9 Strains With All of Physics

The 9 strains are full, appropriate and easy

The 9 strains include all current information
about nature, together with all textbook physics and all observations ever
made.

The simplicity of the 9 strains and their huge area of validity are
intensely fascinating.

No recognized remark and no recognized measurement contradicts these
9 strains, not even within the final vital digit.

Uncover a single contradicting remark and you’ll turn into well-known.

The 9 strains decide all equations of
physics, because the references within the pdf present:

Strains 1, 2 and three, collectively, uniquely decide particular and normal
relativity, cosmology, the Hilbert Lagrangian and Einstein’s discipline
equations. (This is shown here.)

Line 5, with line 1 and 4, uniquely implies thermodynamics. (Shown in
https://arxiv.org/abs/2307.09914)

Strains 1, 2, 4, and 6 to 9, collectively, uniquely decide quantum discipline
principle and the Lagrangian of the usual mannequin of particle physics,
prolonged with huge Dirac neutrinos and PMNS mixing. Written out, the Lagrangian is somewhat involved, as Jim
Shifflett showed.

The 9 strains present how little math is required to
describe nature with excessive precision.

The 9 strains describe every thing that strikes – and thus every thing that
occurs in nature.

The 9 lines given above improve the humorous 9 lines found here.

The 9 strains resulted from the work of numerous
scientists and engineers over 400 years.

Galileo began across the yr 1600; line 1 resulted after over 150 years.
Line 5 arose from 1824 to 1929, line 6 arose
round 1860, strains 2 and
4 round 1900, line 3 from 1915 to 2002, and contours 7, 8 and 9 from 1936 to
1973.

The 9 strains suggest the dearth of trans-Planckian
results, as detailed here.

No such impact has been noticed and no such impact will ever be noticed.

The 9 strains include all pure sciences.

They include physics, chemistry, materials science, biology, drugs,
geology, astronomy and all engineering disciplines.

Once more: any single remark contradicting the 9 strains will create a
sensation.

 
*

Three questions are open in elementary
physics

III
   Are all observations in nature described by the 9 strains
– or are there phenomena past current textbook physics?

Particularly, to which line does
darkish matter belong – or does it not exist in any respect? c⁴

II    Are there any undiscovered
strains with new physics
– or will  F ≤ c⁴/4G  stay the final “regulation” of
physics?

Explored primarily within the years
from 1973 to 2002, the power restrict is the “law”
of physics discovered last.⁴
The restrict worth
c⁴/4G ≈ 3.0 · 10⁴³ N for the native power has
handed all checks.⁴
It permits deducing Einstein’s discipline equations and is the shortest recognized
abstract of normal relativity.⁴
As a result of line 3 on
most power c⁴/4G was added to the record solely lately, a separate web page is dedicated to it.
⁴
Is there any undiscovered “regulation” of nature? c⁴

IIII
   What’s the frequent rationalization for
the 9 strains?c⁴

What determines the
ideas in strains 1 to five? They suggest that there’s a smallest
size and time interval. How can this be? c⁴
What determines the
decisions in strains 6 to 9, i.e., the power spectrum, the particle
spectrum and the basic constants?c⁴
The final 4 strains
include the solely recognized physics results past the usual
mannequin. How do they come up?c⁴
In easy phrases:
The place do
COLOURS
come from? c⁴

Many get pleasure from trying to find solutions.c⁴

See Also

My Toddler Nonetheless Loves Planes, So I Upgraded Her Radar

Spoiler
for I and II: it is predicted that there are no phenomena or “laws” beyond the 9
lines.c⁴
Spoiler III: the origin of the 9 lines and of colours may be this one.c⁴

 
*

From the 9 strains to Lagrangians

For normal relativity, the Hilbert Lagrangian with a cosmological
fixed is present in each textbook. It follows from strains 1, 2 and three.
Publications prove it.

The Lagrangian of the usual mannequin, prolonged with huge
Dirac neutrinos and PMNS mixing, follows from strains 1, 2, 4, and 6 to 9.
The very best model on the web is Jim Shifflett’s http://einstein-schrodinger.com/Standard_Model.pdf;
an area copy is here.

This different,
often cited Lagrangian of the standard model by T.D. Gutierrez incorporates
additionally ghost phrases; nonetheless, it has half a dozen errors and disregards neutrino plenty and
mixings. See the corrections at https://twitter.com/mmanuF/status/895390592854880260.

An unbiased video abstract of the usual mannequin and
of normal relativity, by David Tong, is discovered at
https://www.youtube.com/watch?v=Unl1jXFnzgo&t=1s.
The mathematical expression within the video is a
mixture of many, however not the entire 9 strains – although one also can
argue that it implicitly incorporates all of them.

Sabine Hossenfelder’s video on
unification concentrates on line 1.

 
*

The 9 strains aren’t a “principle of every thing” – however
assist discovering the unified principle of movement

The 9 strains fulfil all necessities for a “principle of every thing” discovered
in tabloids and in standard books.
They accomplish that because the Nineteen Seventies.
However, the 9 lines are not unified:
for instance, the origin of strains 6 to 9 needs to be clarified first.

In reality, the 9 strains enable measuring progress towards unification, as told in
the blog.

Combining the 9 strains implies that twice the Planck
size (4G ℏ/c³)^1/2 is the smallest size
in nature.

Its wide-ranging implications, also for unification,
are explored on a separate page.

 
*

The 9 strains construction the free Movement Mountain Physics
Textbook
 

Abstract	Line	Particulars	Quantity concerning the matter
1. Nature dislikes squander:	dW = 0	Motion W=∫L dt is minimized in microscopic movement. Typically, L = Ekin-Epot; the strains under repair the 2 elementary Lagrangians L.
2. Nature dislikes hurrying:	v ≤ c	Vitality pace v is restricted by the pace of sunshine c. This invariant implies particular relativity and restricts the doable Lagrangians.
3. Nature dislikes excessive force:	F ≤ c4/4G	Power F is restricted by c and the gravitational fixed G. This invariant implies normal relativity and, along with strains 1 and a couple of, fixes its Lagrangian. (Click for details.)
4. Nature dislikes sloth:	W ≥ ℏ	Motion W is rarely smaller than the quantum of motion. This invariant implies quantum principle and restricts doable Lagrangians. (Details here.)
5. Nature dislikes excellent order:	S ≥ okay ln2	Entropy S is rarely smaller than O(1) occasions the Boltzmann fixed okay. This invariant implies thermodynamics. (To be improved.)	Vol. I        (and Vol. VI)
6. Electrical expenses are conserved and entice or repel:	U(1)	is the gauge symmetry of electromagnetism. It yields its Lagrangian when mixed with strains 1, 2 and 4.
7. Nuclei present two different varieties of expenses and forces:	SU(3) & damaged SU(2)	are the gauge symmetries of the 2 nuclear interactions, yielding their Lagrangians when mixed with strains 1, 2 and 4.
8. Nature determines the elementary particles:	18 particles	– gauge bosons, the Higgs boson, quarks, leptons and the undetected graviton – with all their quantum numbers, make up every thing and, with the interactions, repair the prolonged commonplace mannequin Lagrangian.
9. Nature determines the basic constants:	Lastly, 27 numbers	– dimensions, cosmological fixed, coupling constants, elementary particle mass ratios, mixing angles – full the 2 fundamental Lagrangians. They decide all observations and all colors.

 
*    *