What is syntropy?


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2010-06-23 19:19:53
2010-06-23 19:19:53

In special relativity the energy/momentum/mass equation:


relates the energy of an object (E) with its mass and moment (speed). This equation simplifies into the famous E=mc2 when the momentum is set equal to zero (p=0).

In quantum mechanics the key equation is Schrödinger's wave equation.

In 1926 Klein and Gordon united the energy/momentum/mass relation (special relativity) with Schrödinger's wave equation (quantum mechanics) obtaining an equation which depends on a Square root and has always a dual solution: one positive, in which waves propagate from the past to the future (retarded waves), and one negative, according to which waves propagate backward in time, from the future to the past (advanced waves).

In the 1930s the negative solution was refused as it was considered to be impossible, even though many experimental evidences were supporting it (for example Dirac's neg-electron, Anderson's positron and the discovery of antimatter). Any attempt to integrate quantum mechanics with special relativity always opens the uncomfortable dilemma of waves which move backward in time. The refusal of the negative solution keeps special relativity separated from quantum mechanics. Lately, Cramer (physicist at the Washington State University) showed that only when advanced waves, which move backward in time, are considered to be real the mysteries of quantum mechanics (such as the dual nature of matter - waves and particles - and nonlocality) become necessary manifestations of the dual nature of waves and time.

In 1941 the mathematician Luigi Fantappiè, working on quantum mechanics and special relativity, proposed a mathematical demonstration which shows that the positive solution, which describes waves (and particles) which propagate forward in time, is governed by the law of entropy (dissipation, disorder and death) whereas the negative solution, which describes waves (and particles) which propagate backward in time, is governed by a symmetrical law which Fantappiè named syntropy and which has the following properties: concentration of energy; differentiation; creation of structures; order.

Fantappiè noticed that the properties of the law of syntropy are similar to the properties of living systems, arriving at the conclusion that living systems are, in their essence, attracted by the future, and therefore anticipatory systems.


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Project AuditOverviewProjects rarely run through their full life without some surprises. Sometimes the reasons for this are quite reasonable: requirements change, the team learn more about the problem, third-party software turns out not to perform as advertised. But other surprises are symptoms of underlying problems: the technical architecture is flawed, the team structure is making efficient working difficult, the plan is simply much too optimistic, and the project is doomed to cost more than we thought.It is hard for the customer or project sponsor to work out which situation they are in before it's too late to fix problems economically. That is where a project audit comes in: an independent assessment of some or all aspects of the project's health buys at the least peace of mind, and in other cases can make the difference between problems nipped in the bud and a project whose timescales and costs are out of control.The primary purpose of a project audit is to find the reasons for uncomfortable symptoms in the project, and answer questions posed by the sponsor or senior manager. These might include:Am I being told the truth about the current state of the project?Is the project going to deliver something that meets my requirements?Is the technical approach being used appropriate?Should I believe the project plan?Is the project organised appropriately, and are the project processes being followed optimal?Is the project following industry best practices?What should be changed to improve things?The output of a project audit should be answers to these questions, giving practical and specific advice on fixing any problems uncovered, and guidance on improving efficiency for the future.Syntropy normally assigns two consultants to a project audit because pair working greatly speeds up the analysis process, and, for most project audits, time is of the essence. Depending on the project size and the depth and range of the analysis required, the duration of an audit can range from 5 days up to several months, with costs from £6,000 to £75,000 (plus expenses and taxes).Areas of investigationThe list below spells out the full range of issues that a Syntropy project audit might address. In many cases the symptoms that first sparked the requirement for an audit point to particular areas. In such cases, we normally start by specifying the scope as a subset of this list. We expect to review the work in progress regularly (at least weekly) with the sponsor, and this allows us to shift the focus as the analysis reveals more details about the situation.Project managementDoes the project communicate effectively with its sponsors and other stakeholders?Are decisions taken rationally and quickly?Do the management team have appropriate skills and experience?Project organisation and staffingIs the project divided into effective work units (teams)?Are the teams located appropriately?Are responsibilities clear?Is internal and external communication effective?Do the staff have appropriate skills and experience?Are staff working in a suitable physical environment?Project processesHow are tasks identified and allocated?How is progress measured?How is change handled?Is there proper version and configuration management?Project planning and reportingWhat kind of plan is there?Is the level of detail appropriate?How is the plan validated?How is progress against plan reported?Is the project actually at the point where progress reports say it is?How feasible is achieving the future goals in the plan?Technology choice and usageWhat tools and technologies are being used?Why were these tools and technologies selected?Is the selection in line with industry best practice?System architectureHow do the pieces that make up the solution fit together?Can the solution meet the quality requirements (speed, load, reliability, etc.)?How are technical decisions made? Is there a design authority?How are technical decisions recorded?How is technical feasibility demonstrated?Functional requirementsWhat is the requirements analysis process?Do users feel involved in the process?Are the requirements clear, complete and consistent?What kind of design documents are produced?Code qualityAre coding standards in place and followed?Is the code clear, efficient and well-organised?TestingWhat kinds of testing are carried out?Is there a "test first" or "test driven" philosophy?Is testing automated?How are test cases identified?What kinds of test tools are used?Audit processInitiationThe process of carrying out a project audit starts with initiation. In this activity we meet with the sponsor to agree the scope of the audit, list the questions that need to be answered, and gather basic facts about theproject such as scale, locations, goals, history, and progress to date. The output of the initiation is a proposal for the audit which details the goals of the audit, its timescales and costs. We normally regard initiation as being carried out at Syntropy's expense.Enquiry and reportingThe twin tasks carried out during the audit are enquiry and reporting. The traditional style of audit involves a lengthy enquiry phase with a final report appearing at the end. This approach has some problems:no time is left to redirect the audit's focus in the light of issues raisedall remedial action has to wait until after the audit is completeit is difficult to get the correct balance between time spent identifying problems and time spent devising and syndicating solutionsTo address these problems, we prefer to run the enquiry and reporting phases in parallel.Enquiry tasksThe first step is to understand the project "map" (who is who, what are they doing, where are they doing it) and status (where are they up to). 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The report contains both the results of enquiries (i.e. the true state of the project) and recommendations for dealing with problems found.Final audit report contentsSummaryBackgroundQuantified risk assessment, showing for each major risk:** o Nature of risk o Risk likelihoodo Risk avoidance strategieso Outcomes if risk materialises (with probabilities for best vs. worst cases)

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