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SymbolicBehavior(Palaeoart)atTwoMillionYearsAgo:
TheOlduvaiGorgeFLKNorthPeckedCobbleTheEarliestArtworkinHumanEvolution
JamesHarrod,Ph.D.AdjunctInstructorinArtHistory,MaineCollegeofArt,Portland,Maine
Director,CenterforResearchontheOriginsofArtandReligionoriginsnet.org
IFRAOInternationalRockArtCongress2013Albuquerque,NM,USA
Session:Archaeologyandthescienceofrockart
ANewParadigm
• WaveI:DispersalofHomorudolfensis/habilis,withclassicOldowanpebble‐coretooltradition,out‐of‐Africa,~2.0Mato1.7Ma
• WaveII:DispersalofHomoerectus,withMiddleAcheulianorDevelopedOldowan‐liketooltradition,out‐of‐Africa,~1.0Mato800ka
• WaveIII:DispersalofHomosapienssapiensout‐of‐AfricaorSWAsiawithMid‐MiddlePaleolithictechnology,~150to60ka
• WaveIV:UpperPaleolithic60kaGlobalRockArtHeritage
Oldowan,groovedandpeckedcobble
OlduvaiGorge,FLKNorth,UpperBedI,1.75to1.76Ma~8x5x5cm,artificiallygroovedandpeckedphonolitecobble,cortexfullyremoved,peckedwithfourpitsinrow,3‐4mmdeep+2pits0.5mmdeeponlowersideandlineargroove,varying9to18mmdeep,encirclingthecobble,sufficientforsuspendingbythong;overallshape‘unlikelyatool,resemblesaprimate/baboon‐head’(LM1971:84,269;LM1976;‘apparentcupuleson
eitherside’(BR2003).PhotoMaryLeakey(1971:pl.18)
In search of a ‘scientific’ method to make hypotheses about the evolution of
human symbolic behavior, including palaeoart, during the Lower and Middle Paleolithic
1. Look at phylogeny. Review general trends of primate evolution and cultural innovations and speculate about stages of human evolution over the last 2 million years. Few such studies cite known lower palaeolithic art, which would support or reject their speculations.
2. Look at ontogeny. Define stages of child development in one or more domains (e.g., cognition, planning, learning and imitation, vocalization and language, play, child tool use, child drawing) and suggest that early hominin capacities correlate to some stage of childhood. Setting aside the disparaging aspects of this approach, few such studies mention any palaeoart artifacts prior to UP art or MP ‘symbolic behavior’, e.g., Blombos. Again, artifactual evidence is rarely presented to support or reject these hypotheses.
3. Carefully examine tools to identify typical visuospatial features and extrapolate competencies. I used this method in my paper examining an Oldowan ‘found art’ artifact from Koobi Fora (~ 1.8 mya) (Harrod 1992).
Wynn, Thomas. 1989. The evolution of spatial competence. Chicago: University of Illinois.
and from this I initially deduced
Eight (8) Oldowan visuospatial features
4. Use neuroscience brain imaging studies of present-day Homo sapiens sapiens to make inferences about the cognitive abilities of prior species. To date there are only the three imaging studies (Stout, Toth, Schick and Chaminade 2008; Stout and Chaminade 2007; Stout, Toth and Schick 2000) on the making of Oldowan or Acheulian tools. There are no imaging studies on subjects making palaeoart markings; nor have the Stout studies been used to clarify anything about the evolution of human symbolic behavior.
InthepresentstudyIaimtobridgeartandscienceanddosowithrespecttotheOlduvaigroovedandpeckedcobble.
ToaccomplishthistaskIdevelopandapplytwomethods.
Method#1
IextendWynn’smethod(Wynn1989)forlookingatvisuospatialfeaturesinOldowantoolstolookingatOldowanpalaeoart.IexpandthisbyidentifyingOldowan‘bodytechniquesorelementaryactionsonmatter’(Joulian2005;Leroi‐Gourhan1971,1965)andshowinghowtheyimplyaconceptualworldviewforthepalaeoartist,andextrapolatingfurtherIreconstructOldowanabasicphonological‐lexical‐semanticscorrespondingtoboththeOldowanvisuospatialfeaturesandOldowanbodytechniques.HereIbuildonthephememetheoryofMaryLeCronFoster1996,1994,1992,1990,1983,1978)andherreconstructionoftwoOldowanphememes.
