WEBVTT 00:00.000 --> 00:29.980 Transcription by CastingWords 00:30.000 --> 00:59.980 CastingWords 01:00.000 --> 01:29.980 CastingWords 01:29.980 --> 01:59.960 CastingWords 01:59.960 --> 02:07.960 CastingWords 02:07.960 --> 02:13.600 In the rivers of the west coast of North America lives one of the world's most interesting migrants. 02:14.580 --> 02:19.560 Braving difficulties of every sort, the salmon traverses rivers and seas. 02:19.560 --> 02:36.940 The life of the salmon begins when its mother lays her eggs in a stream. 02:36.940 --> 02:49.740 The first food of the young salmon is the special nutrient sack in the egg. 02:49.740 --> 03:00.520 A few weeks later, they are big enough to find food for themselves in the stream. 03:00.520 --> 03:08.000 As they continue to grow, they spend about a year in the stream. 03:08.000 --> 03:21.820 Salmon have been created with a system that allows them to live both in fresh and salt water. 03:22.740 --> 03:27.020 The reason for this is hidden in the miraculous journey that the salmon will make. 03:27.020 --> 03:35.260 On a spring morning, thousands of salmon begin to migrate down the river. 03:35.260 --> 03:57.480 The place where they will arrive weeks later is the magnificent Pacific Ocean. 03:57.480 --> 04:14.880 As soon as they arrive at the ocean, a genetic mechanism in the salmon causes a change in the makeup of their bodies, enabling them to live in salt water. 04:14.880 --> 04:22.360 In the next one to four years, they will traverse the ocean. 04:24.760 --> 04:33.100 Leaving the American coast, they will pass by Alaska, continue in a great arc in the direction of Japan, and return again. 04:33.100 --> 04:47.060 At the end of their journey, they are mature and ready for the final and most difficult journey of their lives. 04:47.740 --> 04:52.860 They will return to their home, that is, to the stream where they were born. 04:52.860 --> 05:03.380 Now they begin to travel upstream in exactly the opposite direction to the one they traveled years earlier to reach the sea. 05:04.720 --> 05:06.580 No obstacle dawns them. 05:08.720 --> 05:11.720 They can jump high enough to scale waterfalls. 05:22.860 --> 05:27.780 They can even jump three meters out of the water to climb over obstacles in their way. 05:42.580 --> 05:48.680 Sometimes they doggedly pursue their journey for distances reaching 3,200 kilometers. 05:48.680 --> 05:56.560 In the course of this journey, they eat nothing, using energy stored while they were in the ocean. 05:57.880 --> 06:06.640 Finally, those who survive, without fail, reach the river where they were born years earlier, and there lay their eggs. 06:07.340 --> 06:11.640 They have done their duty, and a short time later, they die. 06:11.640 --> 06:22.520 This journey of the salmon is one of the most amazing phenomena in nature. 06:25.800 --> 06:33.380 How is it that after thousands of salmon live for years in the sea, they can find the very stream in which they were born? 06:33.380 --> 06:43.240 In order to achieve this, they must find their own stream from among the thousands that flow into the Pacific Ocean. 06:45.900 --> 06:49.960 Then, they must swim up this stream without becoming lost. 06:51.120 --> 06:55.240 Despite the fact that the stream separates into several branches in its course, 06:55.700 --> 07:01.240 the salmon must make the right decision at each fork in the stream, and continue in the right direction. 07:01.240 --> 07:06.380 The salmon succeed in this seemingly impossible venture. 07:07.300 --> 07:09.580 How do they succeed, and why? 07:10.640 --> 07:14.500 First, let's consider the answer to the question, why? 07:14.500 --> 07:32.260 Research has shown that salmon have been created with a special sensory system to enable them to make this journey. 07:33.500 --> 07:40.360 They have been created with a natural compass that lets them find their way in the ocean by sensing the Earth's magnetic field. 07:40.360 --> 07:47.140 Thanks to this, they are able to find their direction in the vast ocean without error. 07:47.140 --> 08:01.060 But the basic question is this, how do salmon find the very streams in which they were born? 08:01.960 --> 08:08.320 For this, something else, a different system, apart from its natural compass, is required. 