Dynamic Thought - The law of Vibrant Energy

7/31/2019 Dynamic Thought - The law of Vibrant Energy

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Dynamic Thoughtor

he Law of Vibrant Energy

William Walker Atkinson1862–1932

YOGeBooks: Springfield, MO2011:03:07:13:50:36

Dynamic hought

Copyright

isbn: 978‑1‑61183‑048‑4 (pdf)isbn: 978‑1‑61183‑049‑1 (epub)

Epigraph

“I v — S K‑N; , ‘F’D M,’ I I v v

F N.”—Gv.

Dynamic hought

“A ‑ ,

A j‑ ,

A v v‑ ;T ,

A ,—

Some Ev,

A G.”

“L ‑,

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A G.”

—W. H. C.

Contents

C I. ………………………………………… “I B.”C II. …………………………………… T A T A.C III. …………………… T Uv L M.

C IV. …………………… L M A A.C V. ………………………………… T S S.C VI. ………………………………… S B.C VII. …………………………………T Px S.C VIII. ………………………………… T F N.C IX. ……………………………………………R E.C X. ………………………………… T L A.

C XI. …………………… T T D T.C XII. …………………………… T L V E.C XIII. …………………………… T R Sx.C XIV. ………………………………… T M M.C XV. ………………………… T F F M.C XVI. …………………………………… T A.

Dynamic hought

A Foreword.

This is q . I A O v M S— ,

. T x , v . N v , v — v , v . A, v

O S, .T O “,” ,

vv x , v , S “.” S, , “” O, x ; ,

, “” v , , , “O, , !” vv , , , x “ v

Dynamic hought

M S”— , , O , ,

“Q , !” A , j, , S “” “” O, O v.T O “ ,” “”— S “,” , , O “ ” , v

“v” . T x— O’ “,” S — “”

“” M. A O “” S “” O .

T O S v v.

“M” — O, , . M , S M’

“” , . Y, B, E , v “M” ,

v , ! v , “H,” M , . T, , v, “S,” ‑ “x” j, , “P, ’ ‘S,’ that x

. B , v D T— , .

A O “L Ev— Uv Av.” F ,

A Foreword.

, “ M,” “ ,” . B,

—, v , S v L Ev, v A , v M. A S “ v,” , “q , ,” O T.

A v O Uv M, C M. S P v , v v v , z — “L M E”— x,

, E, , “W O M”— “O M”, , “ M”— z M, .

B S v v x, proving the

principal occult teachings O

v.S, O S v

— . J S q q “T,” ., . B , v v x,

, , “ S.”

A , O M S R Iv.A

Dynamic hought

— v , “” — ,

, v — “TeTeory o Dynamic Tought.”A , T — “tie that binds.” H

. F , ,, . H v ,

, “ v,” “ .” A , . A, , , v — v — z v — “.”

William Walker Atkinson.Los Angeles, Caliornia,

February 16, 1906.

Dynamic Thought

Dynamic hought

Chapter I.

“In the Beginning.”

his book L. I L Uv— , ( )

v , , , , , , , W T Uv.

I L , ‑ , , , x O T . T ,

“L,” (1) S M; (2)M. I “S” “M,” “M” M , “ ,” S Av. T “M”

“M, as we know it ,” “M, as it is”—, “T C M.” I “M‑” v “ G P M, ‘M’ x .” T x

Dynamic hought

. T “E F” L, ,

M, . W v M, x v , , M M A, F E V—M F E.

T — . A ,

z , , , , , q j x, j .

T , “ L”— q “”—

— “W W” L Uv. T q, . F , vv v v j, v L, M,M S, v ,

, j , , v.

T “L” x— v v. A S M. A j “L” x , — j— , L “ .”

A L L Uv L, , . A j L, v, Uv, , x.

A v v , j,

v Uv C—L S.B j , j ,

does z, v, T‑‑‑‑‑V. . T v , v

v j “v ” ; ,, Uv C E. B “Uv,” “T T” (W). H v “T‑‑‑v‑T”

T “” hat

“T I,” T “I” “ , , , , x”(W). A “” “”; “ ”;

“ ,” . T “,” “TI,” — x. T Sz’ : “ G H,” A .

B , j, “T I” R, x, I . A I “I,” must , , I C;E; A; Ev‑; A‑P; A‑W.T compelled T I, I . B v I “”

, “” “” I, T I “” , “” , “ ” “B” T I. F

“” “” “” —

Dynamic hought

F T—, q T I; v

“” “q’” T I. T v, , must , .

T , . T , , ., v x

, , , “.” T I. A , T , j I, , , S, C T.(T T , q , S

C, , , ,S, C E, “.”T “” T I “,” “.”)

, . B , . T v x; not , cannot

, I, v U. , , x .

T , x. O ,

v ‑ .A v, , knows , v v I. A v M ,

. A v B x‑, L v, M , .H v M j , z DvI.

M L, j S, M, E M . T v E B, TI— S—I. H v P, “W G, .” T ,

, v. A, , “ M.”

B, x x T I, , S L.

N , , . H , “T I,” , U‑N. S, , , , :

Dynamic hought

“G”; “D”; “F C”; “P”; “U”;“I E E”; “T T‑‑I”; “T

A”; M U‑N— U‑D— U‑D.

A , , T I v, v. T ’ —

. T x ’ . A , x Uv— .W v ,

A S, Dv. I Cv Dv.

Chapter II.

Things As They Are.

n our S‑‑A‑T, T I. I

A‑T , T Uv. N Uv v L “Unus ,” “O,” “Versor ,” “ ,” , , “O , v.” T L , , O , v , .

T Uv, , , . T q j, , , v , q , x .

T R Uv T I.B Uv

v . S , , . A, T

Dynamic hought

—, T,

T‑‑‑‑‑T. A, Uv T.M S Uv

, (1) M; (2) E F. S , P, , , ., M; q

M, q F. O, , M, F E “q,” “,” M. O F “ ” M F. A M E , . M F E,

I, , ; , . G , Uv L M F ( ) — v. M T M

F ( ), , vv, B. T S , . Moleschott , “T M”; Holbach , “M j .” “N L” x , v

“,” “‑,” . Hv, S E,

hings As hey Are

, ‑v .

