Thursday, December 8, 2016

Time and Maps: Scoping Requirements

We know that Quantum is the new kid on the block, at least for now, no one has made a Quantum App.  But the new Virtual is likely to be like a City, a place where everything originates.

Quantum has two sides to it: Time Ops and  Production Activities/Events. In terms of Virtual Applications it needs to be thought of as the out-of-the-box World of ONE.

In the way of an introduction to QuantumVE we suggest that the Virtual Enterprise content of this concept is:

  • A Convergence of Time and Motion Potential
  • A Portal for Time and Motion Engineering
  • A new means of Virtual Production
  • A new way to harness the power of Virtual Content
  • The Design of Green Technology
  • The Design of Virtual Machines in Nanotechnology
  • The start of the thin sliced Universe
  • A method of String Content rather than a Stream
We want to be read for the implications of new engineering concepts.  We are not the authority on design or on deployment of any kind.  We embraced a new frontier and began to scout the field.  And we hope you will add us to your reading list for your amusement, inspiration or friendship.  But we are serious about Quantum development and won't make this light reading.

We have turned off comments but you may email us at:  qjean2004@brijconsulting.net.

The Scope of this Blog is very large so in order to scale it down we are going to do the
50,000 foot extraction of prototyping materials to increase public awareness and engender
interest in quantum based production.  We need to learn more about this kind of presentation but for now we will approach this the way we have in business analysis.  Your thoughtful suggestions are welcome.


We have a way of embellishing design.  A lot of design, equipment and production can borrow ideas from various theories.  It may not fit your contextual view all the time.  But make room in your mind for an indifferent kind of approach that says things can be made with shields and other features that don't necessarily represent a danger in META design based on the way you can engineer the idea.

On the other hand we can be very specific, and perhaps too specific.  We are working now with a model that is based on Quark spin properties.  We see our role in the context of Quantum based engineering of the Qbit at the nanotechnology level, using quonics drivers.  This may or may not be appropriate as we endeavor to satisfy the interests of others.  We believe that META Materials can replace the existing material structure of machines and create Virtual Flat Cloud production.

Because of this we want to discuss things we have learned across the board and will continue researching over time.   Right now particle use is not down where we envision it but we believe that the use of QLD Energy particle string will focus green energy on specific work, deploy ambient energies to productive use, reduce and eliminate friction and counterproductive elements, and deliver in a smooth and manifold workable agile and adaptive product

This seems as wild and unconditional as Tesla's Tower expecting to deploy power indiscriminately without considering the packaging, distribution and content requirements necessary.  But we intend to think about these things too.  Because the redistribution of power packaged as nano dots would enable distribution of a server based product.  That would be the REAL Green revolution.  And it seems to us now at least, that oil, gas, and sand are part of the solution as string components.

Delivery of wave packets verses the conduit of electrical power is the chore of getting battery contents to be reframed as dashing packages and then dot receptacles.  There is so much thinking here that we wouldn't say much (we're not qualified) except to mention the ideas that come here.

We are prototype beginners but experienced analysts. The Theory that time and motion can be made scalable and gauged for virtual delivery (even long distance) has us thinking about new ways to explain concepts.  We have made a lot of standard metric and matrix maps that we use continuously.  This has come from our QLD Energy mathematics model.  We found a plethora of interesting information that is somewhat standardized by this approach.  And so first we want to
introduce some of this material.

Sometimes we explain our models as though everyone gets it. You may not comprehend our lingo. Excel isn't showing us how these formulas were derived here. And sometimes we throw a number on a page and forget to say where it came from, link not shown or we forget to describe it (not often but sometimes.)  This is so complex we apologize.  We try to offer proofs in our work and because of that our work sometimes appears convoluted.  Here we derived both CHI and RHO from a regression formula based on quark valance gauge.  We used 36.64 as our matrix standard and proved our calculation by balancing one calculation against another.  We used ten here as theta and the golden ratio (m) finished the proof. (Remember that Theta varies between 9.95 to 10 and that multiples of ten are permitted as differences and that branching is permitted but we will indicate branches.)

This explanation is useful to some, and predictably not very capable to others.  We are looking for drivers the way business people look for problem solutions.  But in virtual and digital content we notice that time related equations often go for the analog or round numbers, while image related equations are focused around square numbers. 

This equation was our starting point to develop our model.  Don't ask how much it grew in three years.  Compared to where this concept is going that is nothing.  But you have to remember that there is ONLY POTENTIAL in QLD Energy, no juice.

This concept begins with the Lamb shift centered on the Flat atom with electron rotation.  Some of our calculations might make an electrical engineer uncomfortable.  But we believe that when the packaging of this is workable it will be safe, even if we can't define that technology now.  We can't get you into the comfort zone yet, so while we believe perturbations go away, you can put some of this in the question mark column and hope like us that we're headed in the right direction.


So if you click on the visual it should come about more clearly.  We have shown here a compilation of various components of analysis.  Our actual foundation key was taken from the call letters on the Benedictine Medal and has worked as the state basis of our model.  We compared this to the imagery from the MATRIX Movie and were quite surprised.  But all of our assertions have been mapped and documented throughout the past three years online and in various venues that can be verified.

Every method we have been led to in this endeavor has been workable and realistic in that it gave us another layer of distributive analysis related to the cycles of delivery and other facts. 


We often see things in very big terms and believe in them as eventually a task mastered.  Here we focus on the composite lens theory believing that virtual glass will enable an incredible solution. 

The workable notion of flat cloud engineering is based on virtual glass and compositing a lens for working in a very thin minted condition with a three tier machine composition.

Because of this we believe that science and industry will get on the same page, as virtual machines will be produced directly from applications that previously were workable only to industry as a design application.  Examples of this are Visio and CadCam.

We have made several references in our past research to the block universe and do consider this quantum theory of the virtual city as a Quantum Cube.



The primary reason for our contention is the change in material content, the lack of the dynamic of electro-magnetism and thermo-nuclear conditions creating a potential for the compositional state that does not require a firewall, leaving it free to use space and time separately and to limit the use of space to a metric delimiter.  This comes about as material is replaced by Energy string.

This would allow Time to be plotted either on a timeline series or in a manifold delivery system.
We have used these plots to create an agile production assembly ignoring space-time and theorizing about convergence.  We did this with our models to study what would occur.  Our Model is a Genoa based Model conforming to the tradition of association of variables as shown in the final illustration below.

We want to help you discover as we did what effects we did uncover.  And we will do that in the next series of blog entries that will help us to define Scope.

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