What does it mean to see an fifty in a dream?
Fifty Dream Meaning: From 3 Different Sources
See Numbers metaphors.Dream Dictionary The Biblical Model | Vincent Wienand
Jubilee, the celebration of emancipation and restorationDream Dictionary Unlimited | Margaret Hamilton
The number fifty represents everything that is virtuous.Dream Symbols and Analysis | DreamForth
The keywords of this dream: Fifty
- In Xanadu did Kubla Khan
A stately pleasure-dome decree:
Where Alph, the sacred river, ran
Through caverns measureless to man
Down to a sunless sea.
Unfortunately for posterity, after writing only fifty-four lines of the two to three hundred he had dreamed, Coleridge was interrupted by a caller, whom he entertained for an hour. When he returned to complete the poem, he had lost all the rest of what he had dreamed! In his diary he noted that it had disappeared “like images on the surface of a stream. ” Even so, he had written a masterpiece. This true story, however, emphasizes the need to record dreams upon awakening, a subject we will take up in chapters 5 and 6.
Not only artists and writers give their dreams credit for their ideas and inspirations, but many scientists as well (as we saw in the examples of Bohr and Einstein). Psychologist Eliot D. Hutchinson reports numerous cases of scientists receiving information through dreams and says of dreams that “by them we can see more clearly the specific mechanism of intuitive thought,” and that “a large number of thinkers with whom I have had direct contact admit that they dream more or less constantly about their work, especially if it is exceptionally baffling . . . they often extract useful conceptions. ”
I personally can attest to this statement, as it mirrors my own experience writing books. For example, when I began work on this book about dreams, I noticed that my dream production immediately doubled; and I have had Stevenson’s experience of “little people,” whom I call my “elves,” and whom I write about extensively in my book for teens called Teen Astrology, telling about how they came to my rescue when I was quite stuck (see chapter 9, pages 249– 252 in that book).
One of the most astonishing as well as fascinating stories is that of Hermann V. Hilprecht, a professor of Assyrian at the University of Pennsylvania in the late 1800s. It seems to be a characteristic of those who receive dream help that they have recently been working long and hard and are frustrated. In Hilprecht’s case, he was working late one evening in 1893, attempting to decipher the cuneiform characters on drawings of two small fragments of agate. He thought they belonged to Babylonian finger rings, and he had tentatively assigned one fragment to the so-called Cassite period of 1700 B. C. E. However, he couldn’t classify the second fragment. And he wasn’t at all sure about the first either. He finally gave up his efforts at about midnight and went straight to bed—and had the following dream, which was his “astounding discovery. ”
Hilprecht dreamed of a priest of pre-Christian Nippur, several thousand years ago, who led the professor into the treasure chamber of the temple and showed him the originals, telling him just how the fragments fitted in, all in great detail. Although the dream was long and involved, Hilprecht remembered it all and in the morning told it to his wife. In his words: “Next morning . . . I examined the fragments once more in the light of these disclosures, and to my astonishment found all the details of the dream precisely verified in so far as the means of verification were in my hands. ”
Up until then, Hilprecht had been working only with drawings. Now he traveled to the museum in Constantinople where the actual agate fragments were kept and discovered that they fitted together perfectly, unlocking the secret of a three-thousand-year-old mystery by means of a dream!
How did this happen? Clairvoyance? Magic? Who was the priest? How was it that Hilprecht seemed to make contact in a dream with someone who had lived so long before him? We will never know the answers to these questions; but we do know from the professor’s own words that this is exactly what happened to him. (It makes you wonder whether Professor Hilprecht was in the habit of paying attention to his dreams!)
No doubt one of the most famous dream sources of scientific discovery was experienced by the German chemist Friedrich August Kekulé, when he was attempting to understand and model the molecular structure of benzene. Like Professor Hilprecht, Kekulé had been searching for the answer for many years and was totally immersed in the problem. He told of a dream he had while he napped in front of his fireplace one frigid night in 1865:
Again the atoms were juggling before my eyes:
My mind’s eye, sharpened by repeated sights of a similar kind, could not distinguish larger structures of different forms and in long chains, many of them close together; everything was moving in a snake-like and twisting manner. Suddenly, what was this? One of the snakes got hold of its own tail and the whole structure was mockingly twisting in front of my eyes. As if struck by lightning, I awoke.