08:08.320 --> 08:13.840 Research has shown that salmon are created with a very delicate sense of smell, 08:13.840 --> 08:18.560 and that they can find the stream in which they were born by following its smell. 08:18.560 --> 08:26.820 We would not guess that a stream has its own smell, but it is true. 08:27.480 --> 08:30.840 Every stream in the world has its own chemical composition. 08:33.340 --> 08:37.160 Most frequently, the differences between the different chemical compositions 08:37.160 --> 08:40.700 are almost too small to be detected by any creature, 08:42.140 --> 08:44.540 except the salmon. 08:44.540 --> 09:04.760 One of the most interesting occurrences which demonstrated the salmon's ability to find its direction 09:04.760 --> 09:08.320 happened in the Prairie Creek Fish Farm in Northern California. 09:08.320 --> 09:14.200 A discovery made at this farm revealed an incredible adventure of migration. 09:15.540 --> 09:18.200 On the 2nd of December, 1964, 09:18.840 --> 09:20.260 in one of the breeding pools, 09:20.640 --> 09:24.440 a two-year-old salmon was found swimming with the other young salmon. 09:25.480 --> 09:27.080 On the back fin of the salmon 09:27.080 --> 09:31.920 were the remains of a special metal tag belonging to the Prairie Creek Fish Farm. 09:31.920 --> 09:45.000 This showed that this salmon was one of those that had been grown two years earlier in this farm 09:45.000 --> 09:47.000 and later released into the ocean. 09:48.360 --> 09:51.340 But how could this salmon have returned from the ocean 09:51.340 --> 09:53.420 and got into the farm's covered pool? 09:53.420 --> 09:59.080 There is a clue to how this could have happened. 10:00.040 --> 10:02.220 There was a box covered with a metal grill 10:02.220 --> 10:05.780 that opened into the overflow channel of one of the pools. 10:06.640 --> 10:07.740 The cover was broken. 10:08.820 --> 10:11.440 Could the salmon have entered this channel in its attempt 10:11.440 --> 10:13.320 to get back to the place of its birth, 10:13.880 --> 10:15.960 broken the cover, and entered the pool? 10:15.960 --> 10:23.260 There is no other explanation for the occurrence. 10:23.960 --> 10:26.860 But it seems impossible when you consider the distance 10:26.860 --> 10:29.720 the salmon had to go from the ocean to this pool. 10:34.360 --> 10:38.280 In order for the salmon to get back to the farm where it was born, 10:38.760 --> 10:41.140 it had to begin its journey from this point. 10:41.680 --> 10:45.660 That is, from the point where the Redwood Creek flowed into the ocean. 10:46.840 --> 10:51.400 Later, the salmon would swim five kilometers against the current 10:51.400 --> 10:54.080 and come to the first fork in the river. 10:55.100 --> 10:58.800 At this fork, it would make the right decision and go to the north, 10:59.120 --> 11:02.560 but further on, there would be an even more difficult branching. 11:08.120 --> 11:11.800 Here, the salmon would receive two very similar signals. 11:11.800 --> 11:18.420 The farm where the salmon was born was located right in the middle of this branch. 11:19.780 --> 11:23.260 The first choice for the salmon would have been to go to the right 11:23.260 --> 11:26.340 because the water flowing from it came from that direction. 11:27.220 --> 11:30.360 But for some reason, it chose to go to the left 11:30.360 --> 11:33.200 and began to approach the farm from behind. 11:33.200 --> 11:42.180 The reason for this surprising decision was to be found under the highway 11:42.180 --> 11:43.720 that passed through the area. 11:46.860 --> 11:49.760 Under the highway, there was a channel that collected the water 11:49.760 --> 11:51.700 that overflowed from the fish farm. 11:53.020 --> 11:56.580 Most of the time, very little water flowed through this channel 11:56.580 --> 11:59.380 and leaves absorbed it before it reached the river. 12:06.180 --> 12:08.400 But this year, there had been a lot of rain 12:08.400 --> 12:12.740 and as a result, the water in the channel was able to reach the river. 12:12.740 --> 12:22.340 This weak current was enough to guide the salmon. 12:29.460 --> 12:33.160 It must have recognized the smell, followed it from the river 12:33.160 --> 12:35.880 and made its way through the overflow channel, 12:36.280 --> 12:40.920 having to swim and crawl its way through the 5 to 10 centimeters deep water. 