CD-B DIRECTORY

 

 

COSMIC DATA-BANK

PROJECT 23:    MEDALISTS OF THE 29TH OLYMPIAD, BEIJING CHINA

INTRODUCTION

Truth may be presented in many styles but it still remains truth. Here is another true view of the Beijing Olympics and the medal count by country.

The U.S.A. has a population of 304.9 million people counted at the last census and at the Olympics it won 110 medals, beating China by ten medals. It is also true that China won more GOLD medals than any other nation competing at the games, 51 vs. 35 for the U.S.A., and 23 for the Russian Federation. An interesting detail appears when the number of medals won by a country is compared to its population. In the table below are the results of such a study. The number of medals won is divided by the population of the country in millions to give a final figure of medals per million people. Truth is often an eye opener. The potential for China to sweep many more medals in the future is obvious.

COUNTRY GOLD SILVER BRONZE TOTAL RANKED BY TOTAL POP. IN MILLIONS MEDALS PER MILLION
Jamaica 6 3 2 11 20 2.7 4.07
Australia 14 15 17 46 5 21.4 2.15
Cuba 2 11 11 24 12 11.2 2.14
Belarus 4 5 10 19 13 9.7 1.96
Netherlands 7 5 4 16 16 16.4 0.97
Kazakhstan 2 4 7 13 19 15.2 0.85
United Kingdom 19 13 15 47 4 60.9 0.77
Korea 13 10 8 31 8 48.2 0.64
France 7 16 17 40 7 64.4 0.62
Ukraine 7 5 15 27 10 46.0 0.59
Canada 3 9 6 18 14 33.4 0.54
Russian Federation 23 21 28 72 3 141.9 0.51
Germany 16 10 15 41 6 82.2 0.50
Italy 8 10 10 28 9 59.6 0.47
Spain 5 10 3 18 14 46.0 0.39
Kenya 5 5 4 14 18 37.5 0.37
U.S.A. 36 38 36 110 1 304.9 0.36
Japan 9 6 10 25 11 127.7 0.19
Brazil 3 4 8 15 17 187.5 0.08
China 51 21 28 100 2 1,325.7 0.07

 Jamaica is the standout in this table winning 4.07 medals per million of its population, Australia is second with 2.15 medals per million Australians, Cuba is close behind in third place with 2.14 medals per million Cubans, and Canada acquired slightly more than half a medal per million of its citizens. These results are important to consider.

THE MEDALISTS OF THE 29TH OLYMPICS

This project examines the cosmic profiles of 607 male and 441 female medal-winning athletes at the Beijing Olympics.

Some medalists have been excluded from this study;  all those who won medals in team events such as football and volleyball and those events which required partners for the athletes such as the equestrian events (horses), and the sailing events (sailboats) are not included.

The following table shows the count-per-year for male and female medalists included in this project. The figures in brackets provide the percentage of the group that the count represents.

YEAR FEM. COUNT MALE COUNT YEAR FEM. COUNT MALE COUNT YEAR FEM. COUNT MALE COUNT
1962 0 1 1973 6 8 1984 35 (7.9%) 53 (8.7%)
1963 0 2 1974 4 13 1985 36 62
1964 2 0 1975 12 16 1986 45 44
1965 0 3 1976 9 17 1987 19 33
1966 0 0 1977 14 20 1988 17 26
1967 1 0 1978 16 (3.63%) 29 (4.8%) 1989 17 12
1968 1 1 1979 13 41 1990 10 2
1969 5 2 1980 24 51 1991 5 2
1970 3 3 1981 31 43 1992 13 0
1971 2 3 1982 45 (10.2%) 54 (8.9%)      
1972 7 7 1983 49 (11.1%) 59 (9.7%) TOTAL 441 607

There is a close similarity in the counts for the men and women with a few more younger women engaged in the Olympics and winning medals than younger men. The table shows that 13 female Olympians born in 1992 were medalists while there were no male medalists born in 1992.

It is important to compare the birth range and know that we are dealing with a very similar core of athletes as we delve further into their cosmic profiles since the arrangement of our solar system, constantly in motion, is always changing.

MERCURY IN THE SECTORS

In this project, the male and female athletes are counted separately and then compared. The only other project completed at the Cosmic Data-Bank which separated the sexes was the Chess Champions (project 3) where clear differences between the sexes were seen in their cosmic profiles.

The table below shows the count and ranking for planet Mercury in the 12 sectors. Since Mercury does not spend an equal amount of time in each sector due to its elliptical orbit around the Sun, an adjustment has been made for this fact. Mercury orbits the Sun every 88 Earth days.

FEMALE MEDALISTS SECTOR MALE MEDALISTS
COUNT DAYS IN SECT. COUNT / DAY RANKING   COUNT DAYS IN SECT. COUNT / DAY RANKING
33 6 5.5   1 34 6 5.7  
27 5 5.4   2 45 5 9.0 3
21 4 5.2   3 37 4 9.2 2
25 5 5.0   4 48 5 9.6 1
29 6 4.8   5 35 6 5.8  
27 7 3.8   6 46 7 6.6  
44 8 5.5 3 7 39 8 4.9 low
57 10 5.7 2 8 67 10 6.7  
58 11 5.3   9 81 11 7.4  
63 10 6.3 1 10 69 10 6.9  
32 9 3.5 low 11 57 9 6.3  
25 7 3.6   12 49 7 7.0  
T = 441 88 days       T = 607 88 days    

For the female medalists, Mercury is found with the most frequency in sect 10 while for the males it is found in sector 4 which is directly opposite to sector 10. Sector 11 displays the lowest count for women and sector 7 the lowest count for men; these two sectors are 120 degrees apart.