This dream led Kekulé directly to the discovery of the structure of benzene, which is a closed carbon ring. A dream had presented a realization that served to revolutionize modern chemistry. Later, reporting his discovery to his colleagues at a scientific convention in 1890, he remarked, “Let us learn to dream, gentlemen, and then we may perhaps find the truth. ” Not the sort of comment one generally expects from a scientist!
Here is the story of another scientist. Otto Loewi, who won the 1936 Nobel
Prize in Psychology and Medicine for his discovery of how the human nervous system works, credited this discovery to a dream. Prior to Loewi, scientists had assumed that the body’s nervous impulses were the result of electrical waves. However, in 1903 Loewi had the intuition that a chemical transmission was actually responsible. But he had no way to prove his theory, so he set the idea aside for many years. Then, in 1920, he had the following dream:
The night before Easter Sunday of that year I awoke, turned on the light, and jotted down a few notes on a tiny slip of thin paper. Then I fell asleep again. It occurred to me at six o’clock in the morning that during the night I had written down something most important, but I was unable to decipher the scrawl. The next night, at three o’clock, the idea returned. It was the design of an experiment to determine whether or not the hypothesis of chemical transmission that I had uttered seventeen years ago was correct. I got up immediately, went to the laboratory and performed a simple experiment on a frog’s heart according to the nocturnal design:
Its results became the foundation of the theory of chemical transmission of the nervous impulse.
Interestingly, Loewi had previously performed a similar experiment, which combined in his dreaming mind with the new idea, creating the successful result. This is an excellent example of the ability of dreams to combine with previous dreams, or with actual events, to produce fertile new ground.
These are some of the stories of famous people who have used dreams to solve problems, enhance creativity, and even make money and win important prizes. They are all evidence of the vast human ability to make use of dreams. As you draw upon your own dream life and develop skills in both dreaming and interpreting your dreams, you will become an advanced teen dreamer. Think of your dreams as a school where you are continually learning new skills and developing new aptitudes, reaching ever higher levels of achievement.
As you pay conscious attention to your dreams, and then use your dream symbols in your waking life, you will be integrating yourself, creating the greatest artwork of your life: your whole and unique Self. ... what dreams can do for you dream meaningDreampedia
How much do we sleep?
Sleep at different ages
In the course of his life, a person has, on average, 300,000 dreams. As we age, both the time we spend sleeping and the time we spend dreaming decrease gradually.
Newborns sleep almost all day, alternating hours of sleep with short spells of wakefulness. By one year of age, they sleep fewer sessions but for longer in total: they have cycles of 90 minutes of sleep followed by another 90 minutes of waking time. Gradually, the child will sleep more at night and less during the day. By 9 years of age, most need between 9 and 12 hours of sleep a day.
The average for an adult is between 7 and 8. 5 hours. But after age 70, we return to the sleep phases of childhood and sleep fewer hours continuously.
There are arguments that even claim we have slept since ancient times in order to appear a less tasty snack for nocturnal predators (when we sleep, our body looks like a corpse).
There are theories to suit everyone, but we shouldn’t forget the fundamental: for almost all of us, sleeping is a relaxing and pleasant experience that lasts between six and eight hours each night, an experience that is utterly necessary to “recharge the batteries” of our bodies.
It’s no coincidence that we choose nighttime to sleep. In the darkness our vision is reduced, the world becomes strange, and as a result, our imagination runs wild. Our minds remain occupied with images (that is, dreams). At night, our eyes don’t work, but we have a need to create images. If for some reason we are deprived of sleep, the following nights our dream production increases, since we spend more time in the REM phase (the period of sleep when oneiric thoughts are most active). Therefore it seems evident that we need dreams to live.
Some ancient civilizations believed that dreaming served, more than anything, to be able to dream. They were convinced that oneiric activity wasn’t the result of sleeping, but rather the reason for it. Some scientists, however, don’t share the theories of our ancestors when it comes to the reason behind our dreams.
