```   GUNTERTABLE3 : for the Periodic Table of Planck Unit Constants
---------------------------------++---------------------------------
POWER OF TEN | COMMENTS, NOTES                                 UNITS
---------------------------------++---------------------------------
AUN = Atomic unit of                          PUN = Planck unit of

0.0000000  1 = [10]^0 = [Anything]^0
\$0\$  = {[10]^0}{[PM]^0}{[PL]^0}{[Pf]^0}{{[k]^0}               ORIGIN

- 11.0528513  [k] = 1/{[4Pi][Ke]}          Fradmetr=Cuulhrtzmetrwebr
= [Q0]/{4[w0][v0]} = {[Jf]^2}[Me][a0][Pi]/4        hnryh2tzmetr
= {[aa]^2}/([d]{[v0]^2})    = [10^7][Meter]/([4Pi][c^2][Henry])
= {[aa]^2}{[a0]^-2}{[2af]^-2}/[d]    = [AUN permittivity]/[4Pi]
= 1/{[c^2][d]} = 1/{2[v0][RK]} = 1/{2[aa][c][RK]}  hrtzmetrohmm
\$0\$  = [k] = ({[PL][Pf]}^-2)/[d]  = Electric constant = permittivity

-  7.6628219  [PM] = [PE]/[c^2] = {[Q0]^2}[d]/{[4Pi][aa][PL]}   Kgrm
= [Me][a0][aa]/[PL] = {[aa]^2}[Me][Pf]/[2af] = [hB]/{[PL][c]}
= [z0]{[PQ]^2}/{[PL][c]} = [Pk][Bk][d][k] = [k]{[PL]^3}{[PB]^2}
= [z0]{[PC]^2}/({[PL]^2}{[Pf]^3}) = ({[Q0]^2}[Ke]/{[G][aa]})^.5
\$1\$  = [PM] = {[hB][c]/[G]}^.5                         = Planck Mass

- 34.7909227  [PL] = [G][PM]/[c^2] = [a0][Me][aa]/[PM]          Metr
= [hB]/{[PM][c]} = [u0][Me]/{[c][Q0][PM]} = 1/{[z0][Pf][k]}
\$2\$  = [PL] = {[hB][G]/[c^3]}^.5                     = Planck length

- 45.8437740  [PCA] = [PQ]/[PT0] = {[PQ]^2}/[PE]                Frad
\$2\$  = [PL][k] = [PL]/{[4Pi][Ke]}                  = PUN capacitance

+ 43.2677434  [Pf] = [c]/[PL] = [PM][2af]/({[aa]^2}[Me])        Hrtz
= [PB]{[G][k]}^.5 = [hB]/({[PL]^2}[PM]) = ([G][PM]/{[PL]^3})^.5
\$3\$  = [Pf] = {[hB][G]/[c^5]}^-.5        = 1/[PT] = Planck frequency

- 43.2677434  [PT] = 1/[Pf] = {[aa]^2}[Me]/{[PM][2af]}     hrtz=Scnd
= [PL]/[c] = 1/([PB]{[G][k]}^.5) = ([G][PM]/{[PL]^3})^-.5
\$4\$  = [PT] = {[hB][G]/[c^5]}^.5 = {[PL]^2}[PM]/[hB]   = Planck time

+  8.4768207  [c] = [z0]/[d] = 1/{[k][z0]} = [v0]/[aa]      HrtzMetr
= [hB]/{[PM][PL]} = (1/{[k][d]})^.5   metrtslaVltt=Cuulf12dk12m
= [f0]/{2[Rc]} = [E0]/{[aa][B0]}          = [AUN velocity]/[aa]
\$5\$  = [PL][Pf]               = Light speed in vacuum = PUN velocity

+  0.8139988  [Pp] = [hB]/[PL] = [PM][c] = [PE]/[c]     HrtzKgrmMetr
