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Бояршинов

Бровкин Михаил Николаевич

Бояршинов Борис Сергеевич

теория гравитации

тёмная материя

00:00:01

how hello dear audience and visiting in the

00:00:04

Irkutsk region at the winter station, I

00:00:06

understand correctly ohu Mikhail Nikolaevich

00:00:10

brovki, so to speak, he’s doing

00:00:13

science and here he is visiting us for the second time

00:00:16

and he now wants to talk about

00:00:18

gravity and the dark essence associated with it

00:00:22

as I said but has a medium

00:00:24

not dark arts about dark matter

00:00:27

what is now commonly called dark

00:00:29

matter yes well please have the floor so

00:00:33

hello dear friends today I

00:00:37

would like to continue the

00:00:38

first conversation that we had about

00:00:41

half a month ago my husband a month

00:00:44

ago and I remember exactly in general, I then

00:00:47

talked about my hypothesis dedicated to,

00:00:51

so to speak, the world order, that is, the

00:00:56

structure of space, so now just

00:01:00

a second, I’ll include here what I need

00:01:10

.

00:01:14

so I said it will show pictures of

00:01:17

attention so you are now giving me

00:01:19

access to access is already open to you, that is, you

00:01:23

can already can access is open

00:01:26

often screen demonstration any of the most

00:01:30

daring pictures you can show me

00:01:32

the most daring one we will not we are in pharmacies and the

00:01:35

physical sense of the word so just

00:01:38

a second so now it’s clear that I ca

00:01:44

n’t see yours on it, maybe we’ll

00:01:48

start with the first picture, that is, I’ll

00:01:49

remind you, open the first one to remind

00:01:52

our viewers what it means for some reason the code

00:01:56

is showing me so wait for

00:02:00

something and now we’ve exchanged

00:02:04

ours in some places so well,

00:02:08

show me again like this screen demonstration so

00:02:15

you can see the picture you can see the picture now you

00:02:17

could see your picture they are of my

00:02:19

cat with his tongue hanging out

00:02:21

so great here they are cells worth money,

00:02:24

not how to say by the way the audience

00:02:27

told me that a pixel is a volumetric pixel

00:02:30

they are called voxel and in fact, but

00:02:32

this is like a new concept for me, I’m

00:02:34

kind of familiar with pixels,

00:02:36

but if it’s convenient, I can call them

00:02:38

voxel ami, which means that the structure of

00:02:43

our space is assumed to be

00:02:45

absolute, which means consisting of

00:02:50

bank volumetric pixels or

00:02:54

voxels yes Here, each pixel of

00:02:57

the bank is up to the Planck

00:02:59

size, which means it has 1 one of two

00:03:03

states, that is, each cell can

00:03:06

have a state of 0 or a state of, let’s say,

00:03:09

one, the state one is

00:03:12

active and, as it were,

00:03:15

forms our material space,

00:03:18

that is, on the basis of these

00:03:20

active voxels, but I will

00:03:23

call them a salami jerk; assigned on the basis of these

00:03:26

active voxels, a

00:03:28

volumetric structure is built, a spatial

00:03:30

structure, and each voxel is connected.