B “”, M S , v M , . T M S v . A v

, , v , v O , , x O , , . E U, ,

v. B O ‑ M, M, . A C .

B, v MS — vv “A M”

, v . T S , M, “S” M, E, S, M , M “S” vv.

T S v — “‑,”

“‑” T M E, v S, , , T‑‑I, , “ ” S. T v “ ”; “ ”; “

Dynamic hought

” L Uv. I , , L ,

Uv L, S x L xq, “ ” .

M v v S x— q v x

v M N S v T P . S M — v— x

U. M , .

I q “S”— S, . T O S,

— v— . A , , . T .

T v : O — v

, , v , . T, , S v ,

hings As hey Are

O . T S ( , — , v)

, , x .T O z ; bizarre v ‑ O .

B, v, , . Tv v , — v?

I v v Uv A‑T M S,

v v .I , ,

Uv, , ‑, z S , S “T I.”

A v v M , q,

M F, M‑F, F‑M— v v .H .

H M ( S) M (as we know it) , “C M,” H what we call “M”

C M. A S M M, v M B . B v , v ,

Dynamic hought

j “D T,”

v.H v M F E. I F , M , S T, ,

“T F L M”—“A

F E L M— F,E M V‑M A—F, E M V‑M F, E M.”—“T M S, T, A, F E, .”

H M Ev. A “Ev Av T,” A “D‑M,” “B‑F,” S, v P, L M, F M M.

H F, E M,

A P M, v , A Gv, W, S, S, P,— M E F, A.A , , S— G A M— G F M— G E M— G P M.

A — , v — , , ‑ v ‑ , v, v

hings As hey Are

S T . H “T T D T”

Dynamic hought

Chapter III.

The Universality of Life and

The writer v “M” , S M, ,

M, , T— Ev L— M L. “M” “ q” ,

; “L” . F v L M v —v .

I , “the M,” ., — M

, “,” j “” , v S. T “M” Uv.

Dynamic hought

A, E G’ , “Mentation ,” “; ; ; , M”—

, “ .” T , . R, , —“M” “MP.” M “T,” , T, v .

S, , “M” ’ M ; “T M” , “”; “M” ; “T” v M. A, , .

L Uv— Ev Av. A, M M L, , q,Ev M, x M.

F L, , , viz., (1) B (S); (2) M(M). T .

T v S v — “S” j “” . A, “,” v , q , v, v. N , M; M

. T v T. A T I—T‑‑‑v‑T— x .

I Uv M, T, , ,

he Uniersality of Life and Mind

M v — “

S— B M. A M v v — ( ) , x M . M —( ) . A I, D, W, v U,

v S.W j — B , M. Lv , , x

“E,” “S” M, B M— “ M M,” M— v j

v. W v M M, , v , .

B M M, , , N,S, E, E, ,

, , , , v,, , , , .,v. F v , , — “v ”— — —

, v, D I, B. W — .

Dynamic hought

T v — v

M , , , ., , M j.T . T . T . T , , . T ‑

. T , , . T v , . T , v “v ” v— . T , , — —

— . T , ‑ “” “x” , q “ .”

T M , , v

. A M , v ( , ), v v ” M” v , .

“,” “I” M . T j ; , v . B,, “I”

“R”— “I” “R” B

D I. Hv, q . B“R” “I” “M,” . T xM x‑; . T , . A v “” , , , .M v , .

N L M, .B M L ! A “L” — M,; ! S “M” , x “L” . W, x—“ L M,” L .

A ’ v M . S “A,” “M,” “A” “v ‑— v .” W,

M, ’ ? M v “A” . W ” A” M ‑.R , .

A v .P v

.P v v v v . T , , , . T

Dynamic hought

, .T v

, v v .D .

W , q ; x; , , v— .

T , ! . W v — v “,” v “”— .A ’ , ,

A , “A” M , ‑ , v vv v : “W, almost , ’ ?” A

v , , , v ‑ x M, v, . S v “v” , . B ,

.B v j M ,

v . Tx . H

‑ . H v (x )

, v j ( ). T ( v), j , , . H

q , v . T x v “” M” .

“ ,” x v

v — v M— x v v ‑ z, , “ ” .

A , “W,” ,“M M —

?” Y, v . T L v—v .A L M. A , L M— —v !

Dynamic hought

Chapter IV.

Life and Mind Among the

Atoms.

To the j . N I “M,” “L” I W

x “ ” S “,” . A, ,v S v v , O

Uv Av, T. B v S , S “ M” “F”— z , O . S v Uv. S zz , ,

B v ‑, v .

Dynamic hought

T , .T v L—Uv L. I v

M, S T v v v I.

S ‑ — “” O—

“L Ev”—L v !B v

M I , v “ L” . I j . W L M— v L.

T “ ” q x “,” “,”

. W ? L !S “ ”

.S “ .” W v , . “T ” z — v

, v.T, ,

‑ , v q, v . T v , , “.” M , v.

T . S z v , — ‑. S x

Life and Mind Among the Atoms

. W‑ “‑,” v.T “‑” , , .

M v , ,

v.D “M S?”A L I

, z , , v M “,” v , “T” . T “L‑”

v , v, “v” “” . W , , “v ,” “ ,”

“ ,” B , — “” , x . T “v” z

“v ,” . T x v , v , j .Lv v

v , vv , v . F ,

“B” v v x v

Dynamic hought

I “D” .T “D” ‑ v “T,” v v , x .T “” — ,v . S v . B, — v

“v ” v . T . “,” , v, x — , v

“v ,” x .

S , ,— v v v . A,,

“‑” , v v . W

— v, v v .

I j v , v, , , , .— v , . T

, z , v .

R x v , j v , v ,

‑ . A , , ,

, ‑ , . T v , G qv “ ,” v , v . U v v‑ ,

. A “v” “” “” ‑. W , ? T I O . T SP caused L B, A, v I D‑T Lv‑T,

B L. A v , SP .

A v v M, S . T M ( )

. T “” without organs— — , — v v (j ) q v , . T

M v , , “” . T M v z, q, “v ,”

Dynamic hought

T “v ” , “v .” B v D , v , , , . A

‑ v T . I v , , , , “v ” , . A, , , v , “,” j . A,

“v ,” A, , “” , . A . A v .

