Holotomial
Analysis

                                                                         Contact

Hands on
2D-mapping
Slides
Stacking
Eyes
Pairing
Spherical
Time-space
3D-Dynamic
Perspectives
Section 5    Foreword     *2D-Potential     *3D-Potential     Dynamics     Bifurcation    Time-Reset     Bit-Stock
 

5.2

 -- 2D-Potential

 

 

The actions are not localized by themselves. Their denominations suggest concepts but not any specific locations.

 

Their instances and reifications depend only upon contexts that are or will be created by objects and actors.

A potential 2D-map is a specific geometrical arrangement of the objects-actors in order to visualize where the acquaintances render the actions more likely to happen.

Instead of a random mapping, it may order directions. It may grid the space with meridians and parallels.

An appropriate visual arrangement may visualize probability density functions.  

Experiential learning demonstrated that an adequate arrangement of clusters often enables the human brain to see the densities of probability and the structural directions.

Alternatively, the figure illustrates that one can also visualize them via explicit grids and colored zones and that P-mapping provides a space with a geometrical frame.

 

< previous page

related parallelisms

next page >

 
 
 
 


Parallelisms : Classical mechanics - Quantum mechanics - Classical and non-classical statistics - Knowledge mapping - Knowledge management - Quantum fields


Classical mechanics - Quantum mechanics

In reference to the different cases introduced in the previous section, the figure here below illustrates that a P-map suggest very accurately the anticipatory potentials - say like at a demand-stream may correspond a supply-stream.

The details of the execution paths will usually appeared as quantum - because of the decision of the customers between compatible choices and/or because of the different paths followed by suppliers.

As illustrated on the above figure, it might be that no one path actually follows a "least action" principle and that only the mean of those paths may follow such this principle.

At the restrictions made by the remarks in the next paragraph - "Classical and non-classical statistics" - we showed that the mechanisms - hence the statistics - that describe execution paths are essentially non-classical - i.e. the uncertainty grows with the number of prospective cases considered or say that in practice the uncertainty grows with the time period over which a tentative of prognosis is made.

The fundamental reason is that a reification does not only depend upon an intrinsic potential but upon a contextualization. In principle, at any time a consumer attitude may change or an external factor may raise and by changing the context may opt for an alternative reification.

With regards of the time influence, an important factor to also consider is the fact that the configuration of the potentials-space is specified from objects-actors concentrations - see above - and that obviously those may also move within the configuration space itself.

In consequence, over time configuration space may change by the motions of the elements that were defining it.

Important care must be taken that the uncertainty might be seen on one hand as a risk but it is also an opportunity. P-maps eases to find out places on the map where the crossing of two streams may gender both those risks and innovations. Those points of bifurcation typically belong to non-classical statistics.


Classical and non-classical statistics

In practice, a case is frequently made of a mix of classical and non-classical statistics. Say that a set of physical constrains, a certain degree of loyalty to a decision schema or previously forged conservative opinions may render given choices with a certain degree of repeatability.

They correspond to cases on which contextualization has little influence so that they return to a behavior define by the internal system components - like in classical mechanics.

In example of a mix case, we consider a poll between two candidates where one third is traditionally devoted to the first candidate, one third to the second and one third does not have any opinion, the non classical statistics may only apply for the last third.

Clients and consumers sets are usually also mix like the above example.

One can say as a trend that the more open - and the wider - is a system the less classical it appears and the less open - and wide - is a system the more classical it appears.


Knowledge mapping - Knowledge management - Quantum fields

However it was born like a promising concept, KM (Knowledge Management) has not became yet an obviously defined core of science or of management practices. It looks like made of thousands of best practices sets among which one can not actually see the wide acceptance of anyone - say that one can easily find "anything and its opposite".

At the opposite of being a disease, we think that simultaneously managing "anything and its opposite" might in fact be an essential nature of knowledge management.

It is our personal analysis that the apparent failure of KM partly lies in the inability of the occidental rational culture to accept or to conceptualize the simultaneous co-existence and management of dual opposite trends - while the oriental culture is reputed for doing so since around four thousands years.

It is our diagnosis that occidental minds often see a door "to be open or closed" and not both. Say that a choice has to be made when opposite trends may to co-exist.

As an example of this, we can highlight that the wonderful work of Myers-Briggs (see the parallelisms of page 2.2) has often been translated within personality tests where one can not any more opt for the choice of two opposite trends or for an undefined option - say none of the proposed options.

It is our understanding that the original tests allowed "equilibrated" people to display their capability to handle or own a panel of preferences complying with various - sometimes opposite - life cases.

By enforcing an obliged and unique choice among sets of opposite statements, actual tests usually gives trouble to "equilibrated people" while they may own the advantage to highlight people with a "non equilibrated" personalities - which in turn may not invalidate the test when the clients of a head hunter look for a staff with some exclusive soundly marked trends - i.e. a strong money-focused-mind bias.

We can - non adequately - illustrate actual tests as being sets of questions like "Make a unique choice between those two sentences: "While diving a car, - 1. you prefer turning right - 2. you prefer turning left".

We may not disagree that organizations in some domains might be more efficient when made of people who prefer "turning right", but we think that KM may have lost part its sense at also looking for unilateral schemas.

The essence of KM may also encompass dealing with evolving organizations based on the capability to exhibit the right attitudes and competences in response to variable environments - say at maintaining a minimum potential to activate any trends and its opposite, say its ability to turn right of left when required.

In this view, a key job of KM might be simplistically expressed as "maintaining-managing potentials pairs" even though they are not always activated both ways.

A known existing means to deal simultaneously with dual opposite trends could be a management schema based on "quantum-like fields" ... but actually we may accept that this manner has not often been turned out in practical issues - because of many reasons like certainly its complexity but also - to our view - because of a wide ignorance of the fundamental concepts of quantum physics owned by most of the economists, managers and executive people who are issued from occidental scholarships.

We found as an accessible alternative that the P-maps - as illustrated at top of this page - are a means that avoids talking about an irrelevant or unaccepted quantum-like approaches while it allows  to constantly keep in view dual and opposite potentials sets.

We found several manners to handle those maps in the frame of knowledge management tasks. One of those is to consider that there is an inwards trend pushing an organization at rationalizing - say decreasing - the number of internal processes she needs to handle - while there is also in the same time an external trend that possibly increases the diversity of questions challenging the organization.

Knowledge might be seen as an information or an internal asset that an organization needs to own - say that the concept corresponds to the inwards trend - while knowledge can also be seen in the same time - say on the same map - as being an "ability of doing" - say at performing and providing solutions and value at clients or users - say that it corresponds to the outwards trends.

You may find many debates arguing about knowledge being either "information" either "ability of doing" while a P-map may simply show that knowledge may encompass both.

P-maps own so the ability at helping  to define a "knowledge space" - which is already a fair achievement even if the P-maps does not tell which KM strategy needs to be followed - i.e. keeping a balance between those opposite trends, making a choice at a restricted set of the challenges that we like the organization to answer or keeping an evolving and eventually anticipative large capacity of cases management.

The P-maps may only be a support to visualize at which dual opposite trends we care. The implementation of a given strategy will be better supported by the visual translation of it the P-perspective format which is introduced at the following page.