00:03:33

I believe that this connection is inseparable,

00:03:36

that is, it cannot break; it

00:03:40

connects with each of its neighbors, but we have

00:03:43

already discussed this issue that

00:03:47

these trade tetrahedrons are involved in this construction,

00:03:50

so let's say yes, but they are

00:03:53

wrong ketroy yes because from

00:03:54

regular tetrahedrons it is impossible to

00:03:56

simply fill the space and,

00:03:58

accordingly, Picasso and Doric

00:04:01

elements based on these tetrahedrons,

00:04:04

and thanks to this topology, thanks to

00:04:07

this floor, the topology in our material

00:04:11

space which is based on these

00:04:14

voxels, heterogeneity is formed, that

00:04:17

is, locally at each point, so to speak,

00:04:20

spatial structures are formed,

00:04:23

heterogeneity is formed if you imagine these

00:04:25

connections in blue, marked

00:04:28

if you imagine them in the form of ideal

00:04:30

springs and replace them, let’s say, then in

00:04:36

such a space it

00:04:38

will inevitably arise distortion at each point,

00:04:41

that is, these connections will be either g

00:04:45

from or slave or stretched, and this

00:04:49

one follows from your model itself

00:04:51

because

00:04:54

it is impossible to fill the space of the icosahedron my with regular ones

00:04:55

and they are all a little deformed and a

00:04:58

little deformed,

00:05:00

I will now show you a dozen times wait, in

00:05:03

principle, my last time, this is what everyone

00:05:04

said there, anyone who doesn’t remember can

00:05:07

go and look at the link,

00:05:08

for sure there will be a link for me at the bottom,

00:05:10

yes, it’s called a probable

00:05:14

theory of everything, but I wouldn’t call it a

00:05:16

theory, it’s as if it could be called a

00:05:19

hypothesis anyway,

00:05:21

they increased yes, now wait,

00:05:23

I can’t for some reason

00:05:26

the pictures won’t open for me, but here they are and I

00:05:28

see our pictures, so now, so

00:05:33

now you can see, yes,

00:05:34

strada, if not four-fifths, yes, that is,

00:05:37

these

00:05:38

connections, I called them quanta in quanta and that

00:05:42

is, as if volumetric, you quanta means to

00:05:44

volume, sort of related to quanta, that

00:05:46

is, each connection is an ideal spring

00:05:49

and all the springs are, as it were, unique notes in

00:05:52

the sense of the same identical count and

00:05:55

this is how we make up

00:05:57

the space before and at the moment

00:05:59

when we begin, let’s say, the time of

00:06:03

the origin of the universe before, let’s say,

00:06:05

they are, as it were, released into these nodes in

00:06:10

space, a

00:06:12

redistribution of all the energy is obtained in such a

00:06:14

way that we have now I’m so here I wo

00:06:19

n’t be anymore, probably we get a

00:06:22

distribution into quanta immediately after the

00:06:24

origin of the universe then there is this

00:06:27

here this zero and zero is delta x that

00:06:32

is, we count thoughts not tense into a

00:06:34

quantum go beyond one then to the right or

00:06:38

to the left for us yes we either get more or

00:06:43

less yes if we have a plus it is

00:06:45

delta x increment to delta x

00:06:47

that is, here I consider them as

00:06:49

springs according to Hooke’s law, here I

00:06:52

have written this e to the power of minus

00:06:54

one over two from harat something very

00:06:57

reminiscent of this is normal 1st department of gou

00:07:00

spo distribution means normal

00:07:02

distribution by size, that is, the

00:07:07

most sizes are in us zero so let's say

00:07:09

yes when we let go let's say yes distance

00:07:12

distance zero

00:07:16

increments beer I don't look

00:07:19

if you imagine springs to springs then when we

00:07:23

made up the space and let go we have

00:07:25

on and most of all it will be

00:07:29

to me tense in quantum not

00:07:32

stretched and not growing accordingly

00:07:34

if we multiply by that is, this is our

00:07:37

distribution, the water is blue, this is

00:07:39

the distribution, and if we multiply for the song along the

00:07:42

horizontal axis, as they are

00:07:44

supposed to be, or they are stretched to the right to

00:07:47

hold and to the left, but this x square is

00:07:50

multiplied by is and by this very

00:07:52

thing this turns into energy and not

00:07:56

all checks, so it turns out like this 2

00:07:59

2 humps I curve to 2 humps curve that

00:08:03

is, we have in space

00:08:05

the energy of stretched yes we will accept it

00:08:09

as that is, stretch it

00:08:10

on the right side receiving rains in compressed

00:08:13

to and on the left compressed and this energy

00:08:16

will be considered as if positive and

00:08:19

as if negative, that is, we

00:08:20

can consider it as if positive as if

00:08:22

negative, yes, but it’s like, okay,

00:08:26

let it go before that, it’s conventions, it’s

00:08:29

quite normal, it’s fine, it’s

00:08:30

good, that is, roughly speaking, if we

00:08:33

just take two springs in a vice,

00:08:35

clamp them until we

00:08:36

clamp them in a vice and

00:08:39

move them,

00:08:40

that is, we can either compress the springs,

00:08:42

let’s say, or stretch them, but as

00:08:46

soon as we move the central point

00:08:47

to the central point, we

00:08:50

will have additional energy,

00:08:51

that is in the form of compressing or stretching 1

00:08:55

will stretch the other push up to

00:08:56

but the energy is still on if

00:08:58

positive bags to this the essence of this

00:09:03

energy began to live will be but the sum will be

00:09:05

0 by the way it is crafted yes if

00:09:08

if we have

00:09:10

springs connected in series and here are the places

00:09:12

of connections you move at the same time glad the woman

00:09:15

is stretched and the other is compressed until everything

00:09:18

is correct, that is, we will conditionally just

00:09:20

not appear until conditionally we will

00:09:23

consider one energy, let’s say the energy of

00:09:26

stretched to negative energy from

00:09:28

compressed will be considered as positive

00:09:30

so well, here I am and I

00:09:33

have depicted it purely for my

00:09:36

readers on my clean channel Let’s just say the

00:09:39

initial position of

00:09:41

the energy, yes, that is, there are

00:09:44

such things here, they have an infinity of a

00:09:48

certain level of energy, that is,

00:09:50

quanta on one energy on the other, zero,

00:09:53

but by the way, I didn’t show it, but in total

00:09:56

it turns out so let’s say zero, that is,

00:09:59

if we subtract all the energies of the stretched ones

00:10:04

modulo the energy we have compressed throughout the

00:10:07

entire universe, so let’s say, will be 0, well, how

00:10:09

will it be in this way, yes, but here it’s

00:10:15

purely me, too, let’s not dwell on this, so

00:10:17

I sort of

00:10:21

calculated,

00:10:22

that is, I calculated, yes, let’s look,

00:10:25

imagine, imagine what we have

00:10:27

locally in one place there is a

00:10:30

wall of stretched and compressed

00:10:32

springs, thanks to their

00:10:35

internal energy until thanks to their

00:10:37

internal energy, they want to 1

00:10:40

straighten and the other, that is, on the contrary, to

00:10:42

compress until so and now we have a

00:10:45

kind of energy between these themselves and

00:10:49

it turns out

00:10:51

compressed and stretched, that is, they

00:10:56

just want to straighten this space in order to

00:10:58

be in equally equal

00:11:01

conditions, yes, that’s what I did, I

00:11:06

calculated

00:11:07

[music]

00:11:08

if now it’s a little difficult for us here,

00:11:12

it means if in one area a little bit

00:11:19

both are side by side and stretched compressed stretch

00:11:22

to for you, you are quanta, and in another, compress it a little,

00:11:26

that is, if let’s say at a distance,

00:11:28

let me tell you now, probably so that

00:11:30

this picture is complex, now I

00:11:33

mean, look, we’ll

00:11:37

imagine that we have the initial moment of

00:11:39

the emergence of the universe before we have

00:11:42

everything space were compressed, stretched, compressed,

00:11:45

stretched, you see, yes, they are

00:11:46

marked in blue and yellow,

00:11:48

and if we calculate the energy,

00:11:52

let’s say, stretched relative to the 0

00:11:56

state, that is, we have this, as it were,

00:11:57

zero state, you quantum is not

00:11:59

tense, that is, if we calculate the

00:12:03

energy,

00:12:04

the sum of the energy from the stretched and from the

00:12:07

squeezed quantum we will get

00:12:11

some value, let’s assume the

00:12:13

difference between these energies, but if we

00:12:15

simultaneously stretch a little in one place

00:12:18

and in such a way that we, so to

00:12:21

speak, compressed will be equal to the

00:12:24

neutral position, you see, yes, I

00:12:26

drew in in one place, that means we

00:12:31

will only have energy that is

00:12:33

stretched into quanta and, accordingly, in

00:12:37

another place in another place we will,

00:12:40

on the contrary, compress all of you quanta, which means the

00:12:44

displacement for us will seem to decrease,

00:12:46

the displacement will decrease and the energy it is the

00:12:49

energy will become less, that is, in

00:12:54

both cases our energy will become

00:12:56

less in each of the spaces; there is an

00:12:59

advantage, as it were, separation, that is,

00:13:01

the division of areas compressed and stretched

00:13:05

into quanta in such a way that if

00:13:08

we look, yes, but I immediately noted that

00:13:12

on the left we have cosmic voids of water,

00:13:15

that is, in these cosmic voids in

00:13:19

quanta are distributed in exactly this

00:13:21

way, and in places where matter accumulates, these are

00:13:24

galaxies and clusters of galaxies,

00:13:28

on the contrary, they are compressed into quanta, so it

00:13:34

is beneficial for the structure of the spatial structure to separate these two moments, that