Y v C. T

j —S C ‑v , v v “ C v—Cz v .”

C v ‑ ‑, v. E ,

j . I z , .N , v x v ‑ . I z

, — v,

‑ z , v, .C “” —

, , , j “” . S v v

x‑ , x‑ ‑. B , , v , . A z ,

“Cz, , . I .” T

“ ” z

, v v, v , v v “.”

T “” , j — . T “” “,” in that body there is “something

at work” that is not the body, but which is orming it . A, , z, , , . T “,” , .

T M, C , M , . B

Dynamic hought

, C v , M j. I C ,

M D, but then it would be aDiatom.T z

x M. T “,” . D z v ! I

v “L N”—, ? I C‑

“ ” “” M “ v ’” I , ?

T C “v,”

, , , v “.” V C

“v”— v v “M.”D x v ? Q , : “Rv ,

‘,’ v — x v . T q v , q .”

A , L. R, . A, v L, , v . A L,

, I L— q,

I M. A C, W, “ , , , v.”

T W , “C” “ ” “S,” “ ”—

‑ q , j x ’ . A “” , , v x — , “” . T

: “the inherent powers o cohesive attraction.”S, “Cv A,”

. “I,” , . W “I!” L , W

“I” “ x.” S CvA “ x” S . L Cv

A.Cv A Uv A

M —“v ” M, M , , v M . (W

S M .) I M, A, ‑. N “” ‑? I

Dynamic hought

v‑—‑? “D” .

A Cv A v L, v L . N , , .

A, S, “” L M, M A, M. A

; ; ; M, z , v . T M , Av.

A M A, C

A, C— A, C— , M. A A C. W v C, , v , j . W , v v S— , .

T , M — M, A, v C— L M C W. I L M, M, A, C. N, ! C, A AvP,

v , v , “”‑ “” .

W , , “,” “v,”“,” “v” A. W

, v‑ A. W A v , .

W v v the Atom’s power to receivesensations, and to respond to the same. N “” , ! T A “v v.” T A;A; M, A, v v “v L,” . I A x L z. A A F M .

V, A v v .A, j — v L — v , j. B, , v j— v . “W,” ,

“ A, E!” T “into the ether”!

Y, A C, S , x S TUv E— S S W M F—S A v M,—S S , “x”

, , v , , v R M, . B, , S T E, v v , L M

. W , , “v .”

A, , E R v . B , v S M, ,

Dynamic hought

• • •

N, v P I S C . N

— . T L M v P .T “” “”— Mx , , v . T L v v, M v v v F v.

T v “” “” . C L M‑. I , v M M . N — ; ;

; ‑ ‑ ; , ., .Y, , “ v,” , . L L v , , , “ v” .

T P S v L M v, v , x L A— . T C ,

M. N v L M , “” x

C, “U” , M inward . T v .

B , — P S v — act x F

E— L M.

Dynamic hought

Chapter V.

The Story of Substance.

s we , A A‑T, vz., (1) S; (2) M. I

, S, S “M.”

P v q: “W S?” T :

“A ; B T; , .” S v S “ — ,”

, S .A , “T B T,” , “ .”

S v S ( “M”) , vz.: (1) Solid Matter , S, ,

, , , ., v , x , :

(2) Liquid Matter , S, v v, , , , .,

Dynamic hought

q v , , v , ,

, ., x , (3) Aeriorm Matter , S “

,” , , v, .; (4) Radiant Matter , ,

‑ S, v ,

“” S S.T (1) E ();

(2) W (q); (3) A (); (4) T C E, , X R, R, .

S x — , j , , . I “” “.” T S v . T x

, . S q, q , vice versa.M , , , . Lq v , .

F x W, ; q ;

v. Qv q , j v , , . A v ,

he Story of Substance

“q ” , v , , ,

, , S “z” q . I “z,” “,” “v,” S— , , j j , v , S,

Lq, A.T j , “ v” , , “q” “z” v. B

, q v v, S S E, , , ., x v , , v , vz v .

I ’ , , v, z . I

“” , q ; “v” q

, “v” , , . T , v, , v.

Dynamic hought

I v v S,

, , i. e., S, Lq A. T S, R M, v v. T S, v, “P M”— , ,

v S — “” . S E O M, v “P M.”

P S v S M, M, A— , P S , v v A ‑v.B ,

. L v. A “Mass” q S —

(.) A ; ; ,v , M. T q M, . T M ,

. A “Molecule” physical S, ,

, S x “” . (B — A, A M.) T M x , ,

A .I M, v M M— , .T M . I v, ‑v,

‑v.B, , , v , , , ( A) v H

Ox, .W, (

S) M. R M S v ‑v, “” S. I S

x , “.”I M,

S , v , v . I z E,

. T v v.

T S .B S, ’

. A x . A v , M S . T v, ,

Dynamic hought

v z . A v . A

. z , .

W , — z ? W , —

? T z — v j T.

An “Atom” chemical S— , . I v— , v. T , , v

, v v x , v A T, . S A v , chemical S, j physical S. I M A— ,

, v x. — physical , .

W z, , x— , — , , . T

, x— . T . T v , x ,

x. S x,

orty‑ve , v. A ‑250,000,000 .B . T ,

A v S. T H S— UA— A —

S. S v A H U E, E — A— O S. I A M v A, v “vx‑ E”—

. S , .

B ! , v R M

“C T” , S , T

U T. B, v, A x, . T , .

L — C ET. T v R M, v v R, v A, “‑‑”

“T” “C”( “E,” ). T , :T A S “ ,” E, v, vv ,

Dynamic hought

, , Uv— A Uv . T

A— “U A”— A H— 1,000 C, “E,” vv x A. T x A E,

A Ox 10,000; A G, 100,000; A R, 150,000. T “ ” “” z A, v z vC E.

100 — , , 100 . L A. T 1,000 ” ,” z ‑, S, , , . E “” vv , “100 ” , . T v

v z E A, v v — , . L , . z E.

M z v C E ( I, v .) T v . T

. T C M, “ ,” “E.” F v S “C”— v E, “E.”

T E C’ ,

“X R,” “C R,” “Bq R,” . T R, . T x A, x, “” , “R,” R, .S C E, E E

C . B S C S E, O “ ” “ ,” ., v.

