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The Terms, 2 (Mathematics of Stephen W. Hawking, Glenn E. Jones and P. )Mathematics of Stephen W. Hawking, Glenn E. Jones and P.by Glenn E. Jones the terms 2 mathematics of stephen w. hawking glenn e. jones and p. THE TERMS, 2
If you draw the form of the definite integral, draw a diagonal from
its upper left-hand corner to its lower right-hand corner. Label
that diagonal A. Label the limit to the right, B. The angle
opposite f(x) is the angle, θ. By the angle opposite f(x), I
mean the angle that is above A in the lower right-hand corner of
the integral. The area of A*B*f(x)
=A*B*f(x)*sin(θ)*cos(θ).
A, a diagonal =2*B^2. B runs perpendicular to and intersects the x-axis and is a moment, limit, or length.
sin(θ)=1/(2*B).
cos(θ)=B^3*π^4.
θ(the angle), sin(θ)*cos(θ) = B^2*π^4/2.
π, (a short form of Fmet, the metric field)=B^4*cos(θ)^3.
there are over 210 more expressions in the book, having to do with physics, gauge theory and number theory. some of them are
below. all of them consist of the above identities.
bh, black-hole, A^3*θ
dvar = B*sin(θ), variation over distance.
Kess = 2^2*π^6*A^18*θ^13*sin^2(θ)/B^3, link between energy and subspace in bh tumbling.
Ksaoe = 2*π*A^5*θ^3*sin^2(θ), spatial area of effect in bh tumbling.
ktaoe = 2*π*A^13*B^2*θ^10*cos^3(θ), temporal area of effect in bh tumbling.
licone = B^5*cos^6(θ), light-cone.
Ptsrg = 2*π*A^22*B^2*θ^13*cos^3(θ), Riemann space-time geometry in bh tumbling.
ptssrt = 2^3*π^7*A^38*θ^29*sin^2(θ)*B^-1, subspace roots in bh tumbling.
Range = A^2*sin^2(θ)
Reality = 2*π*A^2*θ^6*sin(θ).
Rievdvt = B^5/(2^3*π^3*A^9*θ^4*sin^3(θ)), variation over distance and time in Riemann space-time.
Tvar = B*cos(θ), variation over time.
Fi, inertial field, π*θ^6
plane, A^3*θ^2,
rel, the relativistic factor, A*cos (θ))
wave (2*π*A^2*B^3*θ^8)
Fgr, the gravitational field, π*θ
tpolymer, time-polymer, A^13/(π^2*B^6*cos(θ)^2), it's like Teflon with respect to time
velocity, 2^2
proto-matter, π*θ/2.
nothing, (A^5*sin(θ)/B),
wl ( world-line, 2*π*A^11*θ^9*sin(θ)).
(center of mass, 2^7*π^7*A^62*θ^24*sin(θ)^22 /B^16) .
scv = B^3*cos(θ)^3/2, the velocity of a super-cube
sg = θ^4/π^5, static group
ss = E/m, subspace
stmit = π*θ^5, static moment in time
ststep = 3*(π*θ^5), static step
tick = π*B/2, that which is between two moments.
Fspin = π*θ^7, the spin field buy ebook stephen hawking Stephen stressed boundaries and with them are root carriers (root
carrier, rc, 2^3*π^5*A^35*θ^23*sin(θ)^4/B), which
help in keeping everything together.
Fistress = 2^2*π*sin(θ), the reluctance of an object
in motion to change direction, without putting on its signal,
coming to a full stop, then proceeding when it is safe to do so (
p.2 of your manual). 2^2 is a stress. π*sin(θ) is an
adjective -form of Fi. They group to form Fi at a point in time.
more to come...
terms in mathematics
Notes of Stephen W. Hawking:
Hawking-space: The boundary is space-time/subspace. This
and form is the third space. This space is different from the
others, in that is no different from the others but for dimensional
arrangement, it has four while the others have six, what it lacks
is height and depth. Height and depth are not lost. They are
dependent upon each other.
The order of layering of the fields is that found with the
black-hole... top to bottom... Fwk, above the event horizon, Fgr, Fst,
Fem, Fem separates into Fmag, Fe, Ftm.
Subspace is the boundary between space and the rest of the universe
including the fields themselves. The space between space and
subspace, the tertiary space, is the space where things evolve
before entering space. They do so when the mass becomes sufficient
to break through the boundary between the two types of space. When
the do so they take on dimensions and reality. Both of which are
inherent to space and space alone.
The fields are necessary to maintain the structure of space of and
time, but separately. They are dependent on time for structure, and
space for being. The structure of space is dependent on time but in
a Cartesian sense, in a non-relativistic way.
As shown in the black-hole, Fem degenerates to Ftm.
E/(Fmag*FTm*Fu) equals the factor of restraint on energy between
potential and kinetic.
Ultimately, with this math, one could have triangles with two sides
set equal to zero. One side must always be non-zero in order to
have form.
(2*π*B)^-1, rate of decay, as a factor, rate of drop off, the
inverse square law.
Radiation links to weak force as 2*π*B, not 1/(2*π*B)
links to strong force, as does the inverse square law, in its own
way to the electromotive force.
When the black-hole pinches off, it enters subspace, a void in
which it cannot be found and from which it cannot exit. Travel
through subspace is impossible for the same reason.
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