00:13:38

is, areas

00:13:39

to select areas with stretched out

00:13:43

quanta, but still locally in each

00:13:45

in each in place it will be both compressed and

00:13:47

its quanta will be stretched, yes, just

00:13:52

a second,

00:13:57

now scroll through the picture,

00:14:00

look at the

00:14:02

initial moment, we will just

00:14:04

look at the background picture, imagine

00:14:07

that when we launch, let’s say

00:14:10

the universe, yes, at the initial moment, our

00:14:14

color is like this purple, yes, the

00:14:17

top picture shows the

00:14:21

distribution of compressed and stretched ones,

00:14:23

as if he had drawn the cells here, but there it’s

00:14:26

actually different, not just to

00:14:28

show the principle

00:14:30

of gift in this distribution, entropy is

00:14:33

close to zero, that is, everything is

00:14:36

orderly primates yes yes it turns out well

00:14:39

and, as if according to cosmological

00:14:41

principles, it is considered modern that at the

00:14:45

initial moment the entropy was the

00:14:47

lowest, but that means at the moment of release,

00:14:50

that is, the emergence of time, what

00:14:53

I said about what I told in the

00:14:56

previous conversation about this is the clock

00:14:58

generator, we begin

00:15:00

redistribution,

00:15:03

we will redistribute finely, you can see something

00:15:05

on a small scale, we get a

00:15:07

structure like this, although it is

00:15:10

equal to purple, yes, in general, but it is

00:15:13

already clear that there are some micro Fukuko

00:15:14

fluctuations, that is, I drew them so on the

00:15:17

computer that they seem to be already purple

00:15:20

on the fluctuations and if

00:15:23

you look further, let’s say before the development,

00:15:25

so let’s say the evolution of the universe, then a

00:15:30

redistribution occurs and arises,

00:15:33

they are like areas united,

00:15:35

small areas are united, that is,

00:15:37

homogeneous areas, let’s say red

00:15:40

unites, disperse, well, let’s

00:15:42

compress or stretch and such

00:15:44

small spots are formed, let’s say red,

00:15:48

but here in this picture, red blue,

00:15:51

that is, with a more compressed content in

00:15:54

quanta from a more stretched one, and these are the

00:15:56

structures of some area, yes,

00:15:58

these, over time, they all increase and

00:16:01

unite and due to

00:16:03

this, what happens is what is called the

00:16:09

formation of the structure of the universe, that is,

00:16:12

the formation of

00:16:14

what we now see what is called a

00:16:16

large-scale structure,

00:16:19

so now just a second and look,

00:16:34

it means that these areas are growing, it’s

00:16:39

written in the voids and exhalation,

00:16:41

a division has occurred, that is, in the voids the

00:16:45

quanta are more stretched

00:16:47

and in the clusters they are more compressed, but

00:16:49

accordingly, from the middle, it’s depicted in gray for me

00:16:52

what happened at the very initial

00:16:55

moment of time in everything in the entire universe

00:16:57

to a uniform distribution,

00:17:00

these peaks are compressed, the distances between the compressed

00:17:03

stretched ones, yes, we have, as it were,

00:17:06

more than are allowed in

00:17:13

areas of clusters, let’s say, yes it is clear that the

00:17:15

distance between the

00:17:19

difference in sizes in quanta, it is more that

00:17:23

is less than it is strong at the initial

00:17:26

moment of its occurrence, and so I

00:17:33

wanted to say something for an hour and a second, I

00:17:37

wanted to say about the

00:17:39

energy itself, that is, if I just

00:17:43

noted what the average value of

00:17:47

energy in quanta is, that is, here it is, I

00:17:50

called them vacuum average I don’t know how

00:17:52

this term can be used in my

00:17:56

description, so to speak, well, since the

00:17:58

vacuum average still has

00:18:00

this, well, some kind of

00:18:05

defined,

00:18:07

so to speak, certain value of physics,

00:18:14

yes, but I called it the vacuum average,

00:18:17

yes, that is, this is the value of the vacuum energy

00:18:21

in which all processes occur, that

00:18:24

is, if you have us in the early universe,

00:18:26

that is, at the beginning at the beginning of the emergence of

00:18:29

this kun and the averages were around zero,

00:18:32

let’s say, but then the zero value is the

00:18:36

emission of photons, that is, in this environment,

00:18:40

photons descend more easily than in that environment

00:18:44

in in which our

00:18:46

solar system is now located, our galaxy,

00:18:51

what am I getting at is that those

00:18:54

radiations that occurred in the early

00:18:56

universe before in the early universe they

00:18:58

occurred at lower energies than what is

00:19:03

happening now in our laboratories, let’s

00:19:05

say so, yes, that is, this suggests

00:19:08

that the radiation itself was immediately shifted,

00:19:13

let’s say in this spectrum in that

00:19:17

value of one of the hydrogen atoms and let

00:19:20

’s say photons were released with less

00:19:24

energy than these same atoms now do,

00:19:28

but in our laboratory let’s say yes, that

00:19:31

is, wheels, how can this be compared,

00:19:35

imagine that we have a bathyscaphe to the

00:19:39

bathyscaphe inside of which it is located, but

00:19:41

here I am just for comparison or whatever this is or an

00:19:43

allegory means if we take

00:19:46

the bathyscaphe and place it in water and in the

00:19:49

bathyscaphe itself we will make some kind of hole

00:19:51

there and let out bubbles

00:19:54

of air, let's say that one near the surface

00:19:57

near the surface we will have bubbles

00:20:01

easily, we will push them out, let’s say, yes,

00:20:03

that is, but can anyone

00:20:06

say anything, or maybe we can relate it to the

00:20:09

energy of opening hatches, let’s say

00:20:11

our hatch is closed and sealed,

00:20:12

and at a small depth of mine we can easily

00:20:15

open this hatch, that is, we need

00:20:17

less energy to open,

00:20:20

but with immersion, let’s say, yes, at depth

00:20:23

we need more and more

00:20:25

energy to open this

00:20:27

hatch, that is, also in the early universe, it

00:20:31

was easier for atoms of matter

00:20:37

to emit, so to speak, and the spectra that we

00:20:41

see now are, as it were,

00:20:43

shifted relative to ours, this

00:20:46

can explain the red shift, the

00:20:50

cosmological shift, and thus,

00:20:54

but since our hypothesis implies

00:20:58

absolute space, in my

00:21:02

hypothesis there is no such thing as the

00:21:03

expansion of the universe, so what else

00:21:10

can you tell, which means

00:21:14

gravity itself, gravity itself, now

00:21:16

we have a picture of gravity itself this is a

00:21:23

property of space, now I

00:21:27

’ll show you a picture I don’t have here, let’s maybe

00:21:31

immediately move on to

00:21:36

the textbook example with a supercluster of a

00:21:39

bullet, you probably know that

00:21:43

this picture shows

00:21:47

the movement of dark matter, which is

00:21:51

marked in blue

00:21:53

and the movement of heated gas, that is,

00:21:57

heated gas here it is, highlighted

00:22:00

pink in the X-ray spectrum, and

00:22:05

it is shown that dark matter

00:22:08

is located where our stars are located,

00:22:11

but in the sense these are not stars, these are

00:22:13

galaxies, each of which is luminous. this

00:22:17

galaxy therefore seems to have

00:22:22

a distribution where we have

00:22:26

matter, matter, well, roughly speaking, is

00:22:30

connected to in the collection it and no, wait, we have it

00:22:34

with the stars, that is, there is

00:22:38

also matter and dark

00:22:40

matter where we have the stars of the galaxy there and dark

00:22:44

matter, that is, it

00:22:47

was discovered by microlensing, but since we have gas ra

00:22:50

that you are now showing me something,

00:22:53

nothing special is visible, so

00:22:56

look, that means they are showing me my

00:22:59

arrow, you can see how I

00:23:02

can see nothing yet, so nothing at all what -

00:23:07

this shaded area

00:23:09

just goes on and everything is like this now you can see there is

00:23:12

no picture no there is some kind of

00:23:16

player on no pictures

00:23:18

move this window with so right now wait

00:23:25

so now the flight is now visible means the

00:23:30

picture was

00:23:32

now wait I these yours were

00:23:35

and a that’s it, apparently I haven’t figured out

00:23:41

how this whole thing is done yet, so I

00:23:45

probably need to scroll through then, yes, that’s all, wait

00:23:46

a second

00:23:56

now, I’m a little confused,

00:23:58

got lost, got lost, so ask me

00:24:04

together, so

00:24:17

I’m just seeing your thumbnail, my

00:24:20

thumbnail, just a second that the

00:24:32

picture is not lost there now, just a second,

00:24:35

maybe not and turn it on again, just

00:24:39

a second, this round,

00:24:55

just a second, now

00:25:07

you only have a picture, this one is

00:25:09

coming now, wait, and where did you

00:25:12

lose

00:25:14

to the bowl now, so now it’s visible, and

00:25:24

it’s visible all the time only here is one

00:25:26

picture where you have the quantum length,

00:25:28

this is cosmic voids and clusters of

00:25:33

galaxies, so why do I have it

00:25:38

closed, let’s now Aslanova know how to

00:25:40

do it, you call it to

00:25:41

demonstrate my screen and

00:25:44

accordingly you choose what to

00:25:46

show you, that means, so let’s

00:25:49

let's try it always in such cases,

00:25:51

I use for me the same microsoft

00:25:56

barbarian about viewing pictures and you

00:25:59

use some kind of ps there, I don’t

00:26:01

know this one, so now I stopped it one more

00:26:04

time, let’s try, start

00:26:07

showing your screen, yes,

00:26:12

I want viewing tools here you can’t

00:26:15

open with a warg

00:26:16

you can’t, that is, well, let’s see for an hour,

00:26:20

well, you can see there and some stars there are some clusters

00:26:23

there before the gong, the price is pink when this

00:26:26

one is healthy,

00:26:28

well, everything then apparently returned, that is,

00:26:31

the cluster of the bullet for what is that

00:26:35

one cluster is

00:26:36

mine you can see the arrow as I show

00:26:41

one cluster passes through each other and the

00:26:44

cluster at the same time the stars of the galaxy they

00:26:48

pass through each other yes here is the

00:26:53

gas that was in these clusters

00:26:56

it collided and and but here it is highlighted in

00:26:59

pink so it is

00:27:02

indicated by microlensing which means it

00:27:06

was measured that dark matter the effect of

00:27:08

dark matter, it is still located

00:27:12

in these clusters, that is, it, too, dark

00:27:15

matter supposedly also passed through each

00:27:18

