In a poetic language all three authors of the book, MDs and coming from 3 different generations of psychiatry, are trying to help us understand the brain pathways and neural wiring of love, emotions and relationships. It is a fascinating reading, very informative, and I think it ties very well next to Levine’s In an Unspoken Voice, and Porge’s Polyvagal theory. It was also the authors of this book that gave the name to limbic resonance. Following the triune brain model, they talk most of all of the importance of the limbic brain and our emotional world for our survival as a species. I disagree with their agreement that medication is sometimes necessary for changing one’s brain, as we know giving the body the fuel it is made to burn and practicing EE regularly, can go a LONG way with that. They also talk a lot about the benefits of therapy, and I am starting to be skeptical about the whole idea myself. It seems to me that therapists in most instances are currently replacing former strong ties between family (and extended family) members and friendships. Not that therapy is not necessary and helpful in some situations, but who the therapist is will make a lot of difference I think.
So here's some excerpts from the book, the first about the limbic brain:
The book goes on to say how the limbic system is the seat of our emotions, explains what are emotions and why are they necessary (in the evolution scheme of things). Also how our limbic brains are affected by and synchronized with those around us.
And that’s one of the examples of limbic resonance that we need to be aware of and try to not get swept by it. Later in the book the authors talk about how our own memory of actual events can be compromised by the faulty memory of those around us, especially people we are connected to. As they write,
to be continued...
So here's some excerpts from the book, the first about the limbic brain:
Humanity’s second or limbic brain drapes itself around the first [reptilian] with a languid ease. Within its smooth curves, however, lies a company of neural gadgets with tongue twisting appellations. The limbic list sounds like the incantation of a magus: hippocampus, fornix, amygdale, septum, cingulated gyrus, perirhinal and perihipocampal regions.
Early mammals evolved from small, lizardish reptiles. The peculiar mammalian innovation – carrying developing young within a warm-blooded body rather than leaving them outside in eggs - had been established well before an errant asteroid rammed the planet and put the chill on the dinosaurs. […]
High school biology draws the distinction between reptile and mammal along somatic lines: mammals sprout hair rather than scales; they are self-heating, while reptiles rely on the sun to regulate body temperature; they give birth to babies, not eggs. But MacLean [father of the triune brain hypothesis] pointed out that this classification overlooks a major brain difference. As mammals split off from the reptilian line, a fresh neural structure blossomed within their skulls. This brand new brain transformed not just the mechanics of reproduction but also the organismic orientation toward offspring. Detachment and disinterest mark the parental attitude of the typical reptile, while mammals can enter into subtle and elaborate interactions with their young.
Mammals bear their young live; they nurse, defend and rear them while they are immature. Mammals in other words, take care of their own. Rearing and caretaking are so familiar to humans that we are apt to take them for granted, but these capacities were once novel – a revolution in social evolution. The most common reaction a reptile has to its young is indifference; it lays its eggs and walks (or slithers) away. Mammals form close-knit, mutually nurturant social groups – families – in which members spend time touching and caring for one another. Parents nourish and safeguard their young, and each other, from the hostile world outside their group. A mammal will risk and sometimes lose its life to protect a child or mate from attack. A garter snake or a salamander watches the death of its kin with an unblinking eye.
The limpic system also permits mammals to sing to their children. Vocal communication between a mammal and offspring is universal. Remove a mother from her litter of kittens or puppies and they begin an incessant yowling – the separation cry – whose shrill distress drills into the ears of any normal human being. But take a baby Komodo dragon away from its scaly progenitor, and it stays quiet. Immature Komodos do not broadcast their presence because Komodo adults are avid cannibals. A lifesaving vacuum of silence stretches between a reptilian mother and young. Advertising vulnerability makes sense only for those animals whose brains can conceive a parental protector.
And mammals can play with one another, an activity unique to animals processing limbic hardware. […] What in the world do activities like these accomplish? … why do all kinds of mammals want to frolic, gambol, tumble and roughhouse? For a mute mammal, play is physical poetry: it provides the permissible way, as Robert Frost said poems do, of saying one thing and meaning another. By the grace of their limbic brains, mammals find such exultant metaphor irresistible.
The book goes on to say how the limbic system is the seat of our emotions, explains what are emotions and why are they necessary (in the evolution scheme of things). Also how our limbic brains are affected by and synchronized with those around us.
In its present form, the limbic brain is not only the seat of dreams, but also the center of advanced emotionality. The primordial purpose of the limbic brain was to monitor the external world and the internal bodily environment, and to orchestrate their congruence. What one sees, hears, feels and smells is fed into the limbic brain, and so is data about body temperature, blood pressure, heart rate, digestive processes, and scores of other somatic parameters. The limbic brain stands at the convergence of these two information streams; it coordinates them and fine-tunes physiology to prime the body for the outside world.
Some of these modulations are immediate, such as changes in sweating, breathing or heart rate. The limbic brain affects these alterations through its connections to the control centers of the reptilian brain. Other bodily changes of limbic origin are longer lasting: its outputs to the endocrine system allow emotional states to affect global bodily functions like immune regulation and metabolism. The neocortical brain, although a latecomer to the emotional scene, also receives limbic directives. These influence the tone of symbolic activities, like language and strategic operations, like action planning. And the limbic brain orchestrates brain changes that serve a purely communicative role – in response to limbic stimulation, small muscles on the mammalian face contract in precise configurations. The face is the only place in the body where muscles connect directly to skin. The sole purpose of this arrangement is to enable the transmission of a flurry of expressive signals.
[…]
A given limbic brain arrives at conclusions based on the collaboration of its genetically specified wiring scheme and past experience of similar situations.
[…]
The limbic brain is another delicate physical apparatus that specializes in detecting and analyzing just one part of the physical world – the internal states of other mammals. Emotionality is the social sense organ of limbic creatures,…, enables a mammal to sense the inner states and the motives of the mammals around him. […]
Within the effulgence of their new brain, mammals developed a capacity we call limbic resonance – a symphony of mutual exchange and internal adaptation whereby two mammals become attuned to each other’s inner states.[…] To the animals capable of bridging the gabs between minds, limbic resonance is the door to communal connection. Limbic resonance supplies the wordless harmony we see everywhere but take for granted – between mother and infant, between a boy and his dog, between lovers holding hands across a restaurant table. […] Because limbic states can leap between minds, feelings are contagious, while notions are not. If one person germinates an ingenious idea, it’s no surprise that those in the vicinity fail to develop the same concept spontaneously. But the limbic activity of those around us draws our emotions into almost immediate congruence. That’s why a movie viewed in a theatre of thrilled fans is electrifying, when its living room version disappoints – it’s not the size of the screen or the speakers (as the literal-minded home electronics industry would have it) – it’s the crowd that releases storytelling magic, the essential, communal, multiplied wonder. The same limbic evocation sends waves of emotion rolling through a throng, making scattered individuals into a unitary, panic-stricken herd or hate-filled lynch mob.
And that’s one of the examples of limbic resonance that we need to be aware of and try to not get swept by it. Later in the book the authors talk about how our own memory of actual events can be compromised by the faulty memory of those around us, especially people we are connected to. As they write,
our minds are in turn pulled by the emotional magnets of those close to us, transforming any landscape we happen to contemplate and painting it with the colors and textures they see.
to be continued...