12:42.740 --> 12:47.220 And later, it had to find its way 12:47.220 --> 12:50.000 in a confusing system of water pipes in the channel. 12:50.720 --> 12:53.140 And even if it succeeded in getting that far, 12:53.700 --> 12:56.160 it would still have been stopped at the cover. 13:00.380 --> 13:03.260 It must have been squeezed in the concrete channel 13:03.260 --> 13:05.360 located inside this wooden track. 13:05.360 --> 13:17.020 But the salmon did not give up. 13:18.100 --> 13:21.720 It found the pipe, 12 centimeters in diameter, 13:22.340 --> 13:24.520 which connected this channel to the pool. 13:25.420 --> 13:27.300 It made its way through this pipe 13:27.300 --> 13:30.100 and finally came to its last obstacle. 13:30.100 --> 13:37.760 It overcame this obstacle 13:37.760 --> 13:40.620 by hitting its head against it with great force. 13:45.940 --> 13:48.360 So, at the end of this incredible journey, 13:48.820 --> 13:50.340 the salmon reached a little pool 13:50.340 --> 13:52.240 where it was born two years earlier. 13:52.240 --> 13:59.000 When officials of the fish farm realized what had happened, 13:59.580 --> 14:01.740 they wondered whether there were other salmon 14:01.740 --> 14:04.080 that had returned to their places of birth. 14:07.440 --> 14:09.560 In order to see what they might find, 14:09.880 --> 14:11.500 they took up the wooden planks 14:11.500 --> 14:13.440 and looked in the channel underneath. 14:13.440 --> 14:21.460 To their amazement, 14:21.860 --> 14:24.520 they found a total of 70 salmon, 14:25.200 --> 14:27.380 each with a tag from the fish farm. 14:27.380 --> 14:29.300 After each of them, 14:29.740 --> 14:31.340 the salmon were highest two to 30, 14:31.580 --> 14:32.780 as they covered up the fish de San resource�なbre달. 14:32.780 --> 14:34.180 They used to tell the fish之肉 14:34.180 --> 14:34.480 but the salmon were less than 5%. 14:34.960 --> 14:35.760 They only their fish were enough, 14:35.760 --> 14:37.620 In order to see what they did. 14:38.160 --> 14:47.500 TAT-D� 14:51.160 --> 14:52.680 that little bit water. 14:53.940 --> 14:54.560 The salmon was roasted 14:55.820 --> 14:57.040 and the local salmon wasuated. 14:57.040 --> 15:13.360 This extraordinary story of the salmon gives us an important proof of the creation. 15:13.360 --> 15:19.320 We can see that every stage of the journey made by the salmon was calculated. 15:19.320 --> 15:26.380 It is by itself a great wonder that there is a program that directs the salmon to return 15:26.380 --> 15:35.000 years later to the river in which it was born. 15:35.000 --> 15:40.280 Beside this, it is certainly not by chance that the salmon possesses a natural compass 15:40.280 --> 15:45.780 that allows it to find its way in the ocean, or that it has the most sensitive sense of 15:45.780 --> 15:48.700 smell in the world. 15:48.700 --> 15:55.760 All this shows that the salmon is a creature specially created for the migration decreed 15:55.760 --> 16:02.800 for it. 16:02.800 --> 16:08.780 The one who created this salmon with all its extraordinary capabilities is Allah, the creator 16:08.780 --> 16:15.820 of all living things, and the Lord of all the worlds. 16:15.820 --> 16:21.600 Guiding in King Elephant and Riding selvs. 16:21.600 --> 16:24.800 I am not keep the sun coming from the image. 16:24.800 --> 16:25.140 I am not welcome. 16:25.140 --> 16:27.660 Next, we are looking to tell thequin. 16:27.660 --> 16:27.800 If you try it, the salmon voyez this sometime fraŻ, the moon also appears even just as well. 16:27.800 --> 16:29.540 If you try to erase them from the smoke behind a tree, you, this kid won't bepetto 16:29.540 --> 16:31.140 to you. 16:31.140 --> 16:43.760 Let's check the��면's 16:43.760 --> 16:58.720 One of the most interesting creatures in nature is the honeybee, which offers us a perfect 16:58.720 --> 17:11.140 feast with the honey it produces. 17:11.140 --> 17:18.480 Bees live in colonies and hives they construct with great care. 17:18.480 --> 17:26.960 Inside each hive there are thousands of small hexagonal combs made to store the honey. 17:26.960 --> 17:33.620 In order to fill these combs with honey, the bees have to collect nectar from flowers. 