T E E, A, 1,000 150,000 z .B S A,

S, some , “” v C “E,” , , v E . T ,

S M. B j, v v C (E) E itsel , S C, E, “E.” B , E

S, “ ‑‑.” W . T C S . T v v v v

Dynamic hought

— , v

‑ “vx‑” , E M, E, v x T E , L.

W C, q,, ., x , v

Chapter VI.

Substance and Beyond.

cience has S q “P.” I v

, vz.: (1) M P( P P); (2) AP ( C P).

Molecular Properties S M, q “” S.

Atomic Properties A

M , q “” S.

S, , P,, “Corpuscular Properties ,” C R M, , , v q, x .

T G P M, M, A— C.

T General Properties :

Dynamic hought

Shape: T S “ .”T , D

S, , L, B, T.Weight: T S Gv. W .

Impenetrability: T S v . A v , , S .

S v “v” S.Indestructibility: T S

v . A S , , , S in itsel , x L Uv.

Mobility: T S M. W M. I M M, v M A A, M , A M M. T M

M, V. I v ; v M. B Lq, M , v , v v v . I v M v M, q v

, v. T A v v , v. A C v x , x v,

Substance and Beyond

. A S M V.T R S.

Inertia: T S v M; M, , x F. S “ F” “ M” , F “x” “,” q

. Attraction: T

S (1) v; (2) v ; (3) . T , , v Av P,

v M P, ( v , ). T A (1) Gv; (2) C; (3) A; (4) C A, C. W v , , v v M, D T.

Gravitation: T M S, S, E, M S E’ . Hv,N, v Gv, L, : “Every particle o matter in the Universe, attracts every

other particle ,” .Cohesion: T

M, M B. C M , M.

Adhesion: T M “ ”

Dynamic hought

M. A j M. I

“” .Chemical Anity ( C AA): T , , , M.

S , , C,

A. B v , “A.”A M A, C, v

“P” M v M, . W , M A, .

Porosity: T v M , v “” S. A S P, , x M— “.”C Ex,

“,” P.

Elasticity: T z , v , x

“.” T . W

“P” v E, .

Hardness: T M A

enacity: T M A , M. T “.”

Malleability: T MA M

, . T “v,” M v ‑ , .

Ductility: T M A M “ ”. T “v,” M v

, .I v , , , , “M, , , .,” v , “MA, , .”

A M S ( M ) Expansion and Contraction , ,

, , M.C “ ” M;Ex “ ” .

Density: T S v. Volume— “z” “” S.Mass—B “” S, M, “M”

“ q S B.” A v :

A q — “v,” “” “.” Cv “” W S, x “v” 1700 W—, v ,

“” — q S 1700 “v” W, “” S 1700 W. A “v” v “” , “” — “” . “M”

Dynamic hought

, . ., “V” “D.” T“D” “M” weight

“V” .T v “P” S M P, P P, — , x M. W M A, M ,

A, j A P, C P, .

Te Atomic Properties o Substance M, , , x . T M A

A, “C A,” .

A P, v , C , x . A, C C P C, C M.

Some Physical Changes in Substance H, , , , . O P C F x— — v ,

S “,” v . O . E, M .

Chemical Changes , P C, vv M,

A M .P C separate M ,

C C M, v , A x , A, . C . T , , ,, , . T C C

A , j , “A A” “C A,” “v” x v A. T A A v A , “” “” v.

, , , , M M , , ! A M A A M, ! , v , . Dv

‑ A— ,C q.

P C C “” “.” D, , , P C, v “,”v, , , . A D C C

T S. Ev — . O v , , , ,

Dynamic hought

. A , . N .A ,

v . S , v . M — .M — . D , . B A. A , , v

, C, C . T A E, v v v S— v .

T S “,” “,”“,” ., ,

, . A v, “” , , q S, v v.A “ ” v v, x . V, , q,

‑q, , “”— S , . Hz v S v .O, N, z !

W v A W, , v . A

v S— E, A, W— v . T , , ,

Dynamic hought

, S v‑v, “E.”

S v z E E ( x ), v v, . A, , v C. Ev S v C, .

T E, S, ‑:

A. A. A. B.B. B. B. C.C. C. C. C.C. C. F. G.

H. I. I. L.M. M. M. N.N. Ox. P. P.P. R. S. Sv.S. S. S. .Z.

O v, H ; A W,

“1” ; G, 197; L, 207; Sv, 108; Ox, 16;N, 14; I, 56.

T v C, E, vx‑ A, , A “vx‑”

, x , E, v v C, . T C “ S”— , ‑

“P M,” “U S.” W S v S

, . B v O S , z “ ”; v, v S v. T S, “C” “E”

“ ” .

A C “P S,” v v v .O M v , ; A v “,” C only one “kind” “” S . J

. I G,Sv, I, H, Ox, E,are composed o identically the same material, and exhibit no

dierences in “kind.” T E “S.” All

Substance is One, at the last analysis!

T C M— E— —

v . N z, , A— , v v v, M. S — U S.T S; S; v . L

S. G C, , z, , ., A Sv‑v E, “” E C, v. Ev A

Dynamic hought

‑v C v,v , . A,

, , M— E — C A ( A ), S v .

S C v P M U S— “S”

S . A, “T Uv L M,” M v A, ., C v “L M” v M A. I , . A , v , L M v

. N T E!A C, “ ,”

H’ A, P M ,, , . A H’ A, C.

H P S z, , “ ,” C. T C P,

(1) E M; (2) U , , .; (3) C S Sz, Q, .

T , . I

S, P “”— , H,

z, “ ” .

Dynamic hought

Chapter VII.

The Paradox of Science.

n the ,

S “T E.” F vx q, — . S z E v, x — “ ,” ,

S now . TE v “V” — “W ’ ”— v.

T E , x . A S,

v , , , , . Tv E, , “E A.”A, , G

Dynamic hought

v 350 b. c.— 2250 . H ,

. A , , M — , . H v — ,v.

W, A v Uv E,

v , ; v , v . I A believed E, v , E H . A , v —v, , —

. B , v .

T “v” Uv E— .

I L S S E. I

“ ,” S, v E, v, . N , Ev, v “v‑,”

, Bq’ , N’ , , v C R M.