other, the cluster passed along with dark

00:27:22

matter, suddenly the demand for dark matter also

00:27:24

represents, as it were, separate

00:27:26

stars, but not but not dark stars in

00:27:32

this in this case it is not yet clear that

00:27:35

this is a nose mask about it, it

00:27:37

easily passes through each other because at night they

00:27:39

consist of separate elements and the

00:27:42

distance between them is large

00:27:43

5 calmly they fly through each other

00:27:46

yes yes yes that is, even about just if

00:27:49

galaxies pass through them about

00:27:52

this, it’s not finitely gravitational that

00:27:54

they will use it, but like this, why is

00:27:57

there blue, what is it hot to train,

00:27:59

or so that colors, what

00:28:02

color means, I’ll explain to you, what it means is that

00:28:05

it’s the stars where it glows,

00:28:08

this little blue one, this is dark matter,

00:28:12

supposed, this is according to

00:28:14

microlensing, that is you know what

00:28:17

red means, it’s a luminous gas that

00:28:20

collided significantly, that is, and I

00:28:23

stayed in this world until due to

00:28:26

new natural processes in the astral dark

00:28:28

matter passed before it, oh supposedly dark

00:28:32

matter it passed along with the clusters,

00:28:35

that is, where we have luminous matter

00:28:38

this is all we have there and, accordingly,

00:28:41

dark matter,

00:28:43

that is, the effect of dark matter is

00:28:45

supposedly recorded in these places, but according to

00:28:47

microlensing, but according to my

00:28:52

idea of dark matter, this is

00:28:58

just an effect, this is not not the substance

00:29:00

itself, but there are WIMPs or some other

00:29:04

options, and this is just an underestimated

00:29:07

mass, an underestimated mass of Mars in other

00:29:10

spatial conditions with a different

00:29:12

vacuum energy, what I just described to you,

00:29:15

that is, if we look at the galaxy,

00:29:20

let’s take a cross-section for a second, so

00:29:24

now I probably won’t find it, probably how not

00:29:29

to show it, so just a second and

00:29:34

probably won’t leave now

00:29:36

there now for a second I’ll look like that so

00:29:40

like that

00:29:42

20 picture that is

00:29:59

now a second 20 that is, if we

00:30:08

look at the energy density and we need

00:30:10

a picture to see the picture that is, I

00:30:23

drew here, that is, the space, that

00:30:25

is, the cross section of the space according to the

00:30:27

energies of the vacuum, that is, here let’s say

00:30:30

if this is the case with us, that is, the lower we have,

00:30:40

the lower the graph, and the more so for there, that

00:30:45

is, in a spatial structure with

00:30:47

more compressed in quanta, that is, in this

00:30:50

in this place, we have in a quantum and more compressed

00:30:52

than in,

00:30:54

let’s say, in the voids they here they

00:30:57

are drawn as wars, they are designated here, and

00:31:00

where we have low means the position

00:31:04

there is where we have galaxies, that is,

00:31:06

sajjad amigo quanta and here

00:31:13

you see with a circle, it’s highlighted and it’s

00:31:16

written in an enlarged size, our

00:31:18

galaxy is written in a section on the right on the right

00:31:23

side of the picture, respectively, average

00:31:26

the value of the vacuum at this point is, although for

00:31:29

us galactic machines on intergalactic

00:31:32

scales, it is average, but locally in this place the

00:31:37

vacuum density decreases due to

00:31:38

this, that is, due to the very

00:31:42

presence of matter in this place and thanks to

00:31:47

this distribution, we have

00:31:52

such a phenomenon as gravity then yes, it all

00:31:55

depends on how dramatically our space is changing

00:31:58

and seagulls, let’s say it’s not

00:32:07

possible to open the image at all, they’re talking about

00:32:09

what are

00:32:11

we talking about now then since it’s now

00:32:16

being edited by another program, it’s been

00:32:21

editing for a month so far I don’t see it, yes, this is something

00:32:24

already, these have seen it

00:32:29

saw for a second, by the way, from

00:32:38

the distribution, let's stop at this

00:32:40

picture, look, there is

00:32:43

such a distribution, dark matter, and

00:32:48

so here is the cluster adele

00:32:52

223 adele 223, which means if you look,

00:33:00

I have a light drawn space in

00:33:03

which there is no matter, let's say donato, that

00:33:05

is, there is matter and which affects the

00:33:08

very structure of space, that is,

00:33:11

matter, it seems to compress baryonic

00:33:15

matter, it compresses the spatial

00:33:18

grid and due to this,

00:33:21

these cells that are located

00:33:24

close to the cluster are stretched out, and

00:33:27

thanks to this gradient difference,

00:33:29

we have gravitational forces, the

00:33:33

point is that now I’ll

00:33:40

probably go back to the first picture for a second now,

00:33:45

I’m now like that, like that, like

00:33:52

that, why can’t I see this picture

00:33:55

now, just a second, it’s being edited by someone

00:33:58

there, here’s something else, attach it, yes, I’ve

00:34:03

already closed the application,

00:34:05

so I’ll just give it a second, I understand so that

00:34:09

he closes it like that on and we and now I

00:34:25

’ll see how she how she the picture here

00:34:26

is called like this 10 picture we open the

00:34:32

tenth picture and you can see yes

00:34:42

look imagine that we have so let’s

00:34:45

say that space k consisting of

00:34:48

quanta but here I drew them with cells

00:34:50

so that it would be more convenient for me to draw them,

00:34:52

here

00:34:53

we will contract each cell, that

00:34:56

is, what is that we have the energy of compressed

00:34:59

quanta, it compresses the space if

00:35:02

they can fill it, you can see that here on

00:35:04

the right it is shown that I have divided such

00:35:08

brackets for each cell, but to imitate

00:35:11

it the very matter will begin there, a planet or a

00:35:15

star, and accordingly, in

00:35:18

space we have it in

00:35:21

stretched cells, the farther away the less

00:35:24

stretched cells are less stretched than

00:35:28

when moving away from the object, and

00:35:31

accordingly, gravity itself, the essence

00:35:34

of gravity is that energy in quanta

00:35:37

tries to flow to that place where the

00:35:39

checks are most stretched and, accordingly,

00:35:43

if the mind is taken, let’s say, yes, somewhere

00:35:45

and place an object, it will tend

00:35:47

to where the greatest gradient of

00:35:50

stretch is, that is, accordingly,

00:35:53

any material particle will

00:35:57

move to where they are more stretched,

00:36:00

respectively, when it

00:36:01

means to fly to land,

00:36:04

to bow, respectively,

00:36:05

to the object here that is, this is the essence

00:36:11

of gravity, and since we have different

00:36:15

conditions throughout space in outer space,

00:36:18

let’s assume what I

00:36:20

told you about the separation of

00:36:22

some quanta, here and the

00:36:27

gravitational forces will behave

00:36:29

differently even if we

00:36:31

my just a second, so if we take

00:36:38

the galaxy now for a second and see

00:36:40

what picture I have there so what

00:36:45

picture can I show it, in principle, we can have the

00:36:57

following picture, accordingly,

00:37:03

we have it, whether it’s the sun or some kind of

00:37:08

galaxy, let’s say it will be and say there is

00:37:10

space around it so

00:37:12

that matter will be drawn together, that is,

00:37:14

tend to go there

00:37:15

[music]

00:37:22

but the distortions themselves, yes, I showed here

00:37:26

that space itself, although it is distorted, is so audible to an

00:37:29

external observer, yes

00:37:33

yes yes audible, audible well, but for an

00:37:42

external observer who, so to speak,

00:37:44

sees separately in quanta, let’s say yes

00:37:47

can they measure the distortion for him, these

00:37:49

distortions are obvious, that is, if we

00:37:51

place some kind of rulers in this space,

00:37:54

they will look distorted for him,

00:37:57

but the observer who himself

00:38:00

consists of these so-called deformers

00:38:03

and check, he will see everything in Euclidean

00:38:05

space, that is we

00:38:09

won’t be able to see the distortions themselves, and if that means the point is

00:38:13

that if some kind of force field arises,

00:38:17

be it electric,

00:38:20

gravitational,

00:38:21

but electromagnetic and gravitational, then

00:38:24

this means that space itself has a

00:38:27

distortion for an external observer

00:38:30

who is, so to speak, in an

00:38:32

absolute frame of reference, then is, on the

00:38:35

basis of the exact ones relative to absolute

00:38:38

space, these distortions will be visible,

00:38:41

but we, as objects materially, we

00:38:43

will not see distortions inside this space,

00:38:46

for us everything will look

00:38:48

Euclidean, but but the distortion

00:38:52

is still gravitational lenses, they still

00:38:56

exist, that is we see these

00:38:58

distortions we can arrange, which means the

00:39:02

distribution of dark matter and everything

00:39:03

else, the fact is that gravity,

00:39:07

gravitational forces, in my

00:39:09

opinion, they are

00:39:12

volumetric formations, while the

00:39:14

other three forces are fundamental

00:39:17

interactions, they are based on changes in

00:39:22

planar structures, so let’s say yes, that

00:39:25

is, changes

00:39:28

for a second that is, if we

00:39:36

assume that an external observer will

00:39:38

see a distortion, let’s imagine that there is some kind of

00:39:40

electrical charge or

00:39:42

something else, that is, he will see these

00:39:45

distortions like that, good, that is, for

00:39:48

him, these distortions will be real, for

00:39:51

us, these distortions will be,

00:39:53

these distortions will not be but gravity,

00:39:57

well, why am I that gravity is

00:40:02

still slightly different in its

00:40:05

properties from the properties of the three

00:40:09

fundamental interactions, well, you are an

00:40:12

electromagnet, weak and strong, so

00:40:17

maybe I have some questions for you, I

00:40:21

could clarify something for you what is it that

00:40:26

you don’t understand, maybe it’s clear, but

00:40:33

it’s not very interesting, continue

00:40:34

please, you get it, I’m like this, the

00:40:38

remark leaves you that

00:40:41

these grids are

00:40:44

oriented, that is, in this grid there are

00:40:47

some directions in space that are

00:40:49

highlighted yes, that is, we can talk about the

00:40:52

axes in Davos, I will cut off how you became graphs

00:40:55

oasis, that is, space has a very

00:40:58

specific coordinate system, a

00:41:00

directional system, it is not anisotropic;