17:33.620 --> 17:41.360 This is indeed a painstaking task. 17:41.360 --> 17:46.440 The latest scientific research has revealed that in order to produce half a kilo of honey, 17:46.440 --> 17:54.380 the bees must visit about four million individual flowers. 17:54.380 --> 17:57.440 Finding these flowers is in itself a difficult job. 17:57.440 --> 18:13.180 For this, the bees appoint some scouts and foragers from among their number. 18:13.180 --> 18:18.400 How do forager bees find the way to flowers in tracts of land that are vast compared to 18:18.400 --> 18:28.300 their own size? 18:28.300 --> 18:33.460 How do they find their way back to the hive without getting lost? 18:33.460 --> 18:39.300 How do they explain to the other bees the way to the source of the flowers? 18:39.300 --> 18:47.740 When we examine these questions, we come up with some very interesting facts. 18:47.740 --> 18:52.200 On the screen you see a bee that has discovered a source of flowers. 18:52.200 --> 18:57.100 The job of this forager bee is to return to the hive and inform the other bees of the place 18:57.100 --> 18:59.940 where it found the flowers. 18:59.940 --> 19:05.260 As soon as the forager bee returns to its hive, it starts to describe the location of the flower 19:05.260 --> 19:08.520 source it has discovered to the other bees. 19:08.520 --> 19:14.120 First it lets the other bees taste the small bit of the nectar it has collected from the flowers, 19:14.120 --> 19:17.600 which gives them information about its quality. 19:17.600 --> 19:23.420 Then it begins its main task, describing the direction to the flowers. 19:23.420 --> 19:28.800 It does this in a very interesting way, by dancing. 19:28.800 --> 19:33.840 The forager begins to dance in the middle of the hive by shaking its body. 19:33.840 --> 19:39.160 It is difficult to believe, but in the course of this dance, the shaking will give the other 19:39.160 --> 19:49.340 bees all the information about where the flowers are located. 19:49.340 --> 19:55.640 For example, if the dance is in straight lines towards the upper part of the hive, the source 19:55.640 --> 20:00.560 of nutrients is exactly in the direction of the sun. 20:00.560 --> 20:11.960 If the flowers are located in the opposite direction, the bee makes lines in that direction. 20:11.960 --> 20:15.900 Look, now the bee is dancing towards the right. 20:15.900 --> 20:22.460 This shows that the flower source is exactly 90 degrees to the right. 20:22.460 --> 20:28.020 This forager bee is explaining to his nest mates a 45 degree inclination to the left of the 20:28.020 --> 20:38.020 sun. 20:38.020 --> 20:40.580 But there is a question. 20:40.580 --> 20:46.100 The bees explain the direction according to the position of the sun, but the sun is continually 20:46.100 --> 20:48.020 moving. 20:48.020 --> 20:53.300 Every four minutes, the sun moves one degree towards the west, which would lead one to expect 20:53.300 --> 20:56.380 that the bees would make an error. 20:56.380 --> 21:02.440 However, observations have shown that the bees take account of the sun's movement. 21:02.440 --> 21:07.900 As the forager bees give directions, every four minutes, the angle they describe moves one 21:07.900 --> 21:10.400 degree to the west. 21:10.400 --> 21:16.780 Thanks to this marvelous calculation, the bees never lose their way. 21:16.780 --> 21:24.520 The forager bees not only give information about the direction of the flowers, but also 21:24.520 --> 21:26.520 the distance to them. 21:26.520 --> 21:31.200 The duration of the dance and the number of vibrations let the other bees know the exact 21:31.200 --> 21:33.020 distance. 21:33.020 --> 21:46.540 They store just enough nutrients for this distance and then set out on the journey. 21:46.540 --> 21:51.920 This wonderful specialization of bees was tested in an experiment done in California. 21:51.920 --> 21:57.920 In this experiment, three containers of sugar water were placed in three different locations. 21:57.920 --> 22:02.380 Shortly afterwards, forager bees discovered these sources. 22:02.380 --> 22:07.200 The forager bees that came to the first container were marked with a dot. 22:07.200 --> 22:10.120 Those who came to the second container were marked with a line. 22:10.120 --> 22:14.940 And those who came to the third container were marked with a plus sign. 22:14.940 --> 22:22.120 Minutes later, bees in the hive were observed carefully watching these forager bees. 22:22.120 --> 22:23.120 Bees marked with a dot. 22:23.120 --> 22:39.740 Bees marked with a dot and likewise, they marked other bees with the same signs as those of 22:39.740 --> 22:42.740 the forager bees they were watching. 