\$6\$  = [PM][PL][Pf]                                = Planck momentum

- 33.9769238  [hB] = [h]/[2Pi] = [PM][PL][c]   hrtzJuul=HrtzKgrmM2tr
= {[Q0]^2}/{[4Pi][k][v0]} = [B0][Q0]{[a0]^2}       CuulM2trTsla
= {[Q0]^2}[Ke]/[v0] = [Q0][w0]/[Pi] = [He]/{[4Pi][Rc][c]}
= {[Q0]^2}[RK]/[2Pi] = [u0][Me]/[Q0] = [G]{[PM]^2}/[c]
*7*  = {[Q0]^2}[v0][d]/([4Pi]{[aa]^2}) = {[PQ]^2}[z0]   = AUN action
\$7\$  = [PM]{[PL]^2}[Pf] = [Me]{[a0]^2}[2af]             = PUN action

+ 44.0817422  [FBH] = [FPX] = [FPC] = [4Pi][FPQ] = [c^4]/[G]    Nwtn
= {[PQ]^2}/({[PL]^2}[k]) = [d]{[PC^2]} = [hB][c]/{[PL]^2}
= {[PX]^2}/({[PL]^2}[4Pi][k]) = [PE]/[PL] = [PPw]/[c]
= {[PM]^2}[G]/{[PL]^2} = [c^2][PM]/[PL] = [c][PM][Pf]
= {[Q0]^2}[Ke]/({[PL]^2}[aa]) = [z0][k][c^3][PM]/[PL]
= {[a0]^2}[Fe]/({[PL]^2}[aa]) = {[Fe]^2}[Mp]/([Me][Fg]{[aa]^4})
\$8\$  = [PM][PL]{[Pf]^2}                               = Planck force

+  9.2908195  [PE] = [PM][c^2]  = [FBH][PL]            Juul=MetrNwtn
\$9\$  = [PM]{[PL]^2}{[Pf]^2}                          = Planck energy

- 25.5001032  [hBc] = [hB][c] = [PM][PL][c^2]  C2ulfradMetr=JuulMetr
= {[PQ]^2}[Ke][4Pi] = {[PQ]^2}/[k]    A2prHnryMetr=H2tzKgrmM3tr
= {[PX]^2}[Ke] = ({[Me][2af]/[B0]}^2)/{[aa][4Pi][k]}   M2trNwtn
\$10\$ = [PM]{[PL]^3}{[Pf]^2} = [PE][PL] = [FBH]{[PL]^2} = [G]{[PM]^2}

- 36.5529545  {[PQ]^2} = [hB][c][k] = [G][k]{[PM]^2}   FradJuul=C2ul
= [k][c^2][PM][PL] = {[Q0]^2}/{[4Pi][aa]}          AmprKgrmtsla
= [Me][a0][aa]/[d] = [PM][PC]/[PB]             A2prKgrmMetrnwtn
= {[PM]^2}{[Pf]^2}/{[PB]^2}           hnryKgrmM2tr=H2tzK2rmt2la
= {[PX]^2}/[4Pi]            = {[Popular Planck charge]^2}/[4Pi]
\$10\$ = [PM]{PL]^3}{[Pf]^2}[k] = [PL][PM]/[d] = [GDA Planck Charge]^2

- 18.2764773  [PQ] = ({[hB][c][k]}^.5) = [Q0]/({[4Pi][aa]}^.5)  Cuul
= [PC][PT] = [PM][Pf]/[PB]                Amprhrtz=HrtzKgrmtsla
= [PX]/{[4Pi]^.5}          = [Popular Planck charge]/{[4Pi]^.5}
\$11\$ = {[PM]^.5}{[PL]^1.5}[Pf]{[k]^.5}           = GDA Planck charge

+ 24.9912662  [PC] = [PQ][Pf] = ([k]{[c]^3}[PM][Pf])^.5     CuulHrtz
= ({[hB][c]/[d]}^.5)/[PL] = {[FBH]/[d]}^.5    Ampr=F12dHrtzJ12l
= [PM][Pf]{[G][k]}^.5} = [Pf]{[hB][c][k]}^.5   F12dH2tzK12mMetr
= [Q0][Pf]/({[4Pi][aa]}^.5)                        h12yM12rN12n
\$12\$ = {[PM]^.5}{[PL]^1.5}{[Pf]^2}{[k]^.5}             = PUN current