00:41:14

that is, the distribution of

00:41:16

nodes around the central one, because of the

00:41:19

tropon, because of the tropon, and this

00:41:22

structure and the departmental one on the basis of

00:41:24

which the

00:41:26

proposed model of the space

00:41:28

that I propose is built, and based on

00:41:31

this this model, a uniform distribution is obtained,

00:41:36

that is,

00:41:37

nodes, regardless of directions, but

00:41:40

still these directions, that is,

00:41:43

they are highlighted, they are still preserved despite the fact

00:41:46

that they are due to curvature, that is, it is like a

00:41:50

redistribution of curvature, it is

00:41:52

aligned and compensated

00:41:54

anisotropic with some anisotropic, that

00:41:56

is, I sent you the previous

00:42:03

video, I sent you a picture where

00:42:06

you put it on, let’s say on the

00:42:10

cover before to your video where the

00:42:13

distribution of the balls is laid out, that is, I

00:42:16

laid out these balls there, green and yellow,

00:42:18

yes, that is, and there you can see that if

00:42:25

we just lay them out, these

00:42:26

balls, then we will get a cube a

00:42:29

cup then and a Greek structure, that is, a

00:42:33

structure based on a cup then a core, that

00:42:36

is, some of their sides are triangular, the

00:42:38

other square, respectively, in

00:42:40

the directions, these distributions will not

00:42:42

be expensive, but since

00:42:46

our space is anisotropic, I still

00:42:49

came to the conclusion that it is

00:42:51

not the cup that needs to be used not a cup you are not a cup of that hole

00:42:55

oikos and the Greek elements are well and they seem to have an

00:42:58

even distribution and

00:43:01

here but still these directions

00:43:06

are preserved and depending on the

00:43:08

direction in which we are moving

00:43:12

depending on this we have it depends

00:43:17

on that is, it affects

00:43:19

what elements we are made of, that is, from the

00:43:21

food of quarks, let’s say I talked

00:43:24

about it, so now I’ll see how it’s a

00:43:30

picture, by the way, I have 21

00:43:34

pictures, now I’ll open 21 pictures, that

00:43:40

is, you can see what we have different

00:43:42

galaxies are moving towards the supercluster, but

00:43:47

in this case the Laniakea supercluster,

00:43:50

so depending on which

00:43:54

direction we are moving in that

00:43:56

direction, the lightest element will be for

00:43:58

us let's say y and lady quark but also

00:44:01

or y or anti d that is, and those those

00:44:04

elements which are located are located

00:44:07

more, that is, we are directed in one direction,

00:44:12

this seems to increase the likelihood that we are

00:44:15

made up of these elements, but each

00:44:18

each each let's assume an observer that

00:44:21

located in each galaxy he will

00:44:24

observe the same thing, that is, but they are

00:44:26

there in their own way - then they are called

00:44:27

let's say that if we lived, let's say not

00:44:31

in an orange galaxy, let's say in

00:44:33

red and then we would call

00:44:35

in this case c quarks c quarks we would

00:44:39

call quarks and there, accordingly,

00:44:41

a diamond would be anti bada let's say we would

00:44:46

call anti-quarks but in the sense that

00:44:52

they called it the most, let’s say about quarks and then what

00:44:56

we have there is anti troubles, let’s say we would

00:44:59

call our d quarks, let’s say yes, and

00:45:04

for us they would also be the lightest, the most

00:45:07

stable, as if the most stable and the

00:45:09

lightest in our system, that is, and

00:45:13

accordingly in others galaxies,

00:45:16

respectively, also experienced it if our

00:45:18

galaxy were simply rotated,

00:45:20

let’s say

00:45:21

in polar coordinates relative to

00:45:24

the center,

00:45:25

then

00:45:27

these types of quarks would change accordingly,

00:45:28

but we wouldn’t notice it, we would just

00:45:30

see that we have a

00:45:33

redistribution happening, so we need them for Easter

00:45:37

.