22:42.740 --> 22:47.700 Minutes later, bees marked with a dot arrived at the first container. 22:47.700 --> 22:50.620 Bees marked with a line arrived at the second container. 22:50.620 --> 22:54.860 And those marked with a plus sign came to the third container. 22:54.860 --> 22:59.540 So it was proved that the bees in the hive found their direction according to information 22:59.540 --> 23:25.780 related by the forager bees. 23:25.780 --> 23:31.740 All these facts should be carefully considered. 23:31.740 --> 23:38.700 Where did the bees get their amazing organization? 23:38.700 --> 23:46.180 How can a small insect that does not have the faculty of thought or intellect act as a forager? 23:46.180 --> 23:54.460 How can it think to search out sources of nutrients and inform its nest mates of them? 23:54.460 --> 23:59.220 Even if it thought about it, how could it develop a dance technique to inform the others where 23:59.220 --> 24:11.360 the source was located and the distance to it? 24:11.360 --> 24:16.420 How can bees in the hive understand the meaning of the complicated movements and vibrations of 24:16.420 --> 24:21.460 the messenger bees? 24:21.460 --> 24:28.960 Darwin's theory of evolution, which claims that life on earth came about by chance, has 24:28.960 --> 24:32.220 no answer to these questions. 24:32.220 --> 24:44.220 Each of these special qualities of bees shows that their creator gave them to them. 24:44.220 --> 24:48.940 Allah created them and inspired them to do their work. 24:48.940 --> 24:53.980 This fact is in the Quran. 24:53.980 --> 25:00.360 Your Lord inspired the bees. 25:00.360 --> 25:03.740 Make hives in the mountains and in the trees and in what they build. 25:03.740 --> 25:09.020 Then eat of all the fruits and walk in the ways of your Lord submissively. 25:09.020 --> 25:13.740 There comes forth from within it a beverage of many colors in which there is a healing for 25:13.740 --> 25:15.220 men. 25:15.220 --> 25:22.220 But surely there is a sign in this for people who reflect. 25:22.220 --> 25:42.660 You see, when we see all these colors all over the flood, you docs, why it's what ha- 25:42.660 --> 26:12.640 Thank you. 26:12.660 --> 26:25.800 There is a remarkable kind of butterfly that lives in southern Canada, the famous monarch butterfly. 26:28.380 --> 26:33.980 Every monarch, like every other butterfly, comes into the world after having gone through 26:33.980 --> 26:36.480 a perfectly designed series of changes. 26:37.300 --> 26:41.140 First, the mother butterfly deposits her eggs on a leaf. 26:42.660 --> 26:52.100 The larvae that hatch feed for a time on the leaves before becoming caterpillars. 26:56.400 --> 27:00.200 Later, they make a nest called a cocoon for themselves. 27:01.560 --> 27:04.980 The cocoon of a monarch butterfly is a wonder of design. 27:04.980 --> 27:10.400 It is attached to a branch of a tree with a very slender but strong thread. 27:11.960 --> 27:17.420 The caterpillar develops in this cocoon and gradually emerges as a wonderful new creature, 27:17.960 --> 27:18.760 a butterfly. 27:18.760 --> 27:23.040 At first, its wings are flat and lifeless. 27:23.040 --> 27:39.220 But they expand as blood is pumped into them and the monarch is ready to fly. 27:39.220 --> 27:52.800 There is a very interesting piece of behavior that distinguishes monarchs from other species 27:52.800 --> 27:53.480 of butterfly. 27:53.480 --> 28:01.360 In the course of a year, four different generations of monarchs are produced. 28:01.920 --> 28:06.900 The first three generations have an average lifespan of about five to six weeks. 28:06.900 --> 28:11.940 But the fourth generation is very different. 28:12.760 --> 28:17.180 This generation will survive until it has completed an eight-month migration. 28:17.180 --> 28:31.280 The migration begins from various monarchs centers in southern Canada and moves further south. 28:32.100 --> 28:36.960 One group goes to California and another group even further south to Mexico. 