Method#2
FromtheoppositedirectionIdevelopandapplyanart‐theoreticapproachtotheartifactlookingfortheartist’sapplicationofbasicdesignprinciples.FirstIreviewneurosciencebrainimagingstudiesonOldowantoolmakingandidentifyfunctionsforthefullrangeofnodesinthesestudies.NextIdevelopacomprehensivelistofdesignprinciplesandtheircorrespondingneuralsubstrates.IsynthesizecorrelationsbetweendesignprinciplespositedbyMacnab(2012)andtheStouttoolmakingstudies,addinginbrainimagingstudiesofart‐makingandtheonlystudyofthemakingofsomethinglike‘glyph‐like’markings,astudyonJapanesekanji‐writing.ToreducethedegreeofprojectionbiasandreconstructHomohabiliscapacitiesfordesign,ImaptheneuralnetworkforOldowantoolmakingontopaleoneurologyendocaststudiesoftheHomohabilisbrain(Tobias1987;Falk1983;HollowayandPost1982;Holloway1981,1978,BrunerandHolloway2010).Ithencomparethistoachecklistofdesignprinciplesandtheirneuralsubstrates.
Oldowan,groovedandpeckedcobble
OlduvaiGorge,FLKNorth,UpperBedI,1.75to1.76Ma~8x5x5cm,artificiallygroovedandpeckedphonolitecobble,cortexfullyremoved,peckedwithfourpitsinrow,3‐4mmdeep+2pits0.5mmdeeponlowersideandlineargroove,varying9to18mmdeep,encirclingthecobble,sufficientforsuspendingbythong;overallshape‘unlikelyatool,resemblesaprimate/baboon‐head’(LM1971:84,269;LM1976;‘apparentcupuleson
eitherside’(BR2003).PhotoMaryLeakey(1971:pl.18)
InitialidentificationofdesignfeaturesusingaWynnvisuospatialanalysisapproach
(afterThomasWynn,JohnGowlett,NicholasToth)
The Oldowan artist uses hierarchical-dependence-in-sequencing rule to make the art space of the medium
(the stone ‘canvas’ and ‘frame’)
Pecking and battering make its opposite, ‘a clean slate’, the everyday phenomenal stone object is transformed into a ‘canvas’/‘frame’ on/in which a design will be incised, marked. (‘affordance’)
and
After it is marked the design is available to be further pounded, battered, erased. (‘anti-affordance’)
The Oldowan artist uses syntactic sequencing rule to incise two complementary reversal transformations
A circular dot repeated makes a line
A line repeated makes a circle
Nearbynesscontiguity,contact,overlap,proximity
(cf.trimming)
Separationapartness,standingapart
usuallybymeansofboundary
thePairsetoftwoorfour
similarknappingactions,marks
Alternationthisside/that(other)side
(cf.bifacialflaking)
SyntacticSequencingandReversalconcatenationofelementsjoinedinorderedseries
=nearbyness+separation+repetition+constantdirectionFiniteStateGrammar(FSG)ABABABandSequenceReversal,e.g.ABCDDCBA
HierarchicalRuleUseinSequencingactions,geometricshapes;hierarchical(embedded)dependency;
visuospatialgoal‐subgoalsactionoutcomeprediction
Surface/Corenutmeatfromshell;
reverse:flakesfromcore
Matrix/Pitmatrixwithpitinit;reverse:pitwith
a‘matrix’init(e.g.,cupule)
Oldowan Visuospatial Features
Top 3 rows: Wynn, T. (1979, 1981, 1985); Gowlett (1984), Toth (1987). Wynn (1979:17) suggests sequence reversal does not appear until Acheulian bilateral symmetry; I suggest it is intentionally applied on the Oldowan pitted and grooved cobble. 4th row: based on Oldowan toolmaking brain
imaging (Stout, Toth, Schick & Chaminade 2008). Bottom row: Harrod (1992)