00:45:38

we would then have those quarks that are

00:45:42

now the lightest stable they would

00:45:45

not become the lightest stable then

00:45:47

everything would be matter that we have one

00:45:48

pair would sleep it would not decay it would

00:45:50

pass that is, thanks to the addition of

00:45:53

energy to each every y and t-quark it

00:45:56

would smoothly flow let's say a

00:45:59

vd quark or oh I mean in this quarter

00:46:01

but in other in other generations let's

00:46:04

say so but we would consider the fact

00:46:07

that you see she is flying at a speed of 370

00:46:10

kilometers per second according to my

00:46:12

idea regarding the cosmic microwave background

00:46:14

radiation and so that to detect this

00:46:18

difference, we accordingly need

00:46:21

to change the course of our solar system

00:46:24

quite radically so that we see

00:46:27

these deviations, not even a system

00:46:30

to change the course throughout the entire galaxy, yes,

00:46:33

even the entire galaxy, if we say there,

00:46:36

we will turn another one, but by the way,

00:46:39

maybe maybe even, well, how if this is about in

00:46:44

terms of the assumption that our galaxy

00:46:47

is spinning at a fairly decent

00:46:49

speed of 225 kilometers per second

00:46:51

relative to that is, our sun

00:46:53

is moving relative to the center, so,

00:46:55

accordingly,

00:47:00

we could even observe these transformations and changes in mass, that is,

00:47:02

maybe even the

00:47:06

same thing that I would tell you about the

00:47:08

biomechanics of dinosaurs, maybe it

00:47:10

somehow affects the change in mass and

00:47:13

thanks to this, large giant

00:47:16

animals could seem to exist and these

00:47:20

pterodactyls could fly,

00:47:22

that is, maybe it somehow affects the

00:47:27

channel in a tangible way level, that is, if we

00:47:31

change the speed radically, let’s say, yes, here

00:47:33

relative to the sun, we ourselves

00:47:36

rotate how much 30 kilometers per

00:47:38

second, so if we change and quite

00:47:43

significantly there and then we will see, but for us it

00:47:46

also affects, you see, for us it also affects the

00:47:49

measurement of our mass and the thermal influence

00:47:52

movement, that is, in order to measure

00:47:55

more accurately, we need to cool, let’s

00:47:58

say, the substance so that it is not

00:48:02

influenced by the thermal movement of quarks

00:48:04

and this is in the composition of protons and neutrons like this, that is,

00:48:12

they have a quart of protons there

00:48:19

and somehow they don’t fit like a gas

00:48:21

so that but it works out for us, not

00:48:24

only that is, we have protons also not

00:48:26

just a mixture of ueda quarks there at the

00:48:29

embankment the mesons there transmit all this to the

00:48:32

channel then I go there like how like it’s like a

00:48:36

big ball so let’s say and

00:48:39

the temperature that is it affects

00:48:42

changes in position, that is, it still

00:48:44

affects the speed in space, but of

00:48:47

course it doesn’t affect it dramatically either, but

00:48:50

how much movement is there, let’s say up to molecules,

00:48:54

the speed of molecules in a gaseous medium is approximately how many

00:48:58

there are, I know gas molecules,

00:49:02

they move there a kilometer of seconds, but that’s

00:49:05

also like it would be a small change

00:49:08

in order to radically measure

00:49:11

this change in massiveness,

00:49:13

but with us all this is done according to

00:49:15

statistics, that is, we also measure mass

00:49:17

in a statistical way,

00:49:20

that is, many, many, many

00:49:21

measurements are made and only then we determine the

00:49:23

value it even they still

00:49:28

can’t accurately measure it, but it kind of measures it, but there is a

00:49:31

value of these masses within the limits of error. the

00:49:50

magnetic field

00:49:53

is bent in the wrong place, exactly these numbers,

00:49:55

and then these are also calculated according to the energy balance,

00:49:58

but we don’t

00:50:02

produce all this and it’s understandable, but

00:50:05

still there is some kind of scatter, and that is,

00:50:07

they write the error plus or minus there,

00:50:09

only this and that there is,

00:50:12

although measurements are allowed, yes, the

00:50:16

middle path is made, the last path, and plus

00:50:19

we also get the whole

00:50:22

system moving, that is, in relative

00:50:25

space, therefore, according to the principle of

00:50:29

relativity,

00:50:30

but it doesn’t matter to us in which system

00:50:33

we are moving and there it all goes to Perry

00:50:35

normalization, that is, to us it’s hard

00:50:37

to see it,

00:50:47

so what else did I want to tell you? I

00:50:51

wanted to talk about gravitational

00:50:54

effects,

00:50:55

well, which, like I have such a

00:51:00

small study of gravity

00:51:03

relative to the gravitational constant,

00:51:06

I wrote an article about the fact that there is so

00:51:11

18 1 now, according to some

00:51:21

studies, yes, but in front of you here is

00:51:25

the meaning

00:51:27

gravitational constant measured in

00:51:30

different years by different laboratories, here it does

00:51:32

not stand from red dots to

00:51:34

marked and this black one is a

00:51:37

graph, so to speak, of the change in this

00:51:42

gravitational constant, that is, it is clear that there is

00:51:44

some kind of periodic

00:51:46

component, that is, a group of

00:51:47

researchers came to the conclusion that it is

00:51:49

all- does change according to this

00:51:52

periodic law with a periodicity of

00:51:55

5.9 years, but I thought that if you

00:52:02

follow my principles but the

00:52:05

assumed principles that the structure of

00:52:10

space depends on the

00:52:11

accumulation

00:52:13

of matter, we need in particular let’s say that it

00:52:16

can influence the gravitational

00:52:19

interaction of the earth, that is, it it

00:52:21

seems that the rotation speed changes,

00:52:26

this is the periodicity, that is, there are

00:52:29

not only changes in the gravitational

00:52:32

constant, but a change in the speed of the

00:52:33

earth's movement over time, but

00:52:38

with this periodicity of 5 and 9 years, but I

00:52:40

thought that maybe

00:52:43

Jupiter somehow influences that is but since

00:52:46

our

00:52:47

sun is a massive object and the next

00:52:50

massive object is Jupiter, it is possible

00:52:53

that Jupiter, due to the fact that it is

00:52:56

at perihelion, what you ate,

00:53:01

that it somehow changes the

00:53:04

structure of that space in such a way

00:53:06

that the massiveness of the earth

00:53:08

changes a little, that is, you

00:53:10

told about the fact that there are seasonal

00:53:14

annual changes in the rotation of the earth due to the

00:53:18

fact that our foliage is falling, let’s say,

00:53:21

and the moment of rotation changes a little, but

00:53:26

to connect it with the 5-year cycle there are almost

00:53:29

six years, that is, is it

00:53:32

possible, well, I looked at it and decided to

00:53:36

check it out like katawa, the periodicity of

00:53:39

Jupiter’s rotation

00:53:41

around the sun, but here I drew

00:53:46

a little, as if Samaras itself means the

00:53:49

spatial structure, so yes, I

00:53:51

schematically indicated that the curvature in the

00:53:54

spatial structure

00:53:56

is that at the moment when Jupiter approaches the

00:54:00

earth is, as it were, in a groove, that is, a

00:54:04

potential hole relative to Jupiter

00:54:06

before then there is Jupiter, as it were, deforming here

00:54:10

this potential hole in which

00:54:12

the earth is located, that is, but also,

00:54:14

accordingly, it is, as it were, its

00:54:16

gravitational shepherd or something, so the

00:54:18

earth rolls first tab a1 the grooves are

00:54:22

stupidly different, that is, it turns out that it

00:54:24

changes slightly, its groove changes

00:54:27

then there is a

00:54:29

gravitational potential

00:54:30

pit this is gravitational it changes

00:54:34

depending on how

00:54:36

close Jupiter is this is relative to

00:54:40

the sun I then compared

00:54:44

compared found it means data on the great

00:54:48

with the opposition of Jupiter and that means but also the

00:54:53

earth accordingly yes that is when the

00:54:56

closest distance

00:54:57

that is but when it comes close to the

00:55:00

sun when it is far away and this is

00:55:03

the graph it turns out, but it’s like the

00:55:05

rotation period of Jupiter is twice as long as

00:55:11

11 and 8 years, but since we have the

00:55:15

moment of arrival and departure twice,

00:55:17

that is, Jupiter before, that is, the arrival

00:55:19

comes and goes

00:55:20

then during this time the earth seems to

00:55:23

pass through it twice, this means

00:55:27

its natural zero state and therefore it

00:55:32

doesn’t go twice, but the

00:55:35

Jupiter sun-earth line crosses this very line every year

00:55:39

almost to crosses every

00:55:42

year, but the point is that

00:55:46

the structure changes

00:55:47

depending on how close it is, that

00:55:50

is, if it’s close, let’s say yes, it’s

00:55:52

close to something to the sun, but

00:55:54

if Jupiter is closer to the dream, not that

00:55:56

big of an eccentricity, Jupiter to, but it’s

00:55:59

basically decent there, something there,

00:56:03

but it’s decent compared to

00:56:06

there, I don’t know, but for the earth, for the earth, it’s

00:56:08

big, for the earth, it’s palpable, that is, but

00:56:13

that is, look now, it can even

00:56:15

be like that for me, how to do this, and to

00:56:18

demonstrate

00:56:19

the screen, now just a second, you

00:56:22

show the picture, then I see your

00:56:27

picture, drink, yes yes, I see this, I

00:56:32

just wanted to show some kind of dynamics of

00:56:36

rotation, what kind of picture is it, it’s on the website for me, a

00:56:43

servant, look, look, that is,

00:56:48

they were looking for dependencies, which means

00:56:55

what could this be happening, that is, but

00:56:57

some researchers came to the conclusion

00:56:59

that inside the

00:57:00

earth there is a cyclic change in the

00:57:03

moment of rotation due to the

00:57:04

redistribution of internal these

00:57:07

internal substances in the mantle there in the core,

00:57:09

and due to this, it seems like a change is obtained,

00:57:12

but I calculated that it turns out

00:57:15

clearly if we take, let’s say

00:57:18

[music]

