oing Shakespeare
MAXIM: Behavior is based on instinct quality of survival is based on the intelligence of behavior intelligence determines how well one adapts to ones environment i.e. intelligence is based on thinking (click). |
WHY INSECTS AND ANIMALS THINK AND FEEL |
| THE HISTORIES, TRAGEDIES, AND COMEDIES
|
How words and thoughts are selected is indeed a mystery for we have to think about a word or string of words before we can select them but the paradox is that we choose before a choice is made. David Bohm, an associate of Albert Einstein, addressed this question stating, "As I speak, my words are not chosen one after another. Rather, an entire set of words flows out of an intention to say what I mean."2 The writer submits to his belief and sees the significance in it being that the building blocks of words forming the house of sentences by which intelligence is measured is a false measure of intelligence. The writer feels that intelligence is embodied/contained in intention or feeling which catalyzes behavior where behaviors are comprehensive actions like a movie made of infinitely tiny frames or steps which together attain intelligent purposes. For instance, fear generates the behavior which saves life, but that behavior is made of comprehensive actions (running, fighting, defending) made of frames or steps which together attain the intelligent purpose of saving life. Thus, intelligence is in intention or feeling generating intelligent behaviors and these feelings and their complementary behaviors/actions are commonly expressed in man and animal. And this is why, therefore, that man and animal are equally intelligent. Concerning intelligence further, it serves nature no purpose for one life form to know everything but it does serve nature to have a given life form to be intelligent about the things it needs to live and enhance its life. Therefore, each has areas of intelligence and ignorance even while sharing things in common. For instance, in common, we share with the insect the recognition of day, night, winter, summer, dryness, rain. Concerning specialized intelligence, each life form knows things of its own self and environment that man is ignorant of and vice versa. Should man become any given animal (say a centipede) with a man's brain (shrunk down in size and weight to fit inside a centipede's head) he would perish in a matter of hours or days due to ignorance of the intelligence needed by that animal to live. It is all it can do for a human baby to walk on two legs, much less 100. As a centipede, you or I would not have the foggiest idea of how to walk, what to eat, where to sleep, how to maintain cleanliness, avoid danger, mate, lay eggs. We would not consider ourselves intelligent if we were centipedes. We'd feel rather, well, dumb. We'd look at our centipede friends and think, "Gee, I wish I were as smart as she. Some centipedes have all the luck." We'd see our human friends and wish to run over and hug them but would probably be ungraciously accepted with the toe of their shoe grounding us to smithereens into the floor, carpet, or dirt. The aids virus knows comparatively more of the human body than the human being knows of the aids virus. Thus, intelligence is relative. The above several paragraphs were a divergence. We will pick up the thread where we left off: intelligence is an embodiment of the complex and complimentary relationship springing from perception of reality and catalyzing a successfully completed, goal-oriented and feeling-generated behavior. We will introduce certain examples offered by Daniel Goleman who covers brain and behavior sciences for the New York Times and who's articles appear around the world in syndication. He has taught at Harvard and was senior editor of Psychology Today. From different configurations of brain centers, neurotransmitters, enzymes, and muscles each unique configuration resulting in a specific behavior, Goleman speaks of the emergence of human behaviors or what we might call Bohm's intentions.When we retrieve a word to name a particular object, the mind does not let us glimpse directly the complex machinery that was put to work to come up with that word. We also have no sense of the relatively long lapse of time taken by the brain to perform the search and selection. 1
Please take a moment to read the important remainder of the Goleman writings at amydala. The most obvious point is that perceptions of reality generate feelings. Feelings trigger an interplay between organs, enzymes, neurotransmitters, and muscles. This interplay is expressed as goal-oriented behavior (i.e. behavior). Any goal-oriented behavior is intelligent and the collection of them in a given animal makes the animal itself an intelligent being. This behavior is accompanied by emotion, feeling, sensation, and mental aspects. Even simple behaviors are based on gradients of complicated little actions as cartoonists know well. Video game or Disney animation artists give us the best clue of the thousands of tiny sequential actions needed for the expression of the simplest behavior or emotional expression (surprise, anger, ecstasy, frustration in human and animal expression). Intelligence is the organization of goal-oriented behaviors (the preceding) and/or awareness of their expression. Thinking is remembering past or planning future event-based behaviors such that if a fly sees a hand swatting at it, it remembers from the past that that's dangerous and must plan it escape and this is thinking. Words and talking are only giving voice to one of the foregoing things. Thus, the difference between man and animal is that man voices the previous things and animals don't but their stock of intelligence and thinking is the same (adjusted for their environments).