+ 27.5672968  [PT0] = [PE]/[PQ] = [PB][PcQ] = [PC][z0]          Vltt
= [hB][k]/[PQ] = [PQ]/{[PL][k]} = [PH0]/{[k][Pf]}      cuulJuul
\$13\$ = {[PM]^.5}{[PL]^1.5}[Pf]{[k]^-.5}     = PUN electric potential

+ 62.3582195  [PE0] = [FBH]/[PQ] =  [PE]/{[PQ][PL]}         metrVltt
= [z0][PB]/[d] = [z0][PH0] =   [PQ]/([k]{[PL]^2})      cuulNwtn
= [z0][PB][c^2][k] = [c][PB] = [PC]/{[k][c][PL]}   Cuulfradmetr
\$14\$ = {[PM]^.5}{[PL]^-.5}[Pf]{[k]^-.5}         = PUN electric field

+ 86.0962908  [PQD] = [PQ]/{[PL]^3} = [c][PB][k]/[PL]       Cuulm3tr
\$15\$ = {[PM]^.5}{[PL]^-1.5}[Pf]{[k]^.5}         = PUN charge density

+ 97.1491421  [PEg] = [PB][Pf] = [PQ]/([k]{[PL]^3})         m2trVltt
= [FBH]/{[PQ][PL]} = [z0][PB]/{[d][PL]}   cuulmetrNwtn=HrtzTsla
\$15\$ = {[PM]^.5}{[PL]^-1.5}[Pf]{[k]^-.5}=PUN electric field gradient

- 53.0674000  [PQq] = [PQ][PL] = [hB]/{[PB][PL]}            CuulMetr
\$16\$ = {[PM]^.5}{[PL]^2.5}[Pf]{[k]^.5}  = PUN electric dipole moment

- 87.8583227  [PQQ} = [PQ]{[PL]^2} = [hB]/[PB]              CuulM2tr

-115.4256195  [P18] = [G][PM][k]/{[Pf]^2}      Kgrmt2la=C2uljuulM2tr
= [PQ]/{[PB][Pf]} = {[PQ]^2}{[PL]^2}/[PE]          Cuulhrtztsla
\$18\$ = {[PL]^3}[k] = [PM]/{[PB]^2}     = PUN electric polarizability

-177.7838390  [P19] = {[PQ]^3}{[PL]^3}/{[PE]^2}         C3ulj2ulM3tr
= [PE]/{[PE0]^3} = [P18]/[PE0]    = PUN 1st hyperpolarizability
\$19\$ = {[PM]^-.5}{[PL]^3.5}{[Pf]^-1}{[k]^1.5}

-240.1420585  [P20] = [PE]/{[PE0]^4} = [PQq]/{[PE0]^3}  C4ulj3ulM4tr
= ({[PQ][PL]}^4)/{[PE]^3} = [P18]/{[PE0]^2}        JuulM3trv3tt
\$20\$ = {[PM^-1}{[PL]^4}{[Pf]^-2}{[k]^2} =PUN 2nd hyperpolarizability

+ 53.8813988  [PB] = {[PM]/([k]{[PL]^3})}^.5 = [PC][d]/[PL]     Tsla
\$21\$ = {[PM]^.5}{[PL]^-1.5}{[k]^-.5}     = PUN magnetic flux density

- 44.5905793  [Pu0] = [PC]{[PL]^2} =[PQ][PL][c] =[PE]/[PB]  AmprM2tr
= [hB][c]{[PL][k]/[PM]}^.5         = PUN magnetic dipole moment
\$22\$ = {[PM]^.5}{[PL]^3.5}{[Pf]^2}{[k]^.5}

- 98.4719780  [P23] = [hB][c][k]{[PL]^2}/[PM]           C2ulkgrmM2tr
= [PE]/{[PB]^2} =  {[PQ]^2}{[PL]^2}/[PM]      Juult2la=hnryM4tr
\$23\$ = {[PL]^5}{[Pf]^2}[k]    = {[PL]^3}/[d]   = PUN magnetizability

- 10.6136554  [PQM] = [PQ]/[PM] = {[G][k]}^.5 = [Pf]/[PB]   Cuulkgrm
= ([PL]/{[PM]]d]})^.5 = ({[hB][c][k]}^.5)/[PM]         Hrtztsla