00:57:21

video nanny, the

00:57:22

rotation period of Jupiter is 1186, it turns out

00:57:27

1186, that means this periodicity,

00:57:31

which is

00:57:32

gravitational, is equal to half the

00:57:35

doctors, that is, half the period of rotation of

00:57:37

St. Petersburg, and there, in general, well,

00:57:41

practically it falls into this range of up to

00:57:43

as many as ninety-three years, but here,

00:57:47

somewhere around two hundredths of a percent, the

00:57:49

difference is yes, and look, and that’s not what’s important

00:57:53

what else is

00:57:54

this, that is, it coincides in value, but also

00:57:57

the phase coincides, that is, I looked at

00:58:00

the coincidence of these phases with the period of

00:58:04

rotation of the

00:58:05

perihelion according to the helium of Jupiter, that is,

00:58:08

these phases they also coincide in time,

00:58:10

that is, what does it affect the accuracy

00:58:13

of the measurement or what does it influence not on the

00:58:16

accuracy of measuring

00:58:18

changes in the massiveness of the earth, so to speak,

00:58:21

that is, the earth is in a more

00:58:24

rarefied state or in a more compressed state,

00:58:26

and accordingly they measure in what

00:58:31

way gravitational constant two

00:58:33

balls are attracted, that these are these

00:58:39

values, these are different laboratories, they have

00:58:41

different worlds there but is it not possible to

00:58:43

measure using how to say

00:58:45

planets, that is, count them there, all sorts of

00:58:48

things there, the period of revolution there,

00:58:51

recalculate them while they count them in

00:58:54

their own way, here are the methods on earth, yes, that is, these are

00:58:56

laboratory traces, a laboratory

00:58:58

study, two large

00:59:00

massive bodies are chasing, yes so they measure their force of

00:59:03

attraction, and there are also these torsional changes,

00:59:07

but that is, well, that is, this is how

00:59:12

this Cavendish did his experiment, and

00:59:15

on the basis of these changes,

00:59:19

measurements are made, but there are also

00:59:21

different options for measuring the

00:59:24

gravitational constant, but the point is

00:59:27

that it seems to be seen and over time

00:59:32

it is where we have narrow errors, so to speak, yes,

00:59:35

that is, small errors

00:59:37

they fall into, that is, the calculation is that

00:59:42

something was considered by the researchers who

00:59:44

proposed this, that there is some kind of

00:59:46

dependence periodically crazy but

00:59:49

save with a 6-year cycle, but I decided

00:59:54

to just check, but maybe I’m

00:59:56

wrong, but the point is that in phase and in

01:00:01

years there is a coincidence in

01:00:04

periodicity, maybe I’m wrong about something,

01:00:07

but I just noticed this kind of

01:00:11

feature, well, it’s like I just decided on purpose

01:00:13

check it’s clear so what else can I

01:00:19

tell you what else can I tell you but,

01:00:22

accordingly, about dark energy,

01:00:24

maybe we’ll capture a little bit, so

01:00:28

it turns out that there is a mass that

01:00:32

supposedly

01:00:37

dark matter is made of, this is just an effect that is

01:00:41

associated with the fact that we underestimate the

01:00:44

gravitational effects that are

01:00:46

caused ordinary matter, that is,

01:00:49

also from what stars are made of,

01:00:52

but mostly stars, yes, but also the

01:00:56

galaxy, respectively, and dark

01:00:59

energy is simply the

01:01:03

opposite effect of dark energy, that is, if

01:01:05

we take, let’s say, a flat place

01:01:08

before digging a hole, this will be what we if we

01:01:10

dug it up, let’s say we have

01:01:13

matter, but the fact that we have a hole itself is

01:01:19

like an analogue of dark energy, that is, they are

01:01:24

mutually exclusive, that is, dark matter,

01:01:26

in general, matter, matter and dark

01:01:29

matter

01:01:30

can probably be combined into one

01:01:32

concept, matter, and due to this

01:01:35

that we slightly incorrectly estimate the

01:01:40

mass; this matter is the

01:01:42

same ordinary matter that, so to speak,

01:01:45

creates these effects, and dark energy is the

01:01:51

energy of empty space, that is,

01:01:54

from that space where there is no

01:01:58

matter, that is, as I have already shown, that

01:02:02

separation of energy occurs, that is

01:02:07

compressed who are you quanta they are pulled into

01:02:10

one place where we form

01:02:11

matter dark matter and all the effects are

01:02:15

associated with gravity and dark energy

01:02:18

are effects so to speak, the opposite of the

01:02:22

emergence of dark matter matter

01:02:28

in general, that is, it seems to turn out that

01:02:30

due to the fact that we have space

01:02:32

connected one connected to according to but my

01:02:36

ideas it turns out that if we in

01:02:39

one place condenses energy, then in another

01:02:42

place we have it just so to speak, but it seems to

01:02:45

go with the opposite sign of what I

01:02:47

said at the beginning, that is, it is as if

01:02:49

space is stretched and

01:02:52

and accordingly, if we place our

01:02:57

earth, we will place it at different points

01:02:59

in space until at different points in

01:03:01

space we will see that the cosmic microwave

01:03:04

background radiation from which we

01:03:06

study the shift, that is, the red

01:03:09

shift, and but in general the expansion of the universe, let’s

01:03:14

say so, yes, we will see a different

01:03:18

shift red if we take our earth

01:03:20

and it’s permissible to place it, but just

01:03:24

take it and place it into something that’s not

01:03:26

empty space, due to the fact that

01:03:29

the space there is stretched,

01:03:30

on the contrary, we don’t see a

01:03:33

red shift overshadowing, that is,

01:03:36

since in our laboratory the

01:03:38

light will be even lighter and descend

01:03:41

than in the moments but after the big

01:03:47

bang before then, for us, the cosmic microwave background

01:03:52

will be opposite the

01:03:53

ultraviolet region, and

01:03:56

accordingly, if we place our

01:03:58

earth closer to the center of our galaxy,

01:04:00

then we will see an even greater red

01:04:03

shift

01:04:04

and, accordingly, we will see that dark

01:04:10

matter is dark matter, strangely enough, that

01:04:12

is Well, it will become less for us because

01:04:15

we ourselves will become more darkly material,

01:04:18

so let’s say, yes, and accordingly, if

01:04:21

we place our earth in general in

01:04:25

densely populated places of

01:04:27

the universe, let’s say, let’s say the center of which there is no

01:04:29

cluster in the center of ours

01:04:31

and Laniakea, let’s say, yes, then for us then the

01:04:35

question is no the fact that

01:04:38

there is no dark matter, that is, it with its own we

01:04:40

will observe the same universe in

01:04:44

which we observe on earth, that

01:04:46

is, without any dark matter, that is,

01:04:48

for us, the excess of this dark matter

01:04:51

will be close to zero, that is, we we will not

01:04:53

see this change,

01:04:55

so accordingly there are some

01:04:58

points in space where if we

01:05:02

place, say, our earth before

01:05:05

with laboratories, then we will see that there

01:05:08

is no red shift, that is, children of

01:05:13

radiation that occurred in the early

01:05:15

universe, they correspond to what

01:05:18

we see in laboratories that

01:05:22

is, this is the point, even when I think

01:05:28

it’s clear, it’s not clear,

01:05:30

I’m kind of worried a little because of this, my tongue is getting slurred,

01:05:39

so

01:05:41

maybe you have some questions I

01:05:43

also wanted to show you, that is,

01:05:56

remember, I showed you in the past in

01:05:59

a conversation

01:06:00

I showed the form of the force of universal

01:06:02

gravity relatively that is, with

01:06:07

given densities

01:06:09

relative to let's say objects that

01:06:13

are in a given area of the measured

01:06:15

area, well, that is, if malt

01:06:18

for the solar system ru1 ira 2

01:06:20

is equal to one, that is, this is the ratio

01:06:23

[music] of the

01:06:25

density of matter per unit volume in the

01:06:28

solar system relative to the solar system

01:06:30

system,

01:06:31

then we get that this fruit of us is

01:06:33

equal to one, if in the center of

01:06:37

the galaxy we have an increased density, then,

01:06:40

accordingly, it’s like ru1 per m1 if we

01:06:43

consider it as an object from

01:06:47

m1, this is the mass we assume, but

01:06:50

if we correct the tattoo reduced

01:06:53

reduced density,

01:06:54

it turns out that the mass seems to

01:06:58

increase, the purpose of the arao-den is,

01:07:01

accordingly, the interaction force, well, it

01:07:04

will be noticeably greater by an order of magnitude, let’s

01:07:08

say dates, but if we have a density, they have

01:07:11

gravitational constants there,

01:07:13

another no, they have a gravitational

01:07:16

constant, too, but that’s not if not

01:07:18

if we ignore these same ditch, they have

01:07:21

another one there, but if if

01:07:23