- The amydala acts as the alarm center in the brain. When it sends an alarm, say, of fear, it sends urgent messages to every major part of the brain: it triggers the secretions of the body's fight-or-flight hormones, mobilizes the centers for movement, and activates the cardiovascular system, the muscles, and the gut. Other circuits from the amydala signal the secretion of emergency dollops of the hormone norepinephrin to heighten the reactivity of key brain areas, including those to make the sense more alert, in effect setting the brain on edge. Additional signals from the amydala tell the brainstem to fix the face in a fearful expression, freeze unrelated movements the muscles had underway, speed the heart rate and raise blood pressure, slow breathing. Others rivet attention on the source of fear, and prepare the muscles to react accordingly. Simultaneously, cortical memory systems are shuffled to retrieve any knowledge relevant to the emergency at hand, taking precedence over other strands of thought.
- With anger blood flows to the hands, making it easier to grasp a weapon or strike a foe; heart rate increases, and a rush of hormones such as adrenaline generates a pulse of energy strong enough for vigorous action.
- Among the main biological changes in happiness is an increased activity in a brain center that inhibits negative feelings and fosters an increase in available energy, and a quieting of those that generate worrisome thought. But there is no particular shift in physiology save quiescence, which makes the body recover more quickly from the biological arousal of upsetting emotions. This configuration offers the body a general rest, as well as readiness and enthusiasm for whatever task is at hand and striving toward a great variety of goals. 3
When the human does not speak: Animals are fanatic about communicating their own thinking and learning of the thinking of others of their kind. They do not use human words, though. But, not only does the animal not speak, there are many times when the greatest thinker of all, the human, does not speak. To begin with: it is only gurgles, cries, whimpers, screams, laughter, grunts, and the host of other non-verbal sounds that tell the whole concerned world about the exact state a baby is in. Babies don't discuss their thoughts in words. And much of a parent's communication with their babies is "Ga ga, gu guu. Cuchi, cuchi, cuuu." Yet, in terms of meaningfulness of communication, many mothers see this as the most precious time in their lives. It is when both parent and child learn most about each other. And, it is all non-verbal. Mathematicians, scientists, and students taking tests do all their work in silence but silence not only does not mean that there is no intelligence, some of humankind's greatest advances take place in silent meditation or thought. Intelligence resides in the realm of silence in mental or emotional qualities. Talking only facilitates co-operation between two or more people or the opportunity for one to gain advantage over another. Art, classical music, ballet and other dance, architecture, the logic of product design and fashion, all express human thought or thinking but are non-verbal and often express feelings and ideas far beyond the reach of words as in distance are stars to those looking at them; Charlie Chaplin and the whole cast of those who delighted the world during the era of silent pictures, Harpo Marx and all the stretches of current film where silence becomes islands in the sea of talk as in scenes of sex, stealth, or silent activity are all based upon actions indicating prior or present thought. That there is no speaking does not mean that there is no thought. There are couples who have more silence between them than words and in anger, people often boil and plot in silence. People in both marriages, business negotiations, and other ongoing social interactions, are often secretive and act in a manner affecting others without verbalizing their thoughts to anyone. Certainly someone cheating in a card game or any other game of craft will not voice his or her carefully thought-out ideas. No lone criminal will. In the heat of a sport's match or championship, the most brilliant of all moves are designed in a split-second and score the game-winning point, but almost never will the victor be asked 'Why?' And, though we may think we know, in broad strokes, that may be true: but in tiny details, most would fall to err. The greatest poetry and literature presents itself as a work of art that enthrals, but seldom is the rhyme and reason for its writing known or clearly known to the generations of faithful