VENUS IN THE SECTORS

Venus orbits the Sun every 244 Earth days in an almost perfectly circular orbit which results in an equal amount of time spent in each sector. The counts do not require adjustment as they did for Mercury. The table below displays the results.

FEMALE MEDALISTS   MALE MEDALISTS
COUNT COUNT AS % RANKING SECTOR COUNT COUNT AS % RANKING
36 8.2   1 55 9.1  
33 7.5   2 43 7.1  
36 8.2   3 42 6.9 low
52 11.8 1 4 47 7.7  
36 8.2   5 42 6.9 low
44 10.0 2 6 60 9.9 2
36 8.2   7 53 8.7  
26 5.9 low 8 50 8.2  
32 7.2   9 51 8.4  
36 8.2   10 61 10.0 1
40 9.0 3 11 59 9.7 3
34 7.7   12 44 7.2  
Total = 441       Total = 607    

The female medalists peak in sector 4 while the male medalists peak when Venus is in sector 10. This difference is exactly opposite to the peaks found for planet Mercury. Sectors 4 and 10 are opposite to each other in the great circle around the Sun. Both male and female medalists have their third  highest count in sector 11 and their second highest count in sector 6.

If a perfectly random distribution was in operation there would be 8.3% of the medalists in each sector but that is not what has been observed. Percentages below 8.3% do not meet expectations while those above 8.3% exceed expectation.

EARTH IN THE SECTORS

We live on planet Earth so the count for planet Earth in the sectors is especially interesting. Earth spends an equal amount of time in each sector.

FEMALE MEDALISTS   MALE MEDALISTS
COUNT COUNT AS % RANKING SECTOR COUNT COUNT AS % RANKING
39 8.8   1 57 9.4  
40 9.1   2 42 6.9  
27 6.1   3 39 6.4 low
45 10.2 2 4 53 8.7  
37 8.4   5 43 7.1  
32 7.2   6 49 8.1  
32 7.2   7 61 10.0 2
28 6.3 low 8 58 9.5 3
42 9.5 3 9 65 10.7 1
32 7.2   10 44 7.2  
35 7.9   11 55 9.1  
52 11.8 1 12 41 6.7  
Total = 441 99.7%     Total = 607 99.8%  

A high number of both male and female medalists were born when the Earth was passing through sector 9, the last sector of the Spring season in the northern hemisphere. The men had their highest count in sector 9 and the women had their third highest count in the same sector. The men had their highest three counts in sectors 7, 8, and 9, a time when the Earth experiences the entire Spring season in the northern hemisphere. Said another way, 31.2% of the male medalists were born in the springtime in the northern hemisphere; only 23% of the female medalists were similarly born. The highest count for women medalists is in sector 12, the last sector of the summer season in the northern hemisphere.

NOTE: When discussing the seasons, only the placement of the Earth in the sectors will tell you what season is happening. You cannot tell the season on Earth by the sector placement of any of the other planets. The following table shows the medal count by season and sector for planet Earth.

SEASON & SECTORS FEMALE MEDALISTS MALE MEDALISTS
SPRING - sectors 7, 8, 9 23.1 % 30.3 %
SUMMER - sectors 10, 11, 12 27.0 % 23.1 %
AUTUMN - sectors 1, 2, 3 24.0 % 22.7 %
WINTER - sectors 4, 5, 6 25.8 % 23.9 %

The greatest percentage of female medalists were born in the Summer and the fewest were born in the Spring.

The greatest percentage of male medalists were born in the Spring and the fewest were born in the Autumn. The spread between the high and low counts for males is significant,.

MARS IN THE SECTORS

The 'red' planet orbits the Sun every 686 Earth days in an elliptical orbit which prevents it from spending an equal amount of time in each sector. The final ranking shown in the table below reflects the adjustment required in the counts.

FEMALE MEDALISTS SECTOR MALE MEDALISTS
COUNT DAYS IN SECT. COUNT / DAY RANKING   COUNT DAYS IN SECT. COUNT / DAY RANKING
30 49 0.61   1 51 49 1.04 2
41 53 0.77 1 2 37 53 0.69 low
30 58 0.52 low 3 54 58 0.93  
41 64 0.64   4 62 64 0.97 3
46 68 0.68   5 61 68 0.89  
44 68 0.64   6 55 68 0.80  
37 65 0.57   7 62 65 0.95  
37 61 0.61   8 45 61 0.73  
42 55 0.76 2 9 50 55 0.90  
37 50 0.74 3 10 53 50 1.06 1
31 48 0.64   11 37 48 0.77  
25 47 0.53   12 40 47 0.85  
T = 441 686       T = 607      

The female medalists have their highest counts in sectors 2, 9, and 10, and lowest count in sector 3.

The male medalists have their highest counts in sectors 10, 1, and 4, and lowest count in sector 2, where the women have their highest count.

TO CONTINUE THIS PROJECT USE THIS LINK:  Heliogram Types & More