28:36.960 --> 28:46.360 It is interesting that all the monarchs meet each other on the way, as if they had received 28:46.360 --> 28:50.680 a command from one single center and continue together on the migration. 28:55.120 --> 29:00.420 The beginning of the monarch's migration has also been planned from one single center. 29:01.280 --> 29:06.260 They do not start out on their journey on just any day, but on that one day in the autumn. 29:06.960 --> 29:11.120 The autumnal equinox, when day and night are the same duration. 29:13.360 --> 29:18.100 After flying for two months, they reach the hot forests of the south. 29:19.240 --> 29:24.500 Millions of monarchs cover the trees like a tissue and for four months from December to 29:24.500 --> 29:26.580 March, they stay there eating nothing. 29:27.500 --> 29:31.560 They survive on fats stored in their bodies and only drinking water. 29:36.960 --> 29:42.480 The blossoming of the flowers in the spring is very important for the monarchs. 29:43.680 --> 29:47.100 After waiting for four months, they feast on nectar. 29:47.100 --> 30:00.900 Now they have stored the energy they will need to return to northern America. 30:01.600 --> 30:05.540 At the end of March, before beginning their journey, they mate. 30:05.540 --> 30:14.120 On that day, the spring equinox, when day and night are of equal duration, the colony begins its flight north. 30:14.120 --> 30:23.760 At the end of their journey, they reach Canada and die shortly afterwards. 30:23.760 --> 30:35.220 But before they die, they give birth to the first generation of the year, which will survive for about one and a half months. 30:35.220 --> 30:49.760 Later, the second and third generations are succeeded by the fourth, which will once again begin the migration. 30:50.620 --> 30:56.060 This generation will again live six months longer than the others, and thus the chain continue. 30:56.060 --> 31:11.820 This amazing migration brings many questions to mind. 31:13.200 --> 31:18.940 How is it that each fourth generation is born so as to live six months longer than the others? 31:18.940 --> 31:26.700 How does this long-lived generation always coincide with the winter months? 31:28.620 --> 31:34.500 How do the butterflies always begin their migration on that day when night and day are of equal length? 31:34.980 --> 31:38.000 And how are they able to make that delicate calculation? 31:40.780 --> 31:47.020 How does the new generation of monarchs that has never before gone on a migratory flight know the way? 31:48.940 --> 31:57.960 All of this demonstrates that monarchs have been created with a perfect migration plan, and that they follow this plan to the letter. 32:02.040 --> 32:06.960 If there were an error in this plan, they would not be able to complete the migration. 32:08.060 --> 32:13.720 In that case, all the monarchs would have died in the winter, and the monarch species would have become extinct. 32:18.940 --> 32:30.360 It is clear that these creatures have been created with this particular quality, and that this extraordinary annual migration has been inspired in them. 32:32.360 --> 32:41.340 It is Allah, the Lord of the heavens and the earth, the creator and ruler of all beings, who is the author of this wondrous creation. 32:41.340 --> 33:04.200 This is to clear this poem. 33:04.200 --> 33:16.120 Human beings have experimented with many ways to fly. 33:16.120 --> 33:21.520 Since the first aeroplane was built about 100 years ago, thousands of different models 33:21.520 --> 33:30.200 of aeroplane have been developed. 33:30.200 --> 33:34.740 Various numbers of scientists have tried to make better flight machines until finally 33:34.740 --> 33:55.880 they built today's flying machines with their wonderful designs. 33:55.880 --> 34:00.880 Hovering is a great ability, but its usefulness depends on how well it is controlled. 34:00.880 --> 34:06.120 Actually, to be able to remain hovering in the air or to be able to land where you want 34:06.120 --> 34:08.740 are at least as important as flight. 34:08.740 --> 34:15.160 For this reason, human beings have developed an aircraft with a high degree of maneuverability. 34:15.160 --> 34:20.160 Helicopters can hover in mid-air and take off vertically. 34:20.160 --> 34:26.400 Especially because of their military advantages, nations have devoted unlimited budgets towards 34:26.400 --> 34:30.160 helicopter design. 