T Wv‑ L H S F E,

he Parado of Science

“v” E(A’ ), v E, ,

S, H L.I L H v

184,000 , “v” E v . T Wv‑ NT C,

x . A E Wv , ‑, v q.

L v E v L H, Wv‑‑‑E v v, E

L Ev, , E.

B , Uv E :T v S Uv—

, , “ ” , — S

v L, H, E M v 184,000 . TS “M M”— ,S v j what , j , , ! , .

T Uv E . I “ S”— x . I v— , v. S v

Dynamic hought

q “” . A , S

E, “ ” x, . I , , v v . L x S’, , .

L v 184,000 . R,

L H S. A , L S’ L‑v E v , “v” S ’ L . I v

S, “ ”—qS ( ) .T H, ‑ S , ‑v , , , H S, . T E M.

A E, v , , S . T, , , , v v . I v I,

M ; M ; . I S , ,

S v 184,000 . A L H v v

, v , .L , v , ‑v G , (‑|‑), v z v , v. A E , v . A S, S v ,

S. A , ‑ v, E v R, v v. L Kv R 19,000,000,000 . S, ,S E “ ,F , I R.”S v “ j.”

O E, P. Ov L , “W v z , , , v S, M, , . A v . T, , —

.” v S

E , q — “” “T” q q

— v T v S .

q , S TUv E S v v S, v

Dynamic hought

. I v H S — S. I

v. I F, I. I F. I v A S, S . N vW— , j Gv. I , v , , .

I ” ,” z x “” . I v E M, M . I H, L E. I , M, A C,

S, S v S. I , T Uv E, , S; V‑ G‑ V G; F; ,

. I v q v. I P, A M. I “v” , “” . I S, S , , , S. I E

F, S E F “ ” “” , , .

S , Uv E— “” — “S” q S—

q x — S .

I Px . I x S . I — — S . I x v x M,

F E. A , x —, .A , j ,

, z , v , S—Uv E— S ,

. B , , .

S v S v E v v , v, . I v v,

, v — “ ” v v— q S “T E.” T v v, . P.

L, , “M V E,” x v v , E.

Dynamic hought

U v R M ( C E, .),

S, v “Vx‑” A. T S vx‑ E, v , q ,

S. I , A vx‑ E, F, , , A z vx‑; ; ., .

T v S, v, v ( ) “vx‑” ,

S “ S,” S— — C E. I , S, S . B E — — . B

v E, v, S C

“vx‑” , A.I S

Gv A E. Gv — “” F, —

v— E “v”— , —, , .A why ,

“ ” G Px GSv M S— E A. W

M, F E.

Dynamic hought

Chapter VIII.

The Forces of Nature.

he Substance Uv M. M v v

, P S.

T N—v —v— v. B‑ v P— ‑ , M A, C,

. N F. I ‑ , P Uv v , M, E, Cv P v P . A, ‑,

v , P E, Cv .

B N , q. T ‑ ,

Dynamic hought

, P, ‑ ‑ .

T , . O v , , . N — v, .

I — , — “F” , S M—

S v . T S without F, S “.” T , v , , , vv x, D N. T

A— ET— S P A . O L, H E “” v — E, “ E fuid.”

P S, , , within , . I M M , , O M v v P S, v ,

. T x Gv, F, S, , ., . W Gv .

he Forces of Nature

I this , F M— F M originate

M P S, within , . T M S, , T D T v . B, “Force and Matter ,” v , , x: “F v

, .”T “F” P

“T , M.” T “F” “ ,” “E” “P F— ,” “‑” ,

“ .” T “P” , “ M E,” “‑ ,” .; “C A A, x F,” “E,” v , , , x.

M, “ ” Uv. O F “ ,” M, S, F,. O , “” “M‑F,”

“F‑M.” H “” “S,” M F

“” , “” “S,” M—“H’ S” E, S‑x— C, . (I ” S” , S “M.”)

Dynamic hought

T v v v ,

“A F V‑M F,” , q, “F” — “F” M S, M. T v — v —

F, M S,v j .T “M,” P, : “T ,

“v”—(W). S , M v S ; F , M; E “”

F; P A A. I P x, “P E,” · E ; “K E,” E A; , M. W , .

A q , “Cv E,” L P

E . T , S E — , , E, P K. T, E , P E R, Av, K E; E A. T

q E Uv x — — , E— E v , . I

he Forces of Nature

E , x v

E— E, q E , — , .

T v j,

j , E M, , , , . T v, E v “,” q M— q x q q , , , M, ,

, . Hv, q v j.

S q , E, , v, L Cv E ,

“T C F,”

E , , , , , . T , x “F M , M,” . T “C F” q , , :

“A v, v 7720 ,

10 F., , v v . A v , ,

he Forces of Nature

F v q, ( )

E, , (1) E P Gv; (2) S, . I ’ ’ E—— , v ( ’ v “” v , v ). T F Gv v

‑— , v — v j v v — v ; , , , ‑, ‑, . A, v

, v — , , , ; ; v ; ‑ ; ; E, F M.

Gv— F— N. N F , , , , — , M, . T F Gv

S ‑, v q. Gv Uv E N M v v. A ,

“” Gv , , “ .” W v

Dynamic hought

q Gv , v

D T, . W v v , , x .

B, , E, viz., H, L, M E, Gv A , F

Chapter IX.

Radiant Energy.

he “kinds” E v , , .

L E,, H.

Heat v ,” ,” S “.” T S. T , v

v x, H E, v P S— “M M.” T H “.” ‑v P S, O M P, v M

P S— v “.” “ v P.”

A S v some — ‑v P. S

Dynamic hought

“ ” A Z 491 Z, F,

S v.W — “”

v, , , —H , qz— v .

I P “” H , one .T ” C,” v, H, v S, — , . T ” Cv,”

v S, v — , ‑, ‑, , ., , . T “R,” v v “v E,” , j “T Px S.”

T v , ”C” “Cv” R. F, C P v, , . P how? “B ,” P. B, P v —

“ ” . A “v” , “,” S, “ E,” something that takes its place. S

Radiant Energy

, , C R. A Cv.

H v , , v, v P v H. T (1) OM P S, L A, M C A, C, . (2) F “” S,

P v H. (3) F M, v S, E . I v , actual H v P S H, v v, ,

, , ” v v v. T , , “v” H, v v P, H. A , , H P “” x .

