reversing delbrück: using a genetics paradigm in susy

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Reversing Delbrück: Using A Genetics Paradigm in SUSY String Theories S. James Gates, Jr. Brown Theoretical Physics Center Director, Ford Foundation Professor of Physics, Affiliate Mathematics Professor, and Watson Institute for International & Public Affairs Faculty Fellow BTPC Director Office, Rm 110, Barus Hall, 340 Brook St., Providence, RI 02912 t: 401-863-6452 e: [email protected] w: https://sites.brown,edu/sjgates

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Reversing Delbrück: Using A Genetics Paradigm in SUSY String Theories S. James Gates, Jr. Brown Theoretical Physics Center Director, Ford Foundation Professor of Physics, Affiliate Mathematics Professor, and Watson Institute for International & Public Affairs Faculty Fellow BTPC Director Office, Rm 110, Barus Hall, 340 Brook St., Providence, RI 02912 t: 401-863-6452 e: [email protected] w: https://sites.brown,edu/sjgates

SomeMathematicalLessons

The Higgs Boson is “spinless.”

DegreeofFreedom(DoF)=1

PositiveHelicityRight-HandedCircularlyPolarized

NegativeHelicityLeft-HandedCircularlyPolarized

DegreeofFreedom=2

PositiveHelicityRight-HandedCircularlyPolarized

NegativeHelicityLeft-HandedCircularlyPolarized

Extra Slides

DegreeofFreedom=2

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M-Theoryunifiesallknownversionsofsuperstringtheory.In1995Wittenproposeditsexistence.Previouslyworkconstructed,whatappearedtobe,fivedistinctsuperstringtheories.Hisconjecturewasbasedon:(a.)fivesetsof10Dsuperstringequations,and(b.)11Dsupergravity.

ElevenDimensionalSUGRALimitofM-Theory

CountingDoFw/oQM12844+84CountingDoFwQM32066+165

CountingDoFon-shell12844+84CountingDoFoff-shell32066+165

KeepingTrackOfWithYoungTableaux

CountingDoFwQM2020

CountingDoFwQM2020

1977P.Breitenlohner

Thisexperiencesuggesthowtobuildoff-shellSGtheoriesintoasuperspace:(a.)beginatthecomponentlevelwithanon-shelltheory,and(b.)embedtheknowncomponentfieldsintoasuperfield.Buttheobviousquestioniswhatoff-shellsuperfield?

MaxDelbrück’s1930’sIdea

MaxDelbrück’s1930’sIdea:UsePhysicsConstructsToMakeAdvancesinBiology&Genetics

DelbrückScattering:Deflectionoflightbynucleicausedbyvacuumpolarizationobservedin1975.Arelatedprocessofthescatteringoflightbylight,alsoaresultofvacuumpolarization,wasobservedin1998alsopredictedbyQED.

(Wikipedia)

(Wikipedia)

Tempo and mode of genome evolution •  Sequenced264completegenomes(12populationsx11time

pointsx2clones).

Tenaillon et al 2016 Nature SlidecourtesyofR.Lenski

•  Neither the ancestor nor any early-generation clone produced a single Cit+ mutant. But clones from generation 20,000 onward produced many additional Cit+ mutants.

•  By virtue of its particular route up Mt. Glucose, one lineage stumbled upon a path that led to Mt. Citrate.

SlidecourtesyofR.Lenski

BLASTfindsregionsofsimilaritybetweenbiologicalsequences.Theprogramcomparesnucleotideorproteinsequencestosequencedatabasesandcalculatesthestatisticalsignificance.

BasicLocalAlignmentSearchTool

https://blast.ncbi.nlm.nih.gov/Blast.cgi

https://blast.ncbi.nlm.nih.gov/Blast.cgi?PROGRAM=blastn&PAGE_TYPE=BlastSearch&LINK_LOC=blasthome

MaxDelbrückExportedPhysicsIntoBiology,Let’sImportBiologyIntoPhysicsBy“Sequencing”Equations

SUSY&TheBC(4)Permutahedron/Permutohedron

CM

CM

ddLCM

VM

VM

dVM

AlgorithmicArchitectureRequirements

GraphTheory/NetworkStructureDynkinLabelsPlethysmComputationalPower:LieART

Namingthe2,147,483,648bosonsand2,147,483,648fermionsofM-TheoryForSpecialRelativity

The“Genome”ofaScalarSuperfield:The10DimensionalExample

Littlewood-RichardsonRule

BosonicTableaux:Lesson#1

BosonicTableaux:Lesson#2

BosonicTableaux:Lesson#3

FermionicTableaux:Lesson#1

BosonicTableauxTimesFermionicTableaux:Lesson#1

BosonicTableauxTimesFermionicTableaux:Lesson#2

AnEnablingMathematicalFoundation:Klimyk’sFormula

PullingOutTraces:MathematicianUseTheKingDenominators…

PullingOutTraces:MathematicianUseTheKingDenominators…

PullingOutTraces:WeTieThemUp

The“Genome”ofaScalarSuperfield:The10DimensionalExample

10DSuperfield“Genome”YieldingComponentsInAnExample

SequencinganAdynkra“Genome”toanAdinkra:

BLASTInspiredSFSearchingFromComponentGenomicSnippet

L-5L-4L-3L-2L-1L-0

L-32L-16L-011DScalarSFGenome

,...

,...,

Acknowledgments StephonAlexander Sze-Ning(Hazel)MakJosephBuchbinder KonstantinosKoutrolikosIsaacChappell,II BoanneMacGregorMichealFaux JosephPhillipsJamesGonzales JamesParkerT.Hübsch LubnaRanaWilliamLinch RuebenPolo-SherkYangruiHu VincentRodgersKairyHerrara(graphics) LouisWassinkLeahJenks(collaboratorsandstudentslisted)ResearchsupportedbytheNationalScienceFoundation,BrownUniversity,andtheUniversityofMarylandoverthelastdecade

Acknowledgments TheGreatCourse(formerlyTheTeachingCompany)playedaroleinmyconceptualizationoftheCGIcontentinSuperstringTheory:TheDNAofRealityandMr.KennethGriggsanimatedtheminhttp://www.teach12.com/ttcx/coursedesclong2.aspx?cid=1284andmostoftheCGImediainthispresentationusesthese.