= {[c^2][k][PL]/[PM]}^.5        = [Planck charge]/[Planck mass]
\$24\$ = {[PM]^-.5}{[PL]^1.5}[Pf]{[k]^.5}        = PUN specific charge

- 15.7004466  [Pww] = [PC][PL][d] = [PQ][z0]  Webr=amprJuul=M2trTsla
= ({[hB][z0]}^.5) = [PC]/{[aBH][k]}       AmprHnry=h12zJ12lO12m
= ([G]{[PM}^2}[d])^.5 = [PB]{[PL]^2}      CuulOhmm=f12dK12mMetr
\$25\$ = {[PM]^.5}{[PL]^.5}{[k]^-.5} = [PE]/[PC]   = PUN magnetic flux

-  5.9007901  [d] = [H0]/[B0] = 1/{[c^2][k]}       a2prNwtn=Hnrymetr
= 4[B0][w0]{[aa]^2}/[Fe] = [z0]/[c] = {[z0]^2}[k]  M2trnwtnT2la
= [4Pi]{[aa]^2}[Me][a0]/{[Q0]^2} = [FPC]/{[PC]^2}  c2ulKgrmMetr
= [4Pi]{[aa]^2}[Ke][He]/([Me]{[v0]^4})             nwtnTslaWebr
= [4Pi]{[aa]^2}[Ke][Pi][Jf][B0]/{[2af]^2}          hrtzmetrOhmm
= [4Pi]{[aa]^2}{[Ke]^3}[20H][Me]/{[a0]^6} = 2{[aa]^2}[RK]/[v0]
= {[a0]^-2}{[2af]^-2}[4Pi]{[aa]^2}[Ke]    = Vacuum permeability
\$26\$ = {[PL]^-2}{[Pf]^-2}{[k]^-1}                = Magnetic constant

- 26.3141020  [PcQ] = [c][PL] = {[PL]^2}[Pf]                hrtzM2tr
\$27\$ = {[PL]^2}[Pf] = [PE]/{[PM][Pf]}              = PUN circulation

+ 52.5585629  [PPw] = [PE][Pf] = [PM][c^2][Pf] = [c^5]/[G]      Waat
= [Pw0]{[PC]^2}[4Pi][aa]/{[i0]^2} = {[PC]^2}[z0]       A2prOhmm
\$28\$ = [PM]{[PL]^2}{[Pf]^3}                              = PUN power

+ 59.7821889  [PH0] = [PB]/[d] = [c^2][k][PB]  Amprmetr=metrohmmVltt
= [FBH]/([PB]{[PL]^2})                m2trNwtntsla=hnryMetrTsla
= [PQ][c]/{[PL]^2} = [PC]/[PL]    = PUN magnetic field strength
\$29\$ = {[PM]^.5}{[PL]^.5}{[Pf]^2}{[k]^.5}

+113.6635876  [k]{[PE0]^2} = [PC][PB]/[PL]         m2trNwtn=Juulm3tr
= [c^2][k]{[PB]^2} = {[PB]^2}/[d]     AmprmetrTsla=H2tzM2trT2la
= [PE]/{[PL]^3} = [FBH]/{[PL]^2}           = PUN energy density
\$30\$ = [PM]{[PL]^-1}{[Pf]^2}             = [k][PUN electric field]^2

+124.7164389  {[PE0]^2} = {[FBH]/[PQ]}^2           c2ulN2tn=m2trV2tt
= {[z0][PB]/[d]}^2 = {[c][PB]}^2 = ([PE]/{[PQ][PL]})^2
\$30\$ = [PM]{[PL]^-1}{[Pf]^2}{[k]^-1}        = [PUN electric field]^2

- 10.1744595  [G] = [hB][c]/{[PM]^2} = [c^2][PL]/[PM]   k2rmM2trNwtn
= {[PL]^3}{[Pf]^2}/[PM] = {[Pf]^2}/({[PB]^2}[k])   Juulk2rmMetr
= {[PQ]^2}/([k]{[PM]}^2) = [c^4][PL]/[PE]          H4tzjuulM5tr
= [d][c^2]{[PQ]^2}/{[PM]^2}                    A2prk2rmnwtnW2br
= [c^2][Me][a0][aa]/{[PM]^2}           a2prC2ulH2tzk2rmM2trNwtn
