Feedback in the Theory of Human Constants

Introduction

In the previous article, the balance among survival, connection, meaning, and order was examined as a dynamic and relative condition. However, maintaining such a balance without a mechanism that returns the consequences of behaviors and decisions to the system is difficult.

This mechanism can be called feedback.

In systems theory and resilience research, feedback is also considered an important element of system dynamics; for example, research on social-ecological systems shows that rapid and observable feedback can provide the information necessary for actors to adapt.

In the Theory of Human Constants, feedback has special significance; because it makes possible the consequences of change in one of the four constants being revealed for the other constants, and the system being able to correct its behavior and structure if necessary.

1. Definition of Feedback

Feedback can be defined as follows:

A process through which the consequences of a behavior, decision, change, or disturbance are returned, directly or indirectly, to the same system and provide information that can affect the system's subsequent behavior or condition.

In this definition, there are three essential stages:

Action or change → consequence → return of information or effect of consequence to the system

If this cycle can affect subsequent decision or behavior, a feedback loop is formed.

2. Why Is Feedback Important for the Four Constants?

The four human constants do not function in a static and unchanging environment.

Every decision can create consequences in several areas.

For example, an economic decision may:

strengthen survival;

but have negative effects on the environment;

change social trust;

and even affect the system's meaning and legitimacy.

If the consequences of such a decision return to the system and are considered in subsequent decisions, it is possible to correct course.

Therefore, feedback is one of the connection links between the system's current operation and its future decisions.

3. Positive and Negative Feedback

In systems literature, feedback is usually examined based on its effect on the existing trend.

Amplifying feedback intensifies the existing trend.

Regulating feedback tends to reduce deviation from the desired state.

These terms do not mean "good" and "bad".

An amplifying feedback can be constructive or destructive.

For example, increased trust can increase cooperation, and increased cooperation can further strengthen trust.

In contrast, decreased trust can reduce cooperation, and reduced cooperation can further weaken trust.

Both examples are amplifying loops, but their direction is different.

4. Feedback in Survival

In the realm of survival, feedback can establish connection among resources, consumption, and its consequences.

If a decline in a resource is quickly observed and entered into decision-making, it is possible to correct consumption.

But if the consequences of over-consumption are revealed with delay, resources may reach critical levels before the system responds.

Therefore, the speed of feedback can affect the capacity to regulate survival.

5. Feedback in Connection

Connection itself is one of the most important channels for transmitting feedback.

A system that makes possible the expression of dissatisfaction, reporting of errors, transmission of experience, and provision of opposing information has more data available for regulation.

But if communication becomes one-directional and only desirable information reaches the decision-making center, the distance between actual conditions and their official picture may increase.

In such circumstances, the problem is not only weak communication; rather, it is a disruption in the feedback loop.

6. Feedback in Meaning

Semantic feedback occurs when people and communities compare the consequences of their behaviors and decisions with their values and beliefs.

A policy may initially be considered compatible with a value system, but its consequences over time may cause reassessment of those values or their interpretation.

Therefore, meaning is not fixed and without feedback.

Social experience can change how people understand values, identity, and collective goals.

7. Feedback in Order

Order also needs feedback.

A law or institution is created to solve a problem, but it should be determined whether it has created the expected result or not.

If a law creates undesirable consequences, the existence of a feedback mechanism makes possible its correction.

As a result, an effective legal and institutional system is not only a set of rules; it must also have the capacity to receive the consequences of rules and correct them.

8. Direct and Indirect Feedback

Feedback may be direct.

For example, an increase in the price of a commodity may directly affect its consumption.

But sometimes the path is much more complex.

A change in survival may initially affect connection; change in connection may reduce trust; reduced trust may decrease cooperation; and ultimately social order may be affected.

In this case, feedback has passed through several loops and several constants.

Therefore, in the Theory of Human Constants, both direct feedback and chain-like and indirect feedback should be examined.

9. Short-Term and Long-Term Feedback

Feedback also differs temporally.

Some appear almost immediately.

Others become apparent only after months or generations.

This difference is very important.

If the consequences of a decision appear very late, the decision-maker may think the policy was successful, while its negative effects have not yet become apparent.

For this reason, time delay in feedback is one of the factors that can cause accumulation of imbalance.

10. Observable and Hidden Feedback

Not all feedback is equally observable.

Some indicators change quickly and are measurable.

Others, such as gradual decline in trust, erosion of meaning, or loss of legitimacy, may become apparent later.

This causes systems to sometimes respond quickly to some changes and late to others.

Therefore, the observability of feedback can also be one of the important variables in regulation capacity.

11. Feedback and Trust

Trust can both be a consequence of feedback and affect the quality of feedback.

If people experience that reporting their problems is given attention, their likely participation in transmitting information will increase.

But if they experience that expressing problems has negative consequences or creates no change, they may transmit less information.

As a result, decreased trust can lead to decreased feedback quality, and decreased feedback can also make decision-making weaker.

Here, a social feedback loop is formed.

12. Feedback and Learning

Feedback becomes learning when the system is able to use the consequences of the past to change future behavior.