DialecticofOldowanBodyTechniquesinConceptualSpacetopologicallyandconceptuallycomplementarywholeorworldview
of‘elementaryactionsonmatter’,gesture‐movement‐forms,informingtheconceptualspaceofsymbolicbehavior
Cut,slice,divide,divideintoshares;shear,split,scrapeoff;separatelinearly
(product)carved,distributedmeat,fruitsustenance;bastfiber,tendon,grass,leaves,twigs
(by‐product)scrapedhide,husk,hair,fur,feathers;bone
Tool:sharpedgeflake,knife,scraper
Pierce,puncture,drill,digintothatwhichenvelopstoreveal,discover,‘un‐bound’
(product)foodsustenance(by‐product)hole,indentation(cf.cupule)
Tool:diggingstick,pointedchoppercore,awl
Pound,hammer,percusstostrikeoff,removehardcortex;separatecircularly
(product)core‐seed‐essence,groundorsoftenedfood,sustenance
(by‐product)shattered,crushed,husk,shell,cortex,bone;innermatterpulverized
Tool:choppercore
Bound,bind,join,link,concatenate,curveintocurvedshapetoencircle,envelop
(product)thread,twine,knot,plaiting,curvedbark(by‐product)?containertocarry,protect,e.g.,bedding,sleepnest,
windbreak,ties,babysling,net‐bag,barktraybracelet,necklace
Tool:fingers,hand,otherbody‐instrument
Oldowan stone tool use wear or residue studies indicate ’cutting grass, fibrous tubers and other plant material’, Kanjera South, 2 Ma (Lemorini et al 2009); ‘cutting soft plant tissue and scraping and sawing wood’,
plus ‘cutting soft animal tissue’, Koobi Fora, 1.5 Ma (Keeley and Toth 1981)
The Oldowan palaeoartist applied
all four of these body techniques (gesture-movement-forms),
which constitute a conceptual-space-worldview,
to make the grooved and pecked cobble design.
Cut,slice,divide,separatelinearly=groove
Pierce,puncture,digout,‘un‐bound’=cupules
Pound,hammer,percusstostrikeoff,separatecircularly=
removecortexpulverizetopdisk
Bound,bind,join,link,curvetoencircle,envelop=circumferentialcircle
groupdot‐points(4by2)
OldowanPhonological‐Lexical‐SemanticSpace
*t(p)V cut,slice;shear,splitoff,separatelinearly
*m(n)V curve,turn,bend,circle;bound,contain,issuebetweentwosurfaces,join
*t(p)V‐m(n)Vpound,hammer,hit,strike,smash,crush,breakintopieces,takepiecesoff,chip,chew;sufferormakesuffer,thin,faint,troubled;stretch,lengthen
*m(n)V‐t(p)V makeapit,pierce,puncture,dig,drill,peck,indent(cf.cupule);boreahole,digup,walk,pursue,seek
Mary LeCron Foster in a series of papers (1996, 1994, 1992, 1990, 1983, 1978) developed a hypothesis for reconstructing the structure and root stems of “primordial language” (PL) based on ‘phememes’, which overlap sound and mouth-movement shape, and hypothesized how PL evolved through various paleolithic stages. Foster reconstructed two basic Oldowan phememes (V = vowel): *t(p)V and *m(n)V.
In the light of the my proposed basic fourfold elementary body-techniques (gesture-movement-forms) in conceptual space, I take Foster’s hypothesis a step further by adding two permuted combinations of the two Foster phememes to reconstruct four basic lexemes of Spoken Oldowan, which map onto the Oldowan conceptual-space-worldview.
I propose that all four of these
How is it that these quaternion structures, (fourfoldnesses)
appear evident in the Oldowan art space, conceptual space and phonological-lexical
space?
