Good place. Nonverbal World is a landscape without language, billboards, or signposts, a realm without writing or symbols of any kind. It is a place where information consists of colors, shapes, aromas, and natural sounds--untouched by narration. This is the unspoken world we seek on mountaintops and island retreats, i.e., the good place apart from words.
Usage: We reside in a world of words, but still make many of our
most important decisions about life and living as if we had never left Nonverbal
World: 1. We do not need words to define a kiss,
decode an Armani suit, or decipher new car
smell; these depend on ancient signals from the wordless past.
2. Even technical knowledge is transmitted through nonverbal
apprenticeships, in which we watch and do rather than read a
manual. 3. We choose our vehicles, homes, and mates, e.g., on
nonverbal grounds, and select wardrobes based on clothing's look and feel.
4. Many scientists (the most notable being Albert Einstein)
think in visual, spatial, and physical images rather than in mathematical terms
and words. (N.B.: That the theoretical physicist, Stephen Hawking,
used an arboreal term to picture the cosmos [i.e., affirming that the universe
"could have different branches,"] is a tribute to his [very visual]
Literature. "He went from the fields into a thick woods, as if resolved to bury himself. He wished to get out of hearing of the crackling shots which were to him like voices." --Stephen Crane (The Red Badge of Courage)
Origin. Nonverbal World originated ca. 3.5 [Sept. 2016: newly found fossils from Greenland are now dated to 3.7] billion years ago with the earliest known life forms, blue-green algae (cyanobacteria), living in shallow-water communities known as stromatolites. Voiceless, eyeless, unable to touch or hear, the first residents of Nonverbal World communicated chemically through the medium of the molecule (see AROMA CUE). (The messaging molecules of today's cyanobacteria are acyl-homoserine lactones.)
Present day. Nonverbal World is the hidden place off the written
transcript, where meaning lies not in vocabulary but in unspoken signals and cues.
As anthropologists explore alien cultures and archaeologists unearth the past,
we may seek our roots in a paleontology of gesture. Through spinal cord paleocircuits and cranial nerves, gestures recite an
ancient wisdom which languages and literature fumble to explain
Observations. 1. To see Nonverbal World on TV, mute the sound (gestures and body movements become clearer). 2. To hear emotion on the phone, listen with your left ear (the right brain responds to feelings and moods). 3. To feel the smoothness of silk, flannel, and flesh, touch with your left hand (the right sensory strip is more emotional than the left [in right-handed people; the reverse is (partly) true in lefties]).
Evolution I. For ca. one-half-billion years, our vertebrate ancestors defined reality without uttering a phrase. The early residents of Nonverbal World dealt with each other and with great issues of the day apart from linguistic concepts or names. Though speechless, Nonverbal World was filled with whispering winds and flowing waters, rhetorical thunder, and the calls of wild things. It bustled with movement, percolated with aromas, and bristled with feathers and fur. Constant comment was heard eons before words arrived.
Evolution II. Late in Nonverbal World's prehistory, the first words were spoken, marking the birth of a new conceptual order based on language. Spoken language emerged ca. 200,000 years ago as the dominant verbal medium of our species, Homo sapiens. But a price was paid for speaking, as words and the knowledge for which they stand estranged human beings from Nonverbal World. As ever larger areas of our brain specialized for speaking and listening (see HUMAN BRAIN), attention shifted away from the sensory reality our ancestors knew to a separate reality based on speech.
Evolution III. In our mind's eye, words have more meaning than what they name. Indeed, it may not be an exaggeration to say that language has taken over our conscious brain. For not only does talk stimulate the brain's largest speech areas--Broca's and Wernicke's--it excites other regions of the neocortex (e.g., "wide areas in the frontal and parietal lobes" [Eccles 1989:89]), as well, and the brain stem (with its incredible tangle of cranial nerves). Thus, hearing, saying, or seeing a word dominates attention by neurologically engulfing our mind.
Primatology. "With regard to the vocalizations of these animals [wild
baboons], it is notable that many hours of the day are spent in almost complete
silence" (Hall and DeVore 1972:158).
Space. Nearing completion of their five-month mission in orbit (from March to August 2001), international-space-station residents Yuri Usachev and Jim Voss "are yearning for the smells and sounds of nature" (Anonymous 2001J).
Neuro-notes. Nonverbal World gradually came to be known as nerves evolved to grasp its features. The oldest chemical and tactile senses enabled early creatures to know the landscape--and to smell, feel, and "taste" one another's presence in Nonverbal World. (N.B.: A great deal of our nonverbal communication--from the colognes we buy to our footwear--is still about presence today.)
Copyright 1998 - 2016 (David B. Givens/Center for Nonverbal Studies)
Photo of anthropologist David B. Givens walking near his home in Spokane, Washington, USA (by Doreen K. Givens, copyright 2007)