Therefore:

Feedback without learning may only be repetition of information.

But:

Feedback combined with learning can increase regulation capacity.

From this perspective, social learning can be understood as one of the most important constructive consequences of feedback.

13. Feedback and Regulation Capacity

Regulation capacity cannot function effectively without sufficient information.

Feedback is one of the primary sources of this information.

The relationship can be summarized as follows:

Feedback → information about consequences → evaluation → corrective decision → action → new feedback

The faster, more accurate, and more reliable this cycle operates, the greater the possibility for more effective regulation.

Research on social-ecological systems has also emphasized the importance of feedback speed and observability for increasing adaptation capacity.

14. Feedback and Resilience

Resilience is not only the capacity to endure pressure.

In many research frameworks, resilience relates to the capacity to absorb disturbance, adapt, reorganize, and in some cases transform the system.

In this process, feedback helps the system understand:

what has changed;

what has been effective;

what has failed;

and what change should be made.

Therefore, the quality of feedback loops can be one of the factors affecting resilience.

15. Amplifying Feedback and Crisis

Just as feedback can strengthen balance, it can also intensify imbalance.

For example:

Decreased trust → decreased cooperation → decreased effectiveness → increased dissatisfaction → further decreased trust.

If such a loop is not broken, an initial disturbance may transform into a wider crisis.

Therefore, one of the functions of regulation is to identify negative amplifying feedback loops and create mechanisms to regulate them.

16. Feedback and Crisis Thresholds

Amplifying feedback can increase the speed at which a system approaches a crisis threshold.

In contrast, regulating feedback may reduce pressure.

In complex systems, changes may be gradual but near a threshold, their consequences may increase rapidly.

Therefore, monitoring feedback can be important for early detection of dangerous changes.

Resilience research has also emphasized the role of monitoring, feedback, and identification of signs approaching thresholds.

17. Feedback and Distribution of Power

The quality of feedback does not depend only on the existence of a communication channel.

Power determines what information is heard and what is ignored.

In a system, much information may be produced, but information about structural errors may not reach the decision-making center.

In this case, the problem is not lack of information; rather, it is selectivity in receiving feedback.

For this reason, analysis of feedback should also consider the issue of power and access to decision-making.

18. Feedback and the Four Constants as a Network

In the Theory of Human Constants, feedback should not be examined only within each constant.

One should ask:

If survival changes, what feedback enters connection?

If connection changes, what effect does it have on meaning?

If meaning changes, what consequence does it create for order?

And if order changes, how are survival and connection affected?

In this way, the four constants form a feedback network.

This network can be constructive, regulating, or amplifying.

19. Feedback and Policy-Making

From the perspective of the Theory of Human Constants, policy-making should not end with the stage of implementing the decision.

Every policy should have a cycle:

diagnosis → decision → implementation → observation of consequence → evaluation → correction.

If the evaluation and correction stage is removed, the policy may continue without regard to actual consequences.

Therefore, one of the criteria for the institutional capacity of a system can be the degree of its ability to create and use effective feedback loops.

20. Feedback and Different Scales of Human System

Feedback does not operate equally at all levels.

At the individual level, personal experience can change future behavior.

In the family, the reaction of members can adjust the pattern of interaction.

In the organization, employee performance and decision results can change management policies.

In society, public opinion, economic indicators, collective behavior, and cultural changes can create feedback.

In civilization, the consequences of long-term decisions in economic, environmental, institutional, and cultural domains may become apparent over generations.

Therefore, the temporal and spatial scale of feedback should be specified in analyses of the Theory of Human Constants.

21. Feedback as a Connection Link Among the Four Constants and Regulation

By summarizing the discussion in this section, the following relationship can be proposed:

Change → consequence → feedback → detection → regulation → new change

This cycle can repeat many times.

If feedback is rapid, accurate, and usable, the system can respond before accumulation of imbalance.

If feedback is weak, late, distorted, or suppressed, the likelihood of accumulating imbalance increases.

From this perspective, feedback can be understood as one of the intermediate links among balance, regulation, and resilience.

Conclusion

In the Theory of Human Constants, feedback is a process through which the consequences of behaviors, decisions, and changes are returned to the system again and make possible the correction of course.

Feedback can:

be amplifying or regulating;

be direct or indirect;

be rapid or delayed;

be observable or hidden;

and be constructive or destructive.

The main importance of feedback is that the four human constants do not exist in a static situation. They constantly affect each other and the consequences of these interactions must be returned to the system so that regulation and learning become possible.

Therefore, within the framework of the Theory of Human Constants, the quality of feedback loops is one of the important factors determining the system's capacity to maintain or reorganize balance among survival, connection, meaning, and order.

Key phrase: "In the Theory of Human Constants, feedback is a loop that returns the consequences of changes and decisions to the system and, by providing information for detection, learning, and regulation, increases the possibility of maintaining or reorganizing balance among survival, connection, meaning, and order; in contrast, weak, delayed, or distorted feedback can provide the ground for accumulation of imbalance and intensification of crisis."