There is a scientific school of thought that asserts that oneiric thoughts are simply a neurophysiological activity that comes with sleep. According to this theory, when we sleep we generate spontaneous signals that stimulate the sensory channels in the mind. The brain transforms these signals into visual images and induces the dreamer to believe that he is living real experiences.
Up to that point, perfect. But, why do dreams have such an interesting narrative? Why do they so often express metaphoric language? Why do they narrate stories that directly affect us? There is no concrete or scientific answer to these questions.
Percentages of REM sleep
Cold-blooded animals never dream; the cold temperatures at night cause them to hibernate and all their vital functions, including the brain, slow down. Only when the sun comes out or the temperature rises to an acceptable level do they recuperate all vital functions. The only cold-blooded animal that has shown signs of dreaming is the chameleon.
On the other hand, we know all warm-blooded animals dream, since REM-phase activity has been detected in all of them. Birds dream only about 0. 5% of the time they spend asleep, while humans dream up to 20% of the time. There are exceptional cases, such as that of the Australian platypus, that never dream.
Other theories suggest that dreams serve to eliminate unnecessary facts from memory, since we can’t store everything that happens every day. According to this thesis, at night we erase the “archives” we don’t need, just like a computer. The sleeping mind tests the process of erasing in the form of dreams, which would explain why they’re so difficult to remember. There are obvious limitations to this theory if you keep in mind that, occasionally, oneiric thoughts work creatively (they go beyond the information that we give them). These don’t have much to do with the merely “hygienic” function that the aforementioned scientific community claims. Often, dreams don’t eliminate the useless leftovers of daily experiences. Quite the opposite: they give them a surprising new shape, so when we wake up, we can reflect more deeply on their meaning.
The phases of sleep
Even though we don’t realize it, when we sleep at night we pass through four different phases of sleep. Each phase is distinguished by the deepness of sleep. That is, when we are in phase 1, it is a fairly light sleep; during phase 4, we reach maximum intensity.
When we go to sleep, we enter a period in which we gradually pull away from the exterior world. Little by little, our sleep deepens until finally (phase 4) our breathing slows and becomes regular, our cardiac rhythm slows down, and our body temperature decreases. Therefore the body’s metabolism also reduces its activity.
More or less an hour after falling asleep, your body has already gone through the four phases. At this point you begin to go back through the levels until you return to phase 1. This brings along an increase in respiratory and cardiac rhythm. Parallel to this, brain waves once again start to register an activity close to that of consciousness. You are therefore in a moment of transition, demonstrated by the fact that at this point the body tends to change position.
All signs indicate that any noise might wake us. But that’s not the case: since your muscle tone has been reduced, this is actually the moment when it’s most difficult to regain consciousness. At the same time, your eyes begin to move behind your eyelids (up and down and side to side). This ocular phenomenon, which anyone can observe easily, is known as the REM phases, which stands for “rapid eye movement. ”
Certain areas of the brain are associated with different functions and human skills, translating external sensory stimuli into a well-organized picture of the world. In dreams, those same stimuli produce different reactions. If a sleeping person hears a sound or touches something repulsive, those stimuli will probably be integrated into their dream before they wake up.
The REM phase
The REM phase is particularly important for those interested in dreams. All studies indicate that during this brief spell (from five to ten minutes) we typically experience the most intense oneiric activity. Some of these studies, done in a sleep laboratory, have observed that eight out of ten individuals relate very vivid dreams when woken up right at the end of the REM phase. These periods alternate at night with what we could call non-REM phases, that is, periods when no ocular movement is registered.
How many times do we reach a REM stage at night? It is estimated that each cycle is repeated four to seven times. As the hours pass, each phase gets longer. This way, the final REM stage might last twenty to forty minutes. On average, an adult enjoys an hour and a half of REM sleep each night, although for older individuals it may be less than an hour and a quarter. Babies, on the other hand, remain in the REM phase for 60 percent of the time they spend asleep.
In any case, let’s make this clear: not all dreams are produced during this period. It has also been demonstrated that humans generate images in other stages. However, these are dreams of a different quality, since during the non-REM phases, our oneiric activity tends to generate only undefined thoughts, vague sensations, etc. Nothing close to the emotional content that characterizes dreams produced in the REM phase.