readers: as in James Joyce's Ulysses, where Irish lawyers still in Philadelphia weekly meet during Friday evening's leisure hours to drink a beer and debate the reason why he wrote this or that. Dreams are rich, but non-verbal. In each case, there is clear thought without words. Helen Keller and other deaf-mute people think without the use of words. Therefore, the possession of complex thought can occur in the absence of words. It is a misperception to equate thought and thinking with words. To assume that animals do not think as they do not speak (and elephants and whales have vocabularies of at least 33 vocalizations) is nonsequitor: the conclusion does not logically follow.Nature abhors a long silence. Somewhere, underlying all the other signals, is a continual music. Termites make percussive sounds to each other by beating their heads against the floor in the dark ... Spectrographic analysis of sound records has recently revealed a high degree of organization in their drumming. Bats communicate with each other as well by clicks and high-pitched greetings.
Even this shows that the animal thinks, and does so ingeniously, as almost anything that an animal can employ to make a sound is put to use. Drumming, created by beating feet, is used by prairie hens, rabbits, and mice; the head is banged by woodpeckers and certain other birds; the males of death-watch beetles make a rapid ticking sound by percussion of the protuberance on the abdomen against the ground; Fish makes sounds by clicking their teeth, blowing air, and drumming with special muscles. Gorillas beat their chests for certain kinds of discourse. Animals with loose skeletons rattle them, or like rattlesnakes, get sounds from externally placed structures. Turtles, alligators, crocodiles, and even snakes make various more or less vocal sounds. Even earthworms make sounds, faint staccato notes in regular clusters. 6
Aristotle admitted that we cannot think without images ... Alfred Binet stated that: "The help of images is absolutely necessary for conducting my thought." ... Poincaré made the comparison that: "Imagery is necessary in order that we get useful hooking, once obtained, may not get lost," and Einstein wrote that: "The psychical entities which seem to serve as elements in thought are certain signs and more or less clear images which can be voluntarily reproduced and combined." 7
David Bohm, an associate of Einstein, affirms: "Whenever one thinks of anything, it seems to be apprehended as static, or a series of static images."8 And Rudolf Llinas, a neuroscientist at New York Medical School states: "What the brain does, whether awake or asleep, is make images." 9
Image thinking in insect and animal: As both spiders, ants, termites, bees, weaver caterpillars, beavers, and birds all construct homes and repair them when damaged, those homes must be present in image form at birth. In addition to image thinking with subject-verb-object syntax, animals probably rely on the other senses to form subject-verb-object syntax. For instance, thinking in images, the seal-pup (all animals) makes representative vocalizations which, if words were put to them, would say the equivalent of: "Mother, please come here." "I'm hungry." "I don't know what to do." "Please teach me." And, seal pups are specifically taught as killer whale pups practice throwing themselves on beaches (the mothers teach the whale pups this beaching technique for several years) in the midst of seal pups they have targeted. The whales ambush them, grab them, and then the whales rock themselves back into the water with their catch. The seal pup's vocalizations have the equivalent of "Please teach me to protect myself," especially after having a very intelligent three-ton killer suddenly crash in your playground from nowhere and snatch your playmate away. And this can happen many times daily as one bull whale requires four pups a day and one pod may have 30 whales. The point in the foregoing is to show that vocalizations can be translated into human languages. As humans learn single animal vocalizations to communicate with animals, when translating from animal vocalizations into human language, the single vocalization will be placed within the context of human grammar perhaps with no loss of meaning. Back to the point, though: human vocalization is not a prerequisite for thought and thinking. Certainly the human baby does not think in words when a day, week, or month old and cannot be so different in the visual mental activity from what a seal pup would engage. To be sure, the brain development of all higher animals is similar and more similar to one another