34:30.160 --> 34:43.160 But recent research has come up with a very amazing fact. 34:43.160 --> 34:49.160 Modern helicopter flight technology is quite primitive compared to that of a very small, 34:49.160 --> 34:52.160 animate flying creature. 34:52.160 --> 34:59.160 This living flying creature is the Dragonfly. 34:59.160 --> 35:06.160 The flying system of the Dragonfly is a wonder of design, surpassing in flight technology all 35:06.160 --> 35:08.160 the machines created by human beings. 35:08.160 --> 35:15.160 For this reason, the design of the latest model of the world famous Sikorsky helicopter was produced 35:15.160 --> 35:18.160 using the design of the Dragonfly as a model. 35:18.160 --> 35:24.160 In this project, an IBM firm assisted in the design of the Sikorsky by loading images of 35:24.160 --> 35:27.160 a Dragonfly in a special computer. 35:27.160 --> 35:33.160 Afterwards, taking the example of the Dragonfly, thousands of illustrations were made on the computer. 35:33.160 --> 35:48.160 Then, with the example of the flight technology of the Dragonfly, the Sikorsky model was produced. 35:48.160 --> 36:02.160 In short, the body of a small insect contains a design superior to one planned by human beings. 36:02.160 --> 36:11.160 The flight technology of the Dragonfly and the design of its wings demonstrate a fact. 36:11.160 --> 36:17.160 This little creature shows us the wondrous design in the artistry of Amla. 36:17.160 --> 36:32.160 The Dragonfly has two sets of wings placed diagonally on its body, allowing it to maneuver very quickly. 36:32.160 --> 36:44.160 Dragonflies can reach a speed of 50 kilometers an hour in a very short time, which is very surprising for an insect. 36:44.160 --> 36:51.160 An Olympic athlete in a 100-meter race runs only 39 kilometers an hour. 36:51.160 --> 36:52.160 Now what do you say? 36:52.160 --> 36:54.160 women have a power on the experience of a Saudis quin crearmême. 36:54.160 --> 36:55.980 eminent 36:55.980 --> 37:24.980 There is one other condition 37:24.980 --> 37:30.980 of good flight. Flight is very dangerous if it is not supported by a very good visual 37:30.980 --> 37:38.980 system. For this reason modern airplanes and helicopters have an advanced visual system. 37:38.980 --> 37:45.980 The Dragonfly too has a highly advanced visual system. It has a total of 30,000 micro eyes 37:45.980 --> 37:51.980 and every eye is directed towards a different point. All information from these eyes is 37:51.980 --> 38:08.980 transmitted to the Dragonfly's brain which processes it like a computer. 38:08.980 --> 38:15.980 Thanks to this system, the Dragonfly has a marvelous visual ability. As for the maneuverability 38:15.980 --> 38:21.980 of the Dragonfly, it is more developed than that of a helicopter. For example, with a last-minute 38:21.980 --> 38:31.980 maneuver, it saves itself from a truck coming from the opposite direction. Now the Dragonfly 38:31.980 --> 38:40.980 must contend with a double trap. It must avoid striking the windshields of the oncoming automobile, 38:40.980 --> 38:46.980 and it must escape the rapacious birds that hunt it. And it succeeds in this with a very 38:46.980 --> 38:58.980 clever maneuver. One of the problems pilots face who often have to maneuver is that after a maneuver, 38:58.980 --> 39:05.980 it is difficult to determine the position of the craft relative to the ground. After the maneuver, 39:05.980 --> 39:12.980 if the pilot is confused about which side of the plane is up and which is down, the aircraft may crash. 39:12.980 --> 39:19.980 Technicians have developed an instrument to counter this risk, the gyroscope. This instrument shows the pilot 39:19.980 --> 39:26.980 a horizontal line indicating the horizon. The pilot compares the horizontal line with the actual horizon 39:26.980 --> 39:33.980 and is able to determine the plane's position in an instant. For millions of years, the Dragonfly has been using 39:33.980 --> 39:41.980 a device similar to the one developed by technicians. Before the Dragonfly's eyes, there is fixed an artificial 39:41.980 --> 39:48.980 horizontal line. No matter at what angle it flies, it always holds its head parallel to the horizontal line. 39:48.980 --> 40:01.980 When the Dragonfly's body changes its position during flight, hairs between its body and its head are stimulated. 