The oneiric images produced in the most intense phase (REM) are more difficult to remember. One method to remember them consists of waking up just after each REM phase.
As we’ve commented already, those who wish to read their dreams have to first do the work of remembering them. If we want this work to be 100 percent effective, we can use a method that, although uncomfortable, almost never fails: wake up just after every REM phase. If you want to try this method, set your alarm (without music or radio) to go off four, five, six, or seven and a half hours after falling asleep. You can be sure that if you wake up just after one of the REM phases you go through each night, you will enjoy vivid memories.
This is the process used in sleep laboratories, where oneiric activity is studied through encephalographic registry of electrical brain activity.
The people in the study—who are volunteers—sleep connected to machines that register their physiological reactions (brain waves, cardiac rhythm, blood pressure, muscle activity, eye movement, etc).
At certain points during the night, these reactions indicate that, if you wake them, they will be able to tell you what they dreamed. This is because the phase that produces the most intense dreams (REM) is characterized by a physical reaction easily observed: the rapid movement of the eyes of the dreamer.
With this method, sleep laboratories can collect proof of precisely
when subjects are dreaming. And given that oneiric images are difficult to remember, the lab techniques have been a great advance in dream research. Some experts assert that thanks to the scientific advances of the second half of the twentieth century, we have learned more about sleep processes in the last fifty years than in all the history of humanity.
What do we dream?
A wide study done in France on the subject of dreams produced these results:
Hypnagogic images: between waking and sleep
- Relationships with partners (18%)
- Home, especially that of our childhood (15%) -Aggressors, thieves, being chased, etc. (10%)
- Missing the train; embarrassing baggage (8%) -Water, wells, tunnels; traffic accidents (6%) -Forgotten children or babies (5%)
- Snakes, fires, stairs (5%)
- Negative animals: spiders, cockroaches, rats, etc. (4%) -Clothing or lack of clothing; nakedness (3%)
- Losing teeth or other alarming situations (2%)
As we’ve seen, throughout the night our sleep is divided into four distinct phases. But what happens just before we sink into the first phase? Are we still awake? Not exactly. In the moments when our mind decides between wakefulness and sleep, we begin to lose contact with the world around us, without the characteristic physiological changes of sleep.
This intermediate point has been called the “hypnagogic state” by psychologists. This is a period when, despite the fact that we’re not asleep, our brains generate images that can sometimes be very beautiful. In some ways, these images rival those found in our dreams.
Hypnagogic images of great visual beauty evaporate like bubbles when we wake up and are barely remembered.
However, the hypnagogic state cannot be considered a truly oneiric state. Among other reasons, the scenes produced in this phase are unrelated to the episodes with a more or less coherent plot that characterize dreams.
In the hypnagogic state we produce unrelated images that hardly connect to each other and that, unlike dreams, are not linked to our daily experiences. This phenomenon occurs not only before sleeping but also in the moments before waking up, when we are not yet conscious enough to be aware of them.
Sometimes, before falling asleep we also experience a curious sensation of floating or flying, or we may see very sharp scenes, with a clarity comparable to that of real visual experiences. These types of images, like dreams, evaporate like bubbles when we wake up and we barely remember them, which is a shame because their beauty slips from our minds. In any case, unlike oneiric thoughts, the hypnagogic state is little use for understanding the messages our subconscious wants to send us, and we should value it more for its beauty than its transcendental content.
Salvador Dali, painter of dreams.
To remember them you must not lose consciousness during the apparition. That is, you must observe the process of the hypnagogic state without falling asleep. It seems simple but it is not, because you must submerge yourself in sleep while the mind remains aware of the events happening in its interior. With a little luck, we can see some of the marvelous “paintings” of our private museum.
The surrealist artists of the 20s and 30s knew all about this. This is how Salvador Dali, fervent lover of hypnagogic scenes, turned to what is known as “the monk’s sleep. ” He went to bed with a large iron key in his hand. With the first dream, the key would fall to the floor and he would wake up suddenly. In his mind he recorded the hypnagogic images he would later transfer to the canvas in his masterful style.