T v H v

M , A, R, v x . T “v ” M v z, “Ex” S. I H S Lq; Lq G V, v M.

Magnetism E, v E, , E . S v M, v

Dynamic hought

P S, E. T q

M, v .Electricity E, S

v P S. I , H, C R, “v” v v P S v . B

v, E v v , v .S v , v . T x E, v

E, , “v P M.”

Light E, S, , E. A,

, H, L, v. I , j, , , E, H, L, ,, X‑R, Bq R,R v, ., L—

E “Radiant Energy.” I , v M S. Hv, , , ,

Radiant Energy

L . I , q . I , S, “v” v . T , v

. B x, , v . , P. L “B,” ,

‑ . L v , ., P M.

L S. B v v M, v “” v . T

v 35,000,000,000,000 per second. T — lowest v — v 450,000,000,000,000 . T , , , , , , , , ,

v— v v 750,000,000,000,000 . T Uv —v — v . I U‑v X‑R, ., “A R,” ,

Radiant Energy

128, . T, , v, v, 256,

512, 1,024, 2,048, 4,096, 8,192, 16,384, 32,768, , z , v z . D v , ‑ “,”

, , , , “q” , ‑ .

T ( v v ) — ,

v, , .W ‑ , v

v 35,184,372,088,832 , ‑, . T , . T, , , ’ ,

“.” T, , , , , , , , , v, “‑.” T “‑” zz , , , . T, ,

, v — v . T q v 1,875,000,000,000,000 . T v

Dynamic hought

450,000,000,000,000, v 750,000,000,000,000 ,

.S v, , M Vz I, .I ‑v,

“U R” V, , v, x v “X‑R,” . I q E. I

v R R, R E.O v I—

, , , , ,z , . W , M v. S v , . What is being produced? T

v S, , . B E— E, .L v P—C, “” . B — D S .

T v RE “v” E, “ E,” . R , “v” C E’ , ,

v , “v”— v L, H E C v v “v.” T x L,

Dynamic hought

Chapter X.

The Law of Attraction.

n the v v R E, viz., L, H, E M,

M P S. I j “M P.” S z j, “ , v v q,” x. W,

v . I , L A M P.

T L A L N.I . I v. L .

x L—Gv. Gv R Uv, E S— S vz “” —

Dynamic hought

Gv “ .” L Gv .

I “ ,” v . I , ‑ v .W‑ Gv, v E N F M E—Gv.

W Gv : “T

v .”F , : Every particle o

Substance has an attraction or every other particle.

I v “” , “A” “D,” v “Lv,” . I

A, v S v (v ) v , it has the

means and power to draw that other particle toward itsel, and

to move toward that other particle at the same time. Wv v A : “An

invisible power in a body by which it draws anything to itsel;the power in nature acting mutually between bodies, or ultimate

particles, tending to draw them together, or to produce their

cohesion or combination, and conversely resisting separation.”

T j , “Gv,” “ ,” “

” “,” x — . T S ;

he Law of Attraction

“” v x. T

v j z, .T S

Gv. T “” S Gv. T Gv. L L.

I A v — v — Gv. I S, , . T A Gv j

. S vv , , . I , A Gv .

A P, A Gv v j

. A , v .

A, , — A E, , combined v , , . T E C

I E “,” , . O , — , —x

Dynamic hought

A Gv, xv “”

x . A “ ” v “v” , x , “ .”

Z, , j , qz—q v, . C ’ 4000 , 100 75 1000

; 50 2000 ; 25 3000 ; N, Z, 4000, C E. T, , S .

F q v , , , x

, x —v z. I , , z , v q . I “” v ( , ) j . T x

x x v , , q . A x

Dynamic hought

I , , M M

Gv j M . R, M A , but

there is always a “space” between them , “” . “A v, ,” , .

T , Gv v instantaneously , q ,

L, H, E, M—R E. Lv E ( ‑v) 184,000 . T H E. BGv v . F , x v q . B A Gv instantly.

D z ! I Gv E, “v ,” at once , v v.T , S, F, , . A E . But

wait a bit!B . S Gv does

not require a medium— — “E” .I , Gv RE. A , “‑” v , v

. F , S, M E S, Gv , v .

S Gv ; , v . I, ,

“” L, H E.A A.I v A

“C” , , C D, ., . W Av C v,

, , v , v . T M, , “ ,” H, P “R.” B , M Av .

U , M A. T M v , v, A. CH — “” v, , v,

.A v v , ‑

“” M, . ., H, , M,D, ., v Cv M— “v” “” v , v, M

. I v “ .”

E ‑ S P P M M , ” A,”

Dynamic hought

“Gv,” “C,” “A”— “D,” “Lv.” A, ,

‑v M— v . I , “” , . I “ ” M, .

N A A—“C A,” “C,” . A A, , M, M (v C , ). T A x A “,” ,

. B , , A“” — “,” . E , “” , , “v,” , A “”

v ( ) A. F, , A , v ‑ P. A “ I , ’ ”— .

T “” “ ” A M,

“,” , A v q ” ,” v ( ) v ,

.B, z “CA,” “C,” “A” v W, q . I

“the power in nature acting mutually between bodies, or ultimate

particles, tending to draw them together ,” .

T j Gv, C, A C A . I

“ ” “Gv,” “T L A,” Gv, C,A, C A C . (T “” C iii.)

A v “L A” E, F, P,M, ., P . F “Gv” “M M,” “M M”— MC, v , “M M”— A “CA” “C, “ “A M”—

v C v “L A” — F E “M M”—, , j “L A” B A E, F M? A j “L A” S—

, , , , — A‑, T‑‑‑v‑T?

T q , j:

F. T D I D I D Ex.

T D I ( ) A, M,C, C. T D Ex( ) Iv, F, I, U,. A v— U, M. T “” D

I x , “” D Ex. A, D, F, Av, M C. L P —A Oz— D Uv— M C .)

A, M , D S U, v, D S O.I O P, but nds it not. Ex O v z , but nds it

not. B D S, M z O Dv S . A P L M.

T D I P— A— S— D A—

M P.W P Ex

P, , q, P . W I, P,

Dynamic hought

P . I “” x v

, . T C “A R” P.

