (i.e. physics), would
> entail:
>
> - the set of generalized (= non-domain-specific) problems it solves
> - the desugaring you have in mind
> - how a solution to your problem might look without introducing new syntax
> (ideally also the reasoning why you consider new syntax to be justified)
>
> On Sunday, May 20, 2018 3:12:34 AM CEST Abdul Shabazz wrote:
> > Of the five (5) known forms of matter:
> >
> >
> >
> >    1. Solid (well-structured arrangement of tightly bound atoms, found in
> >    ice)
> >    2. Liquid (unstructured arrangement of tightly-bound atoms)
> >    3. Gas (loose arrangement of atoms)
> >    4. Plasma (Properties of liquid, electricity, and magnetism found @
> the
> >    core of our sun)
> >    5. Bose-Einstein condensates (Properties of gas and phase-invariant
> >    liquid, ie. a superfluid)
> >
> >
> > ...Another sixth (6th) form of matter was uncovered six weeks ago at UT
> > Dallas: the "Superfluid Quasicrystal" -- which has the properties of both
> > quasicrystals and superfluids, wherein Quasi crystals have atoms that are
> > arranged in a highly ordered, periodic pattern that is unchanged when you
> > rotate or repeat it, eg. in table salts)
> >
> >
> > This sixth (6th) form of matter exhibits properties of a Soliton: A
> Soliton
> > or Einno Soliton Tsunami is a gathering phase-invariant wave that
> maintains
> > its shape and velocity as it travels through any phase of matter.
> >
> >
> > An example implementation perhaps in javascript would be:
> >
> >
> > // file1.jsol
> >
> >
> > ${0} = (lhs,rhs) => { return (lhs ${1} rhs) }
> >
> >
> > // file2.js
> >
> >
> > import file1.["add",Symbol.operator.addition] as bar
> >
> > let foo = bar.add(4,2) // returns 6
> >
> >
> > // file3.js
> >
> >
> > import file1.["mul",Symbol.operator.multiplication] as bar
> >
> > let foo = bar.mul(4,2) // returns
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