Self-Organizing Combinatorial Systems in Acoustic Phonological Space (simulation imitation language game with 10 agents interacting to 60,000 generations)
De Boer B and Zuidema W. 2010. Multi-agent simulations of the evolution of combinatorial phonology. Adaptive Behavior 18(2): 141-154; figs 3, 5 and 6 (modified, rearranged as one figure)
randomly initialized state 4 trajectories, after 60,000 generations
5 trajectories 6 trajectories 10 trajectories
"But,afterall,theaimofartistocreatespace‐spacethatisnotcompromisedbydecorationorillustration,spacewithinwhichthesubjectsofpaintingcanlive.”
FrankStella(1986)
(quoted,dedication)Tyler,ChristopherW.andIone,Amy.2001.“TheConceptofSpaceinTwentiethCenturyArt.”InB.E.RogowitzandT.N.Pappas(Eds.),HumanVisionandElectronicImaging:ProceedingsofPhotonicsWest,TechnicalConference.TheInternationalSocietyforOpticalEngineering(SPIE)andtheSocietyforImagingScienceandTechnology(IS&T).SanJose,California.
Insearchofan‘arttheoretic’method
Step1
ToapproachtheOldowanartifactasanexampleofpalaeoart,IfirstseeaneedtoclarifywhataretheconstitutiveontologicalspacesofexperiencethatmightbeatworkinthisOldowanartifact.
Howmany‘spaces’arethere?
Five (5) Fundamental Ontological Spaces of Experience (each with its own constitutive principles)
1. The phenomenal space of the lived, phenomenal world
2. The multiple embedded spaces of the artwork a) Place (embed) art object in the lived phenomenal world-space (landscape) b) Make space of the medium (conveyance of form, design, information) c) Incise, mark (embed) a design on/in the space of the medium d) (techniques, methods, processes of producing structured forms e) Space the space of the design (pattern, motif, figure) by application of design
principles f) Make space of visuospatial illusions of design/space g) Space the agôn, agent/patient dynamics (grammatical ‘animacy’) h) Make the space of curation (holding as special; caring, treasuring, salvaging;
intimately showing, displaying as a gift, in gratitude) i) Formulate the audience space (space for observing, visual analysis,
interpretation, understanding, appreciation, critique)
3. Mathematical space (space of numerosity)
4. Conceptual space (conceptual worldview)
5. Combinatoric phonological-lexico-semantic space
Insearchofan‘arttheoretic’method
Step2
Doanart‐visual‐analysisoftheOldowanartifact,focusingonitsthreeart‐spaces• Thespacingofdesignitselfbyapplicationofdesignprinciples• Theembedofmarks(motif,figure,pattern)on/inthemedium• Themedium
Step 3
ReduceprojectingownbiasontoapriorspeciesandclarifyuniquenessofOldowanpalaeoartbyderivingacross‐mappingofpatternsofcorrelationsbetween• PaleoneurologyendocaststudiesoftheHomohabilisbrain• NeurosciencebrainimagingofsapienssapiensmakingOldowantools• Basicgraphicdesignprinciples(afterMacnab2012,2008)• Addhypotheticalreconstructionsofhabilinebrainneuralnetworks
fortheactofmakingart,numerosity,conceptualworldview,andlanguage.
TheOldowangroovedandpeckedcobblemarkingsin
TheDesignSpaceoftheArtwork
WhatdesigncompetenciesdidHomohabilishave?