= {[PC]^2}/({[PM]^2}{[Pf]^2}[k])           C2ulh2tzk3rmmetrV2tt
= {[PL]^2}[Fe]/({[Me]^2}{[aa]^3})              hnryk2rmMetrW2br
= {[Ke]/[aa]}([2af][Me]/{[B0][PM]})^2              H2tzkgrmM3tr
= {[i0]^2}[Ke]/({[PM]^2}{[2af]^2}[aa])
= ({[Q0]^2}[Ke]{[Fg]/[Fe]})/{[Me][Mp]}
= {[a0]^3}[Me]{[2af]^2}/({[PM]^2}[aa])
= {[Q0]^2}/{({[Jf][Pi][PM]}^2)[aa][Me][a0]}
= 4[Ke]({[Bm]/[hB]}^2){[Fg]/[Fe]}{[Me]/[Mp]}
= [Ke]({[2af]/[B0]}^2){[Fg]/[Fe]}{[Me]/[Mp]}
= {[w0]^2}{[v0]^2}/({[PM]^2}{[Pi]^2}[Ke][aa])
= [Ke]({[Eg0]^2}/{[B0]^4}){[Fg]/[Fe]}{[Me]/[Mp]}
= {[Gye]^2}[Ke]({[Bm]/[ue]}^2){[Fg]/[Fe]}{[Me]/[Mp]}
= [B0][Fg]{[2af]^2}{[a0]^4.5}/{[Fe][Mp]({[Ke][Me]}^.5)}
= ({[Eg0]^2}/{[B0]^4}){[Ke][Me][2af]/([PM][Pf]{[aa]^3})}
= {[Me]^-1}{[a0]^3}{[2af^2}{[Fg]/[Fe]}{[Me]/[Mp]}
\$31\$ = {[PM]^-1}{[PL]^3}{[Pf]^2}  = Newtonian gravitational constant

- 42.4537446  [PM][PL] = {[PQ]^2}[d] = [Me][a0][aa]     C2ulHnrymetr
= {[Q0]^2}[d]/{[aa][4Pi]} =  {[Q0]^2}[Ke]/{[c^2][aa]}  KgrmMetr
= [aa][k][4Pi]{[B0]^2}{[a0]^4} = [Me][u0]/{[c][Q0]}
= 2[aa][k][hB][RK] = [Mp][Rp]/[2Pi] = [Me][Re]/[aa]
\$32\$ = [PM][PL]                           = [k][PUN magnetic flux]^2

+ 96.7099462  [k]{[PB]^2} = [PM]/{[PL]^3} = {[Pf]^2}/[G]    Kgrmm3tr
\$33\$ = [PM]{[PL]^-3}            = [k]{[PUN magnetic flux density]^2}

+107.7627975  [PB]^2 = [PM]/([k]{[PL]^3})                       T2la
\$33\$ = [PM]{[PL]^-3}{[k]^-1}         = [PUN magnetic flux density]^2

+ 15.7004466  [PJf] = [PC]/[PE] = 1/([PB]{[PL]^2})     webr=Amprjuul
= 1/{[[PQ][z0]} = [c^2][k]/{[PC][PL]}                  amprhnry
= {[aBH][k]/[PC] = 1/([PB]{[PL]^2})           m2trtsla=cuulohmm
\$34\$ = {[PM]^-.5}{[PL]^-.5}{[k]^.5}         = PUN Josephson constant

+  2.5760306  [z0] = 2[aa][h]/{[Q0]^2}        Ohmm=HnryHrtz=amprVltt
= [E0]/{[aa][H0]} = [d][E0]/{[aa][B0]} = 4[aa]/[G0]    f12dH12y
= 4[w0][aa]/[Q0] = 4[aa]/{[Jf][Q0]} = [hB]/{[PQ]^2}    cuulWebr
= {[v0]^-1}[4Pi][aa][Ke] = 1/{[c][k]} = 2[RK][aa]      fradhrtz
= [Pw0][4Pi][aa]/{[i0]^2} = [d][c] = 4[aa]/{[G0]   c2ulhrtzJuul
= {[a0]^-1}{[2af]^-1}[4Pi][aa][Ke] = {[d]/[k]}^.5
\$35\$ = {[PL]^-1}{[Pf]^-1}{[k]^-1}              = Impedance of vacuum

+  5.9007901  1/[d] =  {[PQ]^2}/{[PL][PM]}         A2prnwtn=hnryMetr
= 1/{[z0]^2}[k] = {[PC]^2}/[FBH] = [c]/[z0]  = 1/{Permeability}