The seven “chakras,” or centers of subtle energy in the ayurvedic hindu medicine (1).
The nadis according to Tibetan tradition (2).
The meridians of traditional Chinese medicine (3).
If you have difficulty retaining the hypnagogic state, try centering your attention on a concrete point. For example the “third eye” of the yogis (that is, between your eyes), in the area of the heart, or in the top of the head. These three positions are, according to the philosophy of yoga, the centers of subtle rather than physical energy in the human body. You need a place to direct the mind. Another trick to hold attention without effort is to think abstractly about the name of the object you wish to see. This doesn’t mean you have to “create” the images; you just have to induce its appearance during the hypnagogic state. Entering through meditation is also very useful and beneficial.
Sometimes, the hypnagogic scenes are not as pleasant as we would like, but we must confront them in order to strengthen our ability for self-control. If they persist, try following the previous advice. Think abstractly about the name of what you want to see, resisting the temptation to construct it in a certain way from the conscious mind.
The main advantage of the hypnagogic state is that it brings us progressively closer to our deep Self . . . and all that helps to understand and better benefit from dreams.
The same subject can have very different meanings depending on the circumstances and personal situation of the dreamer.
... why do we dream? physiology of dreams dream meaningDreampedia
Meditation is a good resource to stimulate lucidity in dreams.
Through the techniques of lucid dreaming, we can overcome nightmares by transforming them into pleasant and agreeable dreams.
The lucid dream, today
Modern research on lucidity has advanced a lot in the last fifty years and has come to dismiss old theories. Traditionally, it was thought that dreams happen in a moment, although long stories occurred within them. However, after studying in a lab the subjective experience of the dreamer, in all cases the estimated time of the lucid dream was very close to the real time (LaBerge, 1980–1985). The sensation that more time has passed is due to the sudden changes of scenery during dreams. In 1982, a study by psychologist Stephen LaBerge and William Dement demonstrated that, in the lucid dream, respiration was controlled voluntarily. They confirmed it with three lucid dreamers, who could breathe rapidly or hold their breath during the experiment without suffering any alteration of the dream.
On the other side, one of the most common themes of lucid dreams is sexual activity. LaBerge, Greenleaf, and Kedzierski (1983) completed a pilot experiment on the physiological response in lucid dreams of a sexual nature. The experimental protocol required the lucid dreamer to make ocular signals at the following moments: when he entered lucidity, when the sexual activity of the dream began, and when he experienced orgasm. The investigators discovered that the body reacts the same sexually during a lucid dream as it does while awake.
The situations, characters, or objects that are present in dreams but impossible in real life are precisely those that awaken the dreamer’s critical sense and brings them to lucidity. “The Meaning of Life,” Hipgnosis.
Meditation is also a good resource to stimulate lucidity in dreams. Before going to bed, find a quiet place and sit in a straight chair or on the floor with your legs crossed. Close your eyelids until only a faint fringe of light enters your eyes, or close them entirely if it won’t make you sleepy. Then, try to relax for five minutes (as you practice, you can lengthen the sessions). Concentrate in a single stimulus, focusing your attention on a specific spot. When you finish the exercise, go directly to bed, trying not to lose the relaxation you attained. Meditation will help you concentrate as you sleep, allowing you to recognize the incongruencies in your oneiric thoughts. This is the starting point of lucid dreaming.
Another method for inducing this type of dreams consists of proposing to complete some sort of assignment while you sleep. When dreaming, you will try to finish this job, something that will remind you that the activity you are doing (if you do in fact dream about what you proposed to) is nothing more than a dream.
A variation of this technique (also implies taking on a task) consists of leaving a glass of water in the bathroom and eating something very salty before going to bed. If you follow this method, you are likely to be thirsty but, given that your body is reluctant to get up and go to the bathroom, the displacement will end up incorporated in your dream. The coincidence will make you realize you are dreaming.