WorksheetforDesignPrinciples(Macnab+Harrod)
BrainArea(Tal.Coordinates)
designprinciple(italics)
DesignPrinciples(M=Macnab,H=Harrod)neuralsubstrate:T=Oldowantoolmaking(ACH=Acheulian),K=Kanji‐writing,A=Art‐drawing
N=Oldowannumerosity(notincludingSS‐PMnodes)
RLIO‐V4:VisualObjectArea(objectidentityintegration;shape,color,depth,lightinvariances;gestaltprocesses);RL=N
1)Phosphenes• Shape,degreesoffreedom(point,line,plane,geometric3‐D)• Sensoryelements(color,lighting,etc.)• Gestaltstructureprinciples(figure/ground,closureorcompletion,continuance,similarity,proximity)
M TAN
RLOT:VisualWordFormArea(VWFA);L=N
2)Message‐1‘Visuallanguage’(meaninglinkedtoform,shape,pattern;‘visuallanguage’arisingfromform,‘fromgroupingtoshapetovisualmeaning’,Pinna[2010],PinnaandAlbertazzi[2011])
H TAKN
RIT:medialFFAFamiliarObjectArea;R=N
3)Familiarobjects(equipment,affordances?) H TKN
RMT/ITS:Supramodalsemioticsystem(linkssymboltomeaning;iconicgesturemeaning,e.g.,‘huge,’‘high’,‘round’,tospokenmeaning(image,sound,object,number),similecomprehension{REM});L=N
4)Message‐2Linksymboltomeaning(glyphs,glyph‐likemarkings,gesturemovementforms?)
MH
TN
WorksheetforDesignPrinciples(Macnab+Harrod)
BrainArea(Tal.Coordinates)
designprinciple(italics)
DesignPrinciples(M=Macnab,H=Harrod)neuralsubstrate:T=Oldowantoolmaking(ACH=Acheulian),K=Kanji‐writing,A=Art‐drawing
N=Oldowannumerosity(notincludingSS‐PMnodes)
RLIPS/PCS:Visuallyguidedgrasping,hapticmanipulation;R=N
5)Touch,grasp,manipulate,hold,show(curate) H ?AKN
RLSP7:VisuospatialOrientationPatternProcessing(L/Rorientation,navigateegocentricvirtualspace,followtrail;comparemagnitudes;visuallyexplore,spatialIQ,matchpatternssimilar,dissimilarinserialorsimultaneousarray,matrix,attendtovisualmotionof/inpatterns);R=N
6)Patternsofmovement(constructalflowpatterns,fractal,scalable,whichstore,connect,transportenergy)
M TAN
RLSP7:VisuospatialMentalRotation;R=N
7)Symmetry‐‐Rotational M TN
RLSMG40:SpatialRelationships(L/R,locatives,view‐dependentreferenceframe)(Lakoff‐Johnsonimageschemas)
8)Axial,LocativeImageSchemas H TA
RTOS:VisualPattern—Conjunct(Searchfortargetpatternconjunctionofshapeandsensoryelements)
9)Searchfor,findtargetpatternconjunctsofshapeandsensoryelements(makeconjuncts)
HM
T
RLIPL/MO/SO:Biomotion—SocialInteraction(Animacyperceptionandsemantics)+RLBiomotion(Animal)
10)Aliveness,animacyinsocialinteraction(qualiaofBergsonélanvital;Minkowskipersonalélanandcontactwithreality)+Animalshapes‐contours,aliveinlivingmovement
H T
WorksheetforDesignPrinciples(Macnab+Harrod)
BrainArea(Tal.Coordinates)
designprinciple(italics)
DesignPrinciples(M=Macnab,H=Harrod)neuralsubstrate:T=Oldowantoolmaking(ACH=Acheulian),K=Kanji‐writing,A=Art‐drawing
N=Oldowannumerosity(notincludingSS‐PMnodes)
LPM4:TransitionbetweenSingleMotorActs(executestart/stop,nestsegmentsinhierarchicallyorganizedactionplan,motorenact).[R:ACH]
11)Agency–Imprint(organizeplan,executestart/stop,sequencesegmentsofsinglemotoracts)
H TAK
LPC6:Initiation/TerminationofSimpleChunks(phonemesimilarity;symmetryjudge>aesthetic;lip,tonguearea);RL=N
12)Symmetry–Translational M TAN
LPM4/PC6:SequentialSyntacticProcessing(concatenation,finitestategrammar–FSG:ABABAB)