I F A C C A Gv, P.O, , A

Gv , , A C C A P Gv, . C C C A, Gv . T ,

x. S A P, Gv, .

B A, P, W, D.

T v “ ” D, v P x, v — . I M v R E, L, H, E M.

Chapter XI.

The Theory of Dynamic

Thought.

From the v :

(1) T F R E, L,H, M E, “M M,”

O M P S(M, A, C E). A O M P O T L A;

(2) T Av F E, Gv, C, A, A A, CA C, C A, L A;

(3) T, v, : A M F E I S (viz., RE L, H, M, E, .;

Av E Gv, C,A, C A A A C A) L A.

Dynamic hought

I v R F E, H, L,

M E, M S, . F “v” S, O M v “v” L A. O, “ M,” M O M

L A. S M P, E F ( E F “Lv O,” ) L A.

N, x . W v L A V‑M A

L M P P S. Cq, E F T L A— V‑M A— :

All orms o Energy and Force having its origin in the Law o

Attraction are maniestations o Vital‑Mental Action.

B — v E F , , “LvO,” , , “” , . I v ,

—, O S M, A C,

“C”— F E, x “O L,”

he heory of Dynamic hought

“P A.” W — z ,

, L M, F E V‑M A.

A , F E M I S— O S— v BP T D T,

:Basic Proposition.—Tat All orms and exhibition o Force,

Energy, Motion and Power are maniestations o Vital‑Mental

Action. And that, consequently, at the last there is no Force but

Vital‑Mental Force; no Energy but Vital‑Mental Energy; no Motion

but Vital‑Mental Motion; no Power but Vital‑Mental Power.

v . I v, M M — , ‑ L; v “ ,” “ ,” “ ,” “ , ,” . A , v

v , xv — , .— x. H v (1) T Uv Av T; (2) T M D— v, ,

— “A M—M A.”

T M S M, v . S , S

Dynamic hought

v , , S

v. S M F E, Uv E F, . B v v v ( ) M F— F M F, . A, , M M C.

T M, M v .B q

T D T.A .

O q F, E M. S

L v “,” H v “,” E v “,” M v “.” B v Cv F, Av F, F Gv, F C A, F C A, “,” z “v”

, z , , .I L, H, M E “v”(v v “E”) 184,000 — “Ev” v S . T x

“v” “A’ E” T, , , v, . A Gv, C, C A M

A, S . A Gv v v instantaneously v

L, v 184,000 , over two thousand years v. V, Gv S , “E.” L D T T j!

T E E purely Mental. B Gv, A

A, — L, H, M E — M F. A z M A. A v L, H, M E v L A, , , M. T , F E

—the Mental Region? D ? S x M E M C? A M M M R?

— M L. W , , ‑ — — M , x “A” . L j

“T‑,” “T‑,” “,” ( ) “” (, “‑ ”). T , “ ,”

Dynamic hought

. “T‑,F,” , . B

—F, F—T‑ v — , , x.I .

W, , F M, M x F, T‑

? A j , “” v, v v “‑”— v j, S — .

H, , v v M’ v

, M, A, “v” “” . H q , , v v j “ ”: “I cannot imagine the simplest chemical and physical

process without attributing the movements o the material

particles to unconscious sensation”; : “Te idea o chemical anity consists in the act that the various chemical

elements perceive the qualitative dierences in other elements—

experience ‘pleasure’ or ‘revulsion’ at contact with them, and

execute specic movements on this ground.” H q,v, N, : “I the molecules

possess something that is related, however distantly, to sensation,

it must be comortable to be able to ollow their attractions andrepulsions; uncomortable when they are orced to do otherwise.”H the sensations in animal and

plant lie are “connected by a long series o evolutionary stages

with the simpler orms o sensation that we nd in the inorganic

elements, and that reveal themselves in chemical anity.” I ! P

“” v A, M Cv “ .”S j H “”

, (v ) , . Q , j v S

P, P never “exactly” in contact , x , , , v. T C, v ,v “ plenty o room” in which to move about , v . T A , but there is

always room between them , “E,” “ ”

. A M also have “plenty o room,” j, z E, M z with more room between

each than their own size.

I , v v ,

, “ ” . T , , v . B there is

always some room between them , v x v v in some way.

T , E , , v . N q: “H x v v v —,v, , ?

L T‑ L A C,

A M S— P S.T v v A A, v . F desire v— D v ,

“,” “,” “”— , M E— E‑

M. (T — E .)T, D,

. T P D — “,” — x AvF, v M F, transmitted

by Mind, projection ,

. B M, P v (1) j; (2) j . I M, D Mv , v M , providing they be within Molecular

Distance , S . B A, —

“,” v .” T “” “” , v “” , v v, , , E “” .

T C A , “” x, (

) C “ ” . I , v, , C, — , —

Dynamic hought

one E A, , seventy‑ve , . , , might one

A A H, E, A, —j v S NC. B, K , “ .”

P P , . T material ( E

M ), ! Ev P , x “drawing” power or orce by

means o the Mental‑connection , . TP v x “v ” v , M‑ . T , v v v

“.” Haven’t we? T , ? O, ’ , .Why, dierent? I’ the bond intangible? A, v’ E M M A !O,—— ,— , that’s — AF M E. N, , v E M products

A, producers — A beore E M, ater — x C E. A, v — —’ E M F called

into operation, and directed by the Mental Action , D? Y M A L A.

“B, H P v, , — E, !” . “S M A, ’ !” W,

v . A v v .

T , B P, :

Supplemental Proposition i.—Not only is the Law o

Attraction the maniestation o a Mental Process, or Vital‑Mental

Action; but also the actual Force or Energy used in bringing the

Particles o Substance in closer relation, in accordance with that

Law, is in its nature a Vital Mental Force or Energy, operating between bodies or particles o Substance, without a material

medium.

Dynamic hought

Chapter XII.

The Law of Vibrant Energy.

n preious v R E, L, H, M

E, M P, M P.

W v R E S . A ,

“v” “”( E) v P , “v,” , v P . T , v v E ,

‑v v .

W v , , v , , , M,

Dynamic hought

T‑. N x .