\$36\$ = {[PL]^2}{[Pf]^2}[k] = [PM]/{[PE][k]}  = 1/{Magnetic constant}

+ 16.9536414  [c^2] = {[v0]/[aa]}^2                H2tzM2tr=Juulkgrm
= 1/{[k][d]} = ([E0]/{[aa][B0]})^2 = [G][PM]/[PL]  C2ulfradkgrm
\$36\$ = {[PL]^2}{[Pf]^2}               = [Speed of light in vacuum]^2

+ 51.7445641  [aBH] = [c][Pf] = [G][PM]/{[PL]^2}            H2tzMetr
\$37\$ = [PL]{[Pf]^2} = [c^2]/[PL] = [FBH]/[PM]     = PUN acceleration

+ 31.4008933  [PJf]^2 = [k][c]/[hB] = {[PC]/[PE]}^2    A2prj2ul=w2br
\$38\$ = {[PM]^-1}{[PL]^-1}[k]            = [PUN Josephson constant]^2

+ 42.4537446  {[PJf]^2}/[k] = [4Pi]/({[PX]^2}[d])           kgrmmetr
= [aa]/{[Me][Re]} = 1/({[PQ]^2}[d]) = [c]/[hB]     c2ulhnryMetr
\$38\$ = {[PM]^-1}{[PL]^-1}         = {[PUN Josephson constant]^2}/[k]

- 40.6917128  [PI0] = [PL][d] = [PL]/{[c^2][k]}                 Hnry
= [PM]/{[k][FBH]} = [z0]/[Pf]                      a2prMetrNwtn
\$39\$ = {[PL]^-1}{[Pf]^-2}{[k]^-1}                   = PUN inductance

-  4.2736694  [G]/[d] = [G][c^2][k]             FradH2tzk2rmM3trNwtn
= {[PC]^2}{[PL]^2}/{[PM]^2} = {[aBh]/[PB]}^2   hnryH2tzkgrmM4tr
= ([PQ][PL]/{[PM][PT]})^2 = [c^4][PL][k]/[PM]      A2prk2rmM2tr
= ({[PQ]/[PM]}^2)[c^2] = [c^5][k]/{[PM][Pf]}       H4tzM2trt2la
= ({[PQ]/[PM]}^4)[PM]/{[PL][k]}            [[C2ulH2tzk2rmM2tr]]
\$40\$ = {[PM]^-1}{[PL]^5}{[Pf]^4}[k]                 = [c^2]{[PQM]^2}

+  6.7791820  [G][c^2] = [c^4][PL]/[PM]             H2tzk2rmM4trNwtn
= {[PQ]^2}{[PL]^2}/({[PM]^2}{[PT]^2}[k])           H4tzkgrmM5tr
\$40\$ = {[PM]^-1}{[PL]^5}{[Pf]^4}                = [c^2]{[PQM]^2}/[k]

-  8.0376248  ([PL]/{[PM][k]})^.5      CuulHnryHrtzkgrm=f12dk12mMetr
\$41\$ = {[PM]^-.5}{[PL]^.5}{[k]^-.5}                = [d][c][PQ]/[PM]

- 13.5640504  {[G]/[c^2]}^.5 = {[k]^.5}[d][c][PQ]/[PM]      k12mM12r
\$41\$ = {[PM]^-.5}{[PL]^.5}                          = {[PL]/[PM]}^.5

-  2.1368347 \$[PQ][PL]/{[PM][PT]} = [aBh]/[PB]  [[CuulHrtzkgrmMetr]]
= [Pu0]/{[PM][PL]} = {[c^4][k][PL]/[PM]}^.5        H2tzMetrtsla
\$42\$ = {[PM]^-.5}{[PL]^2.5}{[Pf]^2}{[k]^.5}           = [c][PQ]/[PM]

+  3.3895910  [c]{[G]^.5} = [PC][PL]/([PM]{[k]^.5})     H2tzk12mM52r
= [PQ][PL]/([PM][PT]{[k]^.5})                 Cuulf12dkgrmM32r
\$42\$ = {[PM]^-.5}{[PL]^2.5}[Pf]                = {[c^4][PL]/[PM]}^.5

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