When in daily life, if a person, feeling, or thought appears repetitively, there is a greater chance you will dream of it. The content of dreams is always influenced by the content of your day. The more often you do a certain task, the more likely it is to appear in dreams. Therefore, if you ask yourself “am I dreaming?” frequently, you will end up asking this question in dreams. The problem comes when the sensation of reality in dreams is so strong that it tricks you. It is necessary to repeat the reality test we show later on.
Dr. Consuelo Barea notes that there are two primary techniques to induce lucid dreaming at night. It has to do with self suggestion and direct entry into dreams without losing consciousness, which comes from Tibetan yoga.
The number of times that stimuli repeat in a dream has a great impact on the content. However, the same happens with the quality of these stimuli. An event that impresses you, that hits you hard, that causes a big impact, is much more susceptible to appearing in your dreams, even if it only happened once. The way in which people talk to you or in which you receive information can be very suggestive and enter directly into your unconscious.
The prospective memory is a variation of this ability. It consists of giving yourself an order, forgetting it, and then completing it when the opportune moment arrives. We see an example of this memory in people who are able to wake up without an alarm at the hour they want. When the order of oneiric lucidity is given intensely and with force, it can directly reach the unconscious. Some people are able to have a lucid dream just by hearing about it for the first time; this seems interesting, but it’s more useful to educate one’s prospective memory, so that one knows how to give the order effectively.
The process of training in lucid dreaming requires a gradual increase in oneiric experience. It is possible to advance suddenly to a much higher level of lucidity and control but, if this happens by chance, without having worked for it, you will not be able to maintain this achievement. Advances remain fixed when you work for lucidity, persisting with the techniques for induction. Then, the accomplishments are incorporated with your normal oneiric repertoire. In this way, you can reach a point where, in non-lucid dreams, you still act spontaneously, following the lessons learned from lucidity. For example, if you train yourself in lucid dreams to confront an oneiric character that terrorizes you, you will end up responding bravely to this person automatically, even if you are not having a lucid dream.
When in daily life, if a person, feeling, or thought appears repetitively, there is a greater chance we will dream of it; this happens because the content of dreams is very influenced by the content of our waking day.
“El voyeur” (The voyeur) (Carles Baró, 1996).
This practice will give you the keys to discover all that worries you in waking life and ends up represented in worry dreams and nightmares. Upon practicing with oneiric lucidity, you will learn to reap maximum benefit from this source of inspiration and creativity.
In the box we show the steps to follow to train yourself in lucid dreaming. The information comes from the studies of Dr. Consuelo Barea that appear in her book El Sueño Lúcido, (The Lucid Dream), published by this same editorial.
Practicing lucidity gives us the keys to discovering everything that worries us and stalks us in nightmares.
1. Development of induction techniques. Practice some of the techniques described earlier with the intention of having a lucid dream (for example, self-suggestion). You can practice it during the day, before going to sleep at night, or in the morning before a morning nap.
2. Gradually increase the level of oneiric astonishment.
- - Level 0. No surprise about oneiric signs.
- Level 1. One-time astonishment without seeking an explanation. - Level 2. Astonishment and superficial search for an explanation. - Level 3. Lucidity: “I am dreaming. ”
The objective is to reach Level 3 through practice of the prior techniques.
3. Reality test. Once you’ve reached at least Level 1, you must get used to practicing the reality test in a dream. This can be visual, of laws of physics, or temporal. To do so, question for a moment the reality or coherence of that which you are seeing or what is happening, according to your notion of time and space. If you find something strange in the evaluation of one of these factors, it will set off an alarm for you.
4. Prolongation of lucidity. Once you’ve reached lucidity, you must extend the time as much as possible to better obtain more information. The way to do this is by internal dialogue with the people in the oneiric scene, and with the thoughts you have during the dream.
5. Control. When you’ve achieved lucidity for a while and it seems like it will continue, you can begin to practice control:
- - Space-time orientation
- Changing your own behavior
- Changing settings, people, events . . .
6. Entering and exiting a dream. After achieving all of the prior steps, you will encounter oneiric moments that you want to remember.
The Kabbalists associate dreams with the central symbol of their tradition: the Tree of Life. “Tree of Life” (Gustav Klimt, 1909).
... lucid dreaming dream meaningThe Big Dictionary of Dreams