13)Concatenate,link,join,joincharacterstrings(FiniteStateGrammar:ABABAB)
H T
LIFG6/44:LSequentialgoals‐subgoalsactionoutcomeprediction;Visuo‐spatialhierarchy(embed)rulesuseinsequenceprocessing,Supramodalsemantics,speech,gesture,animacywordorder,mouthmirroraction,tooluse,ACH(expertonly);R=N
14)StructuralFormsofFlow–Arrangeclustersofobjectsbypartition,chain,linearorder,ring,hierarchy,tree,grid,cylinder[KempandTenenbaum2008]
M TKN
WorksheetforDesignPrinciples(Macnab+Harrod)
BrainArea(Tal.Coordinates)
designprinciple(italics)
DesignPrinciples(M=Macnab,H=Harrod)neuralsubstrate:
T=Oldowantoolmaking(ACH=Acheulian),K=Kanji‐writing,A=Art‐drawingN=Oldowannumerosity(notincludingSS‐PMnodes)
RBrocaBA44,nearBA6:Sequentialgoals‐subgoalsactionoutcomeprediction(geometric,non‐biol.andbio.);RVisuo‐spatialhierarchy(embed)rulesuseinsequenceprocessing,hierarchicaldependency;R1st,2nd,and3rdpersonauditoryverbalimagination;ACH;R=N
15)Archetypalpatterns(‘patternsofregenerationandconnectivity’,suchasbranch,meander,spiral,helix,and‘patternsthatstackandpack’,suchastessellatingshapes,especiallytriangle,square,hexagon)+Hierarchicallatticesofspaceand/orsymbols
MH
xN
LBrocaBA45:LInitiation/TerminationofSupraordinateChunks(pre‐learnedsequenceofcategorizationtasks);LIntegratediscoursecontextandworldknowledge(T/Fpropositioninrealworld),semanticmeaning,andviolationjudgments;innerspeech,monitoringone’sthoughtsinverbalmodality
16)Higher‐orderstructuralformsofflow(suchashierarchy(internaltree),tree(bifurcatingbranches),grid,cylinder)
M x
RLmedialBA6:RTransitionbetweenSimpleChunks,symmetry;LTransitionbetweenSimpleChunks,attentiontosingleletters(symbols)
17)Symmetry–reflection,mirror,bilateral M A
? 18)Self‐similarshapescaling,fractals M xRBrocaBA45:RInitiation/TerminationofSupraordinateChunks(pre‐learnedsequenceofcategorizationtasks);Visualobjectdecision(matchvisualformstomemory);RIntegratediscoursecontextandworldknowledge(T/Fpropositioninrealworld),pragmatics;introversion;novelmetaphor>conventionalmetaphor>literalwordpairs;GoldenRatioperception;ACH
19)Goldenratio M x
Fourteen(14)OldowanDesignPrinciples(1‐4)‘TheSpacingoftheSpaceoftheDesign’
(derivedfromOldowantoolmakingbrainimagingneuralnodes,checkedagainstchecklistof19basicart‐designprinciples(afterMacnab2012,withseveralprinciplesadded)
InferiorOccipital,InferiorTemporal,Extrastriate
RLIO‐V4:VisualObjectArea(objectidentityintegration;shape,color,depth,lightinvariances;gestaltprocesses)
1)Phosphenes• Shape,degreesoffreedom(point,line,plane,geometric3‐D)• Sensoryelements(color,lighting,etc.)• Gestaltstructureprinciples(figure/ground,closureorcompletion,continuance,similarity,proximity)
RLOT:VisualWordFormArea(VWFA) 2)Message‐1‘Visuallanguage’(meaninglinkedtoform,shape,pattern;‘visuallanguage’arisingfromform,‘fromgroupingtoshapetovisualmeaning’,Pinna[2010],PinnaandAlbertazzi[2011])
RIT:medialFFAFamiliarObjectArea 3)Familiarobjects(equipment,affordances?)
RMT/ITS:Supramodalsemioticsystem(linkssymboltomeaning;iconicgesturemeaning,e.g.,‘huge,’‘high’,‘round’,tospokenmeaning(image,sound,object,number),similecomprehension{REM})
4)Message‐2Linksymboltomeaning(glyphs,glyph‐likemarkings,gesturemovementforms?)