in more sophisticated ways, than to the ganglion of insects (as they have no brain). Surely the baby thinks in images as it smiles when its mother walks into the room and may cry in the presence of a stranger. A hungry baby will reach for the bottle to eat, reach for a rattler to play; reach for a parent's finger to hold. The baby has a library of internal images that it responds to when seeing those images externally. A baby thinks in images. But, so must any baby of any insect or animal likewise think in images. Else, it would be for all practical purposes, catatonic. We might mention further, though, that: a baby is full of expectations, smiles, tears, curiosity, and so forth. All these are precursors to the forms they will have when the baby begins to think as an adult and express those things in words that were at root non-verbal. Also, as previously mentioned, chimpanzees can develop a vocabulary of over 100 image/action-based words and express their ideas; that tool-making and use in animals show they use problem-solving thinking, and so. We cannot, then, exclusively restrict purposeful thinking to the presence of human words: and must therefore, leave room for the possibility of animals to think.And, Lewis Thomas, writes that "[Living things] can do more than predict reality; they are evidently programmed with wild guesses as well."11 Konrad Lorenz also states, "Genes are master programmers, and they are programming for their lives. They are judged according to the success of their programs in coping with all the hazards that life throws at them."12 Living creatures are designed to think about their environment (click). They can adjust to a changing environment which includes new human inventions that they give way for or utilize for themselves. They observe changes, think about them, and make decisions regarding them.Something happens in the world, an owl flashes overhead, a rustle in the long grass betrays prey, and in milliseconds nervous systems crackle into action, muscles leap, and someone's life is saved or lost ... The genes can only do their best in advance by building a fast executive computer for themselves, and programming it in advance with rules and 'advice' to cope with as many eventualities as they can 'anticipate.' But life, like the game of chess, offers too many different possible eventualities for all of them to be anticipated. Like the chess programmer, the genes have to 'instruct' their survival machines not in the specifics, but in the general strategies and tricks of the living trade. 10
As man has inherited the majority of his abilities lock-stock-and barrel from the lower animal, they surely as well must have thought, think, and conduct thinking via image. And, it is recorded that dogs dream. As an animal will choose from the repertoire of behaviors genetically embedded within it the one most suitable for a situation at hand. Consequently, it will sleep, or eat, fight, or flee, prune or drink, mate, or seek food for its young, ad infinitum. When, then, it chooses some action, it is expressing the result of its evaluative thinking. Hence, we can say that to see an animal mother give its life to protect her young, to see the diligence of social animals working collectively together, to see the majesty of a lion, the tenderness of a puppy, the loyalty of a dog, the dignity of a cat, the gracefulness of a peacock, the pain of an animal protecting its fallen loved one, all these things are more poignant that any comparable thing we may witness in the human family on any given day. The animal may have fewer choices to choose from and thereby be instinct-bound to behave in some way once it made a decision. Yet, we might then observe that nature preserved the purity of goodness in restricting the behavior of animals to the better actions. By nature, they are instinct-bound to be higher in behavior than the human often is. By nature and instinct, their thinking is often of a higher quality and its expression more beautiful and poignant than that found amongst the human being.Thought is a "whole." It is the discernment of a thing the way it is or could be and is evocative of appropriate or creative behavior towards that thing. Thinking is the process that completes thought. Thus, if a mother bird saw her young and discerned that it was under attack and chooses to risk her own life to save her young, then that is noble and unselfish thinking and thought. But, any decision-making process selecting one alternative from multiple is thinking.
|
Explanation
|
Act V. Scene I. The outskirts of the town
|
DUKE | ISABELLA: Sister to Claudio
Duke | Isa. Duke Isa. |