FUTURE DIMENSIONS

If we mention present tense, how long is it? Is it one second, one minute, one hour…? In addition to present tense, we have past and future tense.

The past is so long, countless centuries and more. Actually past tense is endless, for our knowledge. No one can tell how long the past is on earth. Some scientists can assume the past of the Earth. For us, the past is definitely infinite. So far we cannot say how long the future is.

Graph of times.

X — Axe (X) devides future from past. The line of the present.

A — Time period of present.

B — Arrow of the future.

C — Arrow of the past.

Y — Future zone.

Y’- Past zone.

In this sketch, the line (X) divides the future and the past. The present tense (A) is determined by us. It can be 1 sec, 1 min, 1 hour, etc. The drawing shows how the future passes into the past, via the axis (X).

What is the speed of the transition? Can we measure it?

In this drawing, we see how the future is connected with the past. The present time is as long as we decide. The future (B) falls across the line (X) into the past ©. We could measure the “Speed of Future Dropping” using our timing system.

Future dropping graph.

X, X’, X”, X”’ — Lines of present.

A, B, C, D — Events in the future.

A1, A2, B1, B2… Events in the past.

Y — Future zone.

Y’ — Past zone.

In this sketch we see how events from the future (A, B, C, D) will cross the line of the present (X) and end up in the past. We can say that plane (A) will cross our line of the present in one hour. It landed at airport (A1) in certain time. It started flight again (A2) at certain time. It landed again in certain time.

In this case, the plane (A) crossed our line of the present, and all other activities of the plane happened in the past. In the same way we can check points (B, C and D). We transferred all future activities of the plane (A) to the zone of the past. So we moved our line of the present (X, X’, X”) into the zone of the past.

Meteorologists can predict the future of cyclones, or any other meteorological event. They can draw a low pressure body.

Low pressure body surface.

A, B, C, D, E, F, G, H — Value labels.

S — Body surface.

This graph is shown as a planimetric diagram. The different types of low pressure are shown on the lines (A, B, C …). (A) can be temperature, (B) pressure, © wind power, etc.

Low pressure diagram.

X — Line of present.

S1, S2, S3… Low pressure surfaces.

S4’ — Low pressure body surface plan.

d, d1, d2 … Time periods, which show the passage of a low-pressure body through the present line (X).

On this sketch we can see that the point (S1) will cross the line (X) in a certain period of time (d), say six hours. If the present (x) is noon on October 12, then the low pressure point (S1) will pass at 1800 hrs on the same date, which means that the low pressure will begin passing a certain place or city at 1800 hrs on that date. The next area of low pressure (S2) will pass at 00.00 hrs next day, i.e. on October 13.

In this case, the line (X) is fixed at a certain place or city, and the future passes over it. Therefore, we can experience the structures of the future at a certain point on the line (X), in time periods (d, d1, d2…). The graph of low pressure areas will show us what the temperatures, pressures, wind speeds, etc. will be like.

In this way we can try to control or understand any event from the future. We can observe how a certain disease will behave.

S1, S2, S3 …. Disease surfaces.

d1, d2, d3 … Time periods.

Y — Future zone.

Y’ — Past zone.

S5 — Ground plan of Surface 5.

Disease diagram.

In this sketch, the present line (X) is fixed on a certain person on October 12 at 12 hrs. The surface of the disease (S3) occurred on October 11 at 12.00 hrs. The surface of the disease (S2) occurred on October 10 at 12.00 hrs. Periods (d1, d2, d3 …) happened every one day or 24 hours. Point (S1) is the beginning of the disease.

In this sketch, we can see that the disease is getting stronger. In this sketch, we can see that the disease is getting stronger, as the surfaces (S1, S2, S3…) increase in the future.

We can demonstrate this disease on a planimetric graph.

Planimetric graph of ilness.

S1, S2, S3… Disease surfaces.

d1, d2, d3 … Time periods.-

X — Future period.

X1 — Past period.

This diagram shows the body of the disease. (S1, S2, S3…) are surfaces of ilness that are taken in same time periods (d1, d2, d3…) like 24 hours. In this drawing we can see that the disease is increasing. The surfaces (S5, S6, S7…) are predicated in the future.

We can present every event from the future on similar drawings and study it. We can see how it will behave and end. We can see how close our drawing is to reality. Especially in meteorology or medicine, you can see how a certain event will go and end.

In this way, individual events can be controlled in the future. For example, a doctor tells us that a certain disease will increase or decrease in the future, like in a few months. This way we can show it on a graph.

In this way, the future can be plotted on a diagram. Diseases can be easily drawn, like the previous sketch. Body temperature, as well as other disease parameters, can be easily checked in this way.

World political events can be placed on the same diagram. That way we can research what will happen in the world in the future. Today’s migration and expansion of eastern peoples towards Europe from Afghanistan, Syria, Iraq, etc. can be assumed in this way.

In this way we can see our future life. How will we succeed with work and health? This method could be successful in medicine, but it can be used in other fields as well.

Temperature diagram.

Line “X” is divided into time divisions of six hours. The values d1, d2, d3 … are the patient’s temperature. The “T” line is the temperature.

In this diagram we can see that the temperature is rising. (d2) is higher than (d1). (d3) is higher than (d2). (d1’, d2’, d3’) are future temperatures.

d1 = 39,5

d2 = 39,8

d3 = 40,0

a = actual time.

These are the actual measured temperatures.

d1’ = 40,5

d2’ = 41,0

d3’ = 41,5

These are future temperatures.

a’ = future time.

Here it can be seen that the patient’s temperature will rise. Based on this sketch, the doctor can assume the patient’s temperature rise.

​ In this case, the doctor will say that the patient’s temperature will constantly rise. He should prescribe medicine to reduce the temperature.

Diagram of the future of fever.

Lines (t) and (t’) are temperature values throughout the past and future period. (d1, d2, d3, d4) are values of the temperature in past. (d1’, d2’, d3’, d4’) are values of the temperature in the future. Point (A) is the point where the past transfers in the future. In this case the temperatures (d1’, d2’, d3’, d4’) will be predicted. We can say that this is how the doctor sees the future.

Disease diagram.

t — Temperature

p — Blood pressure.

h — Headache

On this diagram we see the following values: body temperature and pressure. Depending on the disease, the patient should have a certain diagram. Even if the patient’s main illness is controlled by the chart, additional disturbances should also be demonstrated there. All diagrams should be set, such as the period and strength of the cough, nose sneezing, headache, pressure, etc.

Headache diagram.

d1, d2, d3, d4, d5 — The past values

d1’, d2’, d3’, d4’ — The future or predicated values of headache.

(h) is the line of headache.

We cannot measure the intensity of the headache, but we can predict its values. In fact, we do not have disease intensity units. Similar diagrams can be set up for coughing, nose sneezing, etc. In the case of certain diseases, the diagrams will be set up to show the values of such diseases.

We need to accept the future as real and unchanging. This means that any event that comes in the future will really happen, and will not disappear, and we should be ready for such an act. In this way, seers can sense or see events from the future.

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