Note1.Apparently,fiveofnineteenbasicart‐designprinciplesarenotfoundinOldowantoolmaking:(15)archetypalpatterns,suchasbranch,meander,spiral,helix,andstackableandtessellatingshapes,includinghierarchicallatticesofspaceand/orsymbol,whichdoesoccurintheAcheulian;(16)higher‐orderstructuralformsofflow,suchashierarchy(internaltree),tree(bifurcatingbranches),grid,cylinder;(17)symmetry–reflection,mirror,bilateral,whichisactivatedinArt‐making(drawing);(18)self‐similarshapescaling,fractals;and(19)goldenratio,whichalsooccursintheAcheulian.
MoreOldowanDesignPrinciples(5‐10)‘TheSpacingoftheSpaceoftheDesign’
(derivedfromOldowantoolmakingbrainimagingneuralnodes,checkedagainstchecklistof19basicart‐designprinciples(afterMacnab2012,withseveralprinciplesadded)
SuperiorParietal,IPS,InferiorParietalandExtrastriateMiddleOccipital,TOSRLIPS/PCS:Visuallyguidedgrasping,hapticmanipulation
5)Touch,grasp,manipulate,hold,show(curate)
RLSP7:VisuospatialOrientationPatternProcessing(L/Rorientation,navigateegocentricvirtualspace,followtrail;comparemagnitudes;visuallyexplore,spatialIQ,matchpatternssimilar,dissimilarinserialorsimultaneousarray,matrix,attendtovisualmotionof/inpatterns)
6)Patternsofmovement(constructalflowpatterns,fractal,scalable,whichstore,connect,transportenergy)
RLSP7:VisuospatialMentalRotation 7)Symmetry‐‐Rotational
RLSMG40:SpatialRelationships(L/R,locatives,view‐dependentreferenceframe)(Lakoff‐Johnsonimageschemas)
8)Axial,LocativeImageSchemas
RTOS:VisualPattern—Conjunct(Searchfortargetpatternconjunctionofshapeandsensoryelements)
9)Searchfor,findtargetpatternconjunctsofshapeandsensoryelements(makeconjuncts)
RLIPL/MO/SO:Biomotion—SocialInteraction(Animacyperceptionandsemantics)+RLBiomotion(Animal)
10)Aliveness,animacyinsocialinteraction(qualiaofBergsonélanvital;Minkowskipersonalélanandcontactwithreality)+Animalshapes‐contours,aliveinlivingmovement
MoreOldowanDesignPrinciples(11‐14)‘TheSpacingoftheSpaceoftheDesign’
(derivedfromOldowantoolmakingbrainimagingneuralnodes,checkedagainstchecklistof19basicart‐designprinciples(afterMacnab2012,withseveralprinciplesadded)
ExtendedBroca’sArea(sensulato):anteriorPrimaryMotor,Premotor,posteriorBA44LPM4:TransitionbetweenSingleMotorActs(executestart/stop,nestsegmentsinhierarchicallyorganizedactionplan,motorenact).[R:ACH]
11)Agency–Imprint(organizeplan,executestart/stop,sequencesegmentsofsinglemotoracts)
LPC6:Initiation/TerminationofSimpleChunks(phonemesimilarity;symmetryjudge>aesthetic;lip,tonguearea)
12)Symmetry–Translational
LPM4/PC6:SequentialSyntacticProcessing(concatenation,finitestategrammar–FSG:ABABAB)
13)Concatenate,link,join,joincharacterstrings(FiniteStateGrammar:ABABAB)
LIFG6/44:LSequentialgoals‐subgoalsactionoutcomeprediction;Visuo‐spatialhierarchy(embed)rulesuseinsequenceprocessing,Supramodalsemantics,speech,gesture,animacywordorder,mouthmirroraction,tooluse,ACH(expertonly)
14)StructuralFormsofFlow–Arrangeclustersofobjectsbypartition,chain,linearorder,ring,hierarchy,tree,grid,cylinder[KempandTenenbaum2008]