40:01.980 --> 40:07.980 The nerve cells at the root of these hairs send information to the Dragonfly's flight muscles about the 40:07.980 --> 40:13.980 insect's position in the air. Thanks to this, the flying muscles automatically adjust the number and speed 40:13.980 --> 40:23.980 of the wing movements. So, in even the most difficult maneuvers, the Dragonfly never loses its direction or its control. 40:23.980 --> 40:32.980 This system is indeed a wonder of engineering. At this point, an intelligent person will start to think. 40:32.980 --> 40:37.980 The Dragonfly is not even aware of the extraordinary system it possesses. 40:37.980 --> 40:50.980 Who placed in the body of this insect such complex flight systems that even expert engineers have taken them as models? 40:50.980 --> 41:00.980 Who endowed this insect with its perfect wings, the motors that drive the wings and the superior visual system? 41:00.980 --> 41:17.980 Who is the author of this excellent design? 41:17.980 --> 41:25.980 The Darwinist's theory of evolution, which tries to account for life by coincidences, is silent when confronted with these questions. 41:25.980 --> 41:32.980 It is impossible that the system in the body of the Dragonfly could have come about by evolution. 41:32.980 --> 41:36.980 That is, in a stage by stage development through chance. 41:36.980 --> 41:43.980 The reason for this is that for a living thing to survive, all these systems must exist at the same time and completely. 41:43.980 --> 41:54.980 The first Dragonfly in the world must have appeared with the same wonderful mechanisms possessed by these same insects today. 41:54.980 --> 42:01.980 The fossil record of natural history confirms this. 42:01.980 --> 42:06.980 The fossil record shows that Dragonflies appeared on Earth all at once. 42:06.980 --> 42:13.980 The earliest known fossil of a Dragonfly is 320 million years old. 42:13.980 --> 42:26.980 In the fossil strata of earlier periods, there is nothing that resembles a Dragonfly. 42:26.980 --> 42:32.980 Moreover, since the time the Dragonfly appeared, the fossil record shows that it has undergone no evolution. 42:32.980 --> 42:41.980 The oldest fossils of Dragonflies are completely the same as those same insects living today. 42:41.980 --> 42:51.980 Between the 140 million year old fossil that you are looking at and the present day Dragonfly beside it, there is no difference at all. 42:51.980 --> 43:04.980 These facts once again prove the invalidity of the theory of evolution and shows how both the Dragonfly and all other living things in the world came to be. 43:04.980 --> 43:17.980 Allah, the Lord of all the worlds created all living creatures and every living thing is a proof of his existence. 43:17.980 --> 43:23.980 Apart from Allah, there is no other power strong enough to create even a fly. 43:23.980 --> 43:35.980 This fact is revealed by Allah in the Quran in these words. 43:35.980 --> 43:39.980 An example has been made, so listen to it carefully. 43:39.980 --> 43:48.980 Those whom you call upon besides Allah are not even able to create a single fly, even if they were to join together to do it. 43:48.980 --> 43:53.980 And if a fly steals something from them, they cannot get it back. 43:53.980 --> 43:56.980 How feeble are both the seeker and the sought. 44:09.980 --> 44:27.980 The creatures we have examined throughout this film are only a few of the wonders of creation found in nature. 44:27.980 --> 44:33.980 In truth, Allah endows all living things in nature with their wonderful peculiarities, 44:33.980 --> 44:46.980 and each one is a proof that shows Allah's artistry and power. 44:46.980 --> 44:52.980 It is important to be able to see this wonderful creation in nature and to grasp its purpose. 44:52.980 --> 44:57.980 Allah wants us to think about creation and to draw conclusions from it. 44:57.980 --> 45:07.980 In a verse of the Quran, Allah says, 45:07.980 --> 45:12.980 Say, travel about the earth and see how he brought creation out of nothing. 45:12.980 --> 45:16.980 Then later, Allah will bring about the next existence. 45:16.980 --> 45:19.980 Allah has power over all things. 45:19.980 --> 45:46.980 Allah has power over all things. 45:46.980 --> 45:54.420 This film is based on Haru Miyaya's book.