I , v,x S—H, E ( .) A S , v E , “v” v v “v.” T, S

C, “ ” v . Cv S, ‑, ‑‑,., v v, S . T R, v “v” S ( ),

v , v. A , v “C” S, “medium not Substance” P S, or the Particles always have Space between

them— P A, I. So there is always Space to be traversed by a “medium not

Substance.” B ‑ q, x x .

N, S v R E, S — — — , — S E. I x Gv

( v ) z is no mediumo Substance x , “medium not Substance” x , . W x

( .)O T D T, T‑

S, is a Mental Connection, or Mental Relation, existing

between the two bodies o Substance. S, q M v R E S E. H M R E? It does not conduct Radiant Energy , transmit— R E— Mental

State that causes Radiant Energy Vibrations.T “M S R E

V” — x . W v R E M V P, M V L A, L V‑M

A. A, , V R E “” L M P. T ” S” v L Status , “; ,” “.”

T M S P “Emotional Excitement.” L

— j, x .

“E” v L Emotum , “; ”— L , i. e., E , “”; Motum , “ v.” “E” “ v x .” “Ex” v L Excitare , “ v

”— E “ Av; Av ; Av.” S Active Motion , Aroused Activity , M, “E Ex,” M S v

“,” E Ex. Tv q x V, M

S, , Ex, v . A, Cvv, R Ex D, Cvv B.

T v x Ex

” x” Ex. TCvv , q E , v . TE ‑ , z v M. T E B “‑” v v

; v , “‑” v P x . I “qz” V. T v Hv— E “‑”

v , , v “‑” v P v “ M.” T E R A Ex, “ ,” B Cvv “ ,” ‑ , x

q, .T x v

P N P T D T, q,

Dynamic hought

“T‑v” “Wv E” S. S “ ,” x

x. S T H v . H “E” A, x “”— . S D T, T‑ v — x . B

, — v— “A F M F,” “ E T.” A S W v . A

“” . A , —

. T v ( ) . H — . LGv, ( ) : “I am attacked by two very opposite sects—the scientists

and the know‑nothings. Both laugh at me, calling me the ‘Frog’sDancing Master,’ but I know that I have discovered one o the

greatest Forces in Nature.”

T v v Ex P S P E, q L, H,M E. A

F A, M, M W S S. A j L A , V. I “T R Sx,”

j x , L.

T S P, :

Supplemental Proposition ii.—Te rates o vibration o the

Particles o Substance may be likened to “Mental States”; and

a high degree o the same may be called an “Excitement.” Tis

“Excitement” may be, and is, communicated rom the Particles

o the body maniesting it, to the Particles o other bodies—themedium o such communication being a Mental Connection or

Mental Relation existing between the two bodies o Substance,

without the employment o any material medium—and which

Excitement, so communicated, reproduces in the second body

the vibrations maniested in the rst body, subject, always, to

the counteracting eorts o the second body to maintain its

accustomed, and ormer, rate o vibration, and Mental State.

Chapter XIII.

The Riddle of the Sphinx.

t is , j , j. O ,

S “x” . H , , x , , T I. H “Gv” “T E,” S v

x M M , , S, x M.

I v S x Gv E, v M P “S.” T S S

L Uv, C— . I x T I— O, P‑v— yet it

must not be Te Innite Presence. I x I—

Dynamic hought

O, A‑P—and yet it must not be Te Innite

Power . I x T

I— O, A‑K— yetit must not be Te Innite Wisdom. I x A A we think o T I—and yet through them All we may see Te Innite, Itsel, in the

background, viewing its expressions.T S

v ; v — S M v TUv M C M.

Y S O P M, S— SS‑ W— M S— M, A, C. I

v—, v Ev— v C — it is that Essence itsel .

B M O M K Uv— “ G.”F A‑K .L E, F M, F E M. I

v x A S.O; O; O— T I —and yet it is but the outward

expression o Tat‑Behind‑the‑Veil, which is the Causeless Cause

o All.I G O Uv C M,

S —or even bubbles

ormed o the substance o that Ocean itsel — O, v, , , ,,—, , ,— v, , ‑, , v, ,

he Riddle of the Sphin

. T E, F,M— ,

G O , , , .T, ,

A’ E. I x?

• • •

W v A Gv ‑ F E— , ‑.A A C, C A, . A, “E Ex” M P— O.

A A A M. I , , . I x “Ex; V; C; C A.” It must be the Mother o the Forces.

L C M S S, O,

j — q . T C M S, v (O, !) , , S. T , , v M. B —

Gv. E S , . E “ .” Cq, ; , ,—

Dynamic hought

, v z , . T

“” ‑ v M, ( .) A “,” v S, M . T S . I ,

’ , , “ ” . Perhaps these lines converge to a common centre, and that

centre may be——! B — .

I , , “” are

not material lines— S— ,

“” C M. N T‑v Ex P, S ,, . L Gv , — — , C P

S— “” Gv E S P P . T each Particle is connected

with every other Particle in the Universe by a line o Attraction.

Tese” Lines o Attraction” are what we call Gravitation— M —L M‑P

v .T Gv v x

P, P P v x , . T P v

he Riddle of the Sphin

Uv, v v . W P x C—

A M— , v— . T L Gv , P v P. Dx , v, — , . O v , . C

“” q Gv— v, , , “v” . A x q “v” Gv! A x Gv “” v! Gv “v” “”—

, v , v P , vice‑versa ; , P A, A, M, M, W. Gv M C B M vP, S M.

A Gv “T‑v,” Ex P— ,, v E— , x Gv.A — , v C C A.Gv ,

“‑” v D‑F, T‑v Ex P, Av E, R E, v.

T , , D‑v P,— T‑v

Dynamic hought

Ex— , , ; L Gv v ,

P S x, Uv v, . T Dv P —v P — — — P. A Gv v reality T I . In it we see the actual

machinery o Te Innite. N v

v P A, v . V ’ , , B , L P — , x S S—,, F L —

S v v , , ,, , , —graitation.

• • •

T T D T

x C M, O M‑— L A , M A, A. T A A M P— — v . T A x M C M, v

P, M, C. T, A P z P v. T C, M, . T ,

he Riddle of the Sphin v M P v .

• • •

S j T L Gv “” E S, S S E in all directions equally , j ,

. A j, . T S , “” v ,— v , S M,

. B S , . D , v . I S

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