Published by MAYPE, Tenerife: 217pp. 1974 [Dep.Legal T.F. 1156/74]

ÍNDICE DE MATERIAS

1. Índice de materias

 

2. Dedicatoria

 

3. Agradecimientos

 

4. Introducción

 

5. La actividad solar

5.1. Las "regiones activas"

5.2. Medidas de la actividad solar

5.3. Ciclos de actividad solar

5.4. Efectos telúricos "primarios" de las variaciones en la actividad

solar

5.5. La relación actividad solar - clima terrestre

 

6. Creencia en la influencia solar sobre la vida terrestre a través de la

historia

6.1. La época proterocientífica

6.2. La época eocientífica

6.3. La época mesocientífica

6.4. La época neocientífica

 

7. La relación entre la actividad solar y el comportamiento humano

7.1. Introducción

7.1.1. Impresiones personales

7.1.2. Anteriores investigaciones por otros autores

 

7.2. Metodología empleada

7.2.1. El índice de actividad solar

7.2.2. Las muestras

7.2.3. El análisis estadístico

7.2.4. Empleo de FORTRAN IV

 

7.3. Stokes Laundry

7.3.1. Los datos

7.3.2. Los resultados

 

7.4. Coca-Cola

7.4.1. Los datos

7.4.2. Los resultados

7.4.3. Interpretación de los resultados

 

7.5. Crímenes, Filadelfia

7.5.1. Los datos

7.5.2. Los resultados

7.5.3. Interpretación de los resultados

7.5.4. Ampliación del análisis

7.5.4.1. Los resultados

7.5.4.2. Interpretación de los resultados

8. Conclusiones

 

9. Apéndices

9.1. Los datos

9.1.1. Stokes Laundry

9.1.2. Coca-Cola

9.1.3. Crímenes, Filadelfia

 

9.2. Los resultados

9.2.1. Stokes Laundry

9.2.2. Coca-Cola

9.2.3. Crímenes, Filadelfia

 

10. Bibliografía [189 references]

 

11. CONTENTS

 

12. ABSTRACT

A B S T R A C T

After a general introduction to solar activity, its measurement and its effects on the Earth, various areas of biological research are sketched, disciplines which have a direct or indirect relationship with the Sun:

Bioheliology, instead of the term usually found in the literature :

"heliobiology", which has a different etymological meaning.

Biometeorology

Biomagnetism

Electro - Biometeorology

the "Kirlian Effect"

Chronobiology

Photobiology

We believe that all of these fields of study may be grouped as divisions of a broader, interdisciplinary area, BIOCOSMOLOGY. We define Biocosmology as the study of the physical factors, directly or indirectly related to cosmic phenomena, and the influence that these physical factors have on life in all of its manifestations, from the biochemical/cellular level, to that of the most complicated expressions of behaviour.

We have applied the statistical analysis of t-Student to two groups of behavioural data : 1) arithmetic errors observed in the daily inventory records of two commercial distributing firms; 2) crime data.

Samples were selected according to low (A) and high (B) values of an index of solar activity, the daily solar flux measured at a frequency of 2,800 MHz.

The analysis of the data demonstrated that :

1) almost three times more arithmetic errors were made on days of low solar activity (p = < 0.01 - 0.05).

2) the total number of crimes was higher on days of low solar activity (p = < 0.02).

3) certain classes of crimes were also observed to occur more frequently on days of low solar activity (p = < 0.01 - 0.10)

4) certain other crimes showed no statistically significant difference in their volumes on days of low and high solar activity. We designate these crimes, PREMEDITATED.

5) in one instance, a higher number of crimes was found on days of high solar activity. We suggest that such crimes may be committed by PROFESSIONALS.

Questions and comments may be emailed to the L.I.B.H. at

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