if we push the tour into the gravitational one, we

01:07:26

constantly imitate the company of armor, yes

01:07:28

if the mouth of a boa constrictor shove both yes if

01:07:31

but if they also if you see, we

01:07:33

count the mass in kilograms and if we are here

01:07:36

we’ll replace this m with quantity,

01:07:39

so let’s say

01:07:42

it’s the molar mass, and then if we

01:07:45

count in the number of pieces in pieces,

01:07:47

let’s say dates and then we wo

01:07:51

n’t get by with the hip, that is, we’ll have to

01:07:52

take into account the role of it’s clear how to come up with a

01:07:57

strong expensive influence, but in the sense in general

01:08:03

it influences our corner in our galaxy it is

01:08:07

given the force of gravity greatly influences

01:08:11

it depends on that well yes, in principle,

01:08:14

if we have a roll what percentage is in

01:08:18

our places and in the center of the galaxy of work

01:08:20

how much percentage there I looked means

01:08:23

oh that’s the

01:08:24

dad of our galaxy there I looked that

01:08:26

if 7 10 times we have a density up to above the

01:08:29

elbow 10 relative to our our to

01:08:32

the position if we have direct

01:08:34

proportionality and a mouth, which means there is

01:08:37

49 times stronger does not interact the

01:08:41

thing is that well, yes or no now

01:08:50

wait, I’ll figure it out

01:08:53

there you understand in what does the meaning mean that

01:08:57

now, wait, wait, well, yes,

01:09:03

it turns out that way, that is, but you see, due to the

01:09:06

fact that all our bodies are there,

01:09:08

so to speak, surrounded by other bodies, this

01:09:13

force decreases, that is, yes, it

01:09:16

turns out that this force is greater between

01:09:18

individual ones, which means the object is ours the force

01:09:21

of gravity is greater, which means they are stronger than

01:09:23

you, but due to the fact that they are

01:09:26

also surrounded, let’s say, by a large number of well, for

01:09:29

example, we are towards the center of the galaxy, if we are

01:09:32

drawn as we think to the lethal level, we do

01:09:34

not take into account, and there 7-10 times it is greater, it

01:09:38

means us there, we are on the periphery this means that

01:09:41

we are actually being pulled there 7-10 times

01:09:45

stronger, yes, that

01:09:46

is, this curve is rotating,

01:09:49

in fact, if we estimate

01:09:51

the mass there,

01:09:52

it means that this has attacked our speed

01:09:56

of movement, the speed of movement of the solar

01:09:57

system means that in this city, this is where

01:10:01

it turns out the mass is actually 7-10

01:10:03

times less,

01:10:04

so start if we talk about when they talk

01:10:07

about dark matter, that’s why dark

01:10:09

matter is needed so that the

01:10:12

peripheral stars in galaxies

01:10:14

don’t need to start too quickly, I’ll start about what they don’t

01:10:17

go too quickly, if there’s

01:10:20

just density inside more, they

01:10:22

move faster, that is, in fact, there is

01:10:24

no dark matter, there is simply a

01:10:26

dependence of the force of attraction on the dense

01:10:31

average density of matter in a given place

01:10:33

from it in the center of the galaxy inside the jackdaws is

01:10:36

naturally greater than on the periphery

01:10:39

there and, accordingly, these are 7-10 times

01:10:42

stronger although no, that’s why there is an

01:10:45

apparent error in determining the

01:10:48

mass of

01:10:49

those galaxies, that is, in fact, it seems

01:10:51

like dark matter is not and is not needed, it

01:10:53

turns out that it is not necessary and,

01:10:56

accordingly, those objects that

01:10:58

are further from the center than our

01:11:02

sun, so to speak, yes then They succeed in

01:11:04

denying it, but not negatively, but less

01:11:07

and less,

01:11:08

even less, it turns out that those dwarf

01:11:11

galaxies that fly, so to speak, in

01:11:13

relatively empty space, they are, that is, they

01:11:17

seem to be easier, it turns out that the

01:11:19

galaxy itself is easier, that is, it is

01:11:22

easier to hold and there, let’s say,

01:11:26

foam balls

01:11:27

when spinning up than cast iron, yes, that is,

01:11:31

and due to this, their speeds are so

01:11:33

high, that is, for dwarf galaxies,

01:11:36

this is generally an interesting concept, yes, I’m

01:11:42

thinking so now, new,

01:11:44

is it possible that the theory of gravity is correct,

01:11:49

without dark matter, yes, well,

01:11:52

I kind of have my own hypothesis called mond

01:11:56

2019 so pretentious what does it mean man man

01:12:00

man manda

01:12:01

well, we have Victoria mondo

01:12:06

modified Newtonian dynamics

01:12:08

this is

01:12:09

and I thought mond is the world in French and the

01:12:13

film is to embellish man glad

01:12:15

mondo that is, this is a theory theory is

01:12:20

close but things are going on the fact that in theory

01:12:23

their mond is connected with the change,

01:12:25

so to speak, with the fact that the acceleration of the

01:12:31

interaction force depends gravitationally on

01:12:34

micro accelerations, that is, at large

01:12:37

distances it

01:12:38

means micro, which is what micro is called, the

01:12:43

acceleration of that force is microscopic there, it

01:12:45

turns out to be centrifugal, and due to

01:12:47

this,

01:12:48

it means they get there from the change in

01:12:51

interaction forces that the more of you

01:12:53

it is not clear clearly hang it turns out that

01:12:56

you can do without dark matter on your own, but

01:12:58

here in the theory of gravity, but not

01:13:01

everything is in order, as they say, because

01:13:04

there is something there, someone there, we are not

01:13:06

wrong here we understand, yes because yes, that

01:13:09

means I liked it, I liked it

01:13:11

now, come up with a name and I’ll

01:13:13

post it soon, there

01:13:19

may be some other questions in

01:13:22

the summary such that the concepts you proposed on the

01:13:26

basis of this and dragging the concepts here are yours here, these

01:13:29

pixels are like pixels Axel and

01:13:33

space consist from such

01:13:35

small voxels or pixels

01:13:39

as icosahedral based on the

01:13:43

categorical connections of Greek voxels,

01:13:47

yes, it means it means that the

01:13:51

gravity of this does not depend on the density of

01:13:54

matter,

01:13:55

but depends on the density of matter,

01:13:57

and for 70 it is quite strong, it

01:14:00

turns out that you can do without

01:14:04

that means dark matter to explain those

01:14:07

phenomena for which it was invented

01:14:10

dark matter and the explanation of too

01:14:13

high speeds of movement means

01:14:17

outlying stars in galaxies, but the search for

01:14:19

this originally started for you I

01:14:22

really

01:14:23

really want to publish it as soon as possible, you want

01:14:25

to add something,

01:14:26

but I don’t know how I have questions

01:14:31

in my head, then this model is built like this,

01:14:34

let’s say if there are questions about the public, they

01:14:36

will tell you, I hope at the meeting not

01:14:37

the last, if you now remove the picture,

01:14:40

that is, from what is called stopping

01:14:42

screen displays, then we will see you

01:14:44

in all your glory in full size, we will

01:14:46

blur the viewers from to date say

01:14:49

if you want so happy to stop

01:14:51

the demonstration so you have

01:14:55

appeared now this is such an interesting

01:14:58

concept it turned out to be true I like

01:15:01

I am generally opposed to dark matter and

01:15:04

I would like to quickly refute it well at least in this

01:15:07

way income in this

01:15:09

way Juan so do I agree to everything

01:15:13

as long as it’s not dark matter because well, I do

01:15:16

n’t like it Dad, in my opinion

01:15:19

it’s still a little bit so how can I

01:15:22

say this, this is

01:15:25

such a publicity stunt of the USA, give us

01:15:28

money, we’ll look for particles of dark

01:15:30

matter,

01:15:33

of course I don’t want to to interrupt

01:15:36

money from physicists who ask for money

01:15:38

for a detector and weakly interacting

01:15:41

particles and from understanding they will not be there not 30 and

01:15:44

where it is needed this ananda anyway they will

01:15:46

come to me to register no I

01:15:48

understand actually but

01:15:51

no one will give them money anyway because they there is no

01:15:54

money for this, there is no money, they will build a palace

01:15:56

there, they will buy a Chelsea team, we won’t build a detector,

01:16:00

so I kind of just go with what I

01:16:04

have, they’ll say to me, as if I myself am now

01:16:06

standing in such a state that I’m

01:16:10

studying, that is, the material that

01:16:13

we had at the institute in physics in

01:16:16

mathematics, let’s say, yes, we didn’t have

01:16:21

a tender, let’s say before algebra,

01:16:23

that we are described by the general theory of

01:16:26

relativity, that is, but I, like a

01:16:28

dog, understand that they were allowed in older Belous,

01:16:31

so the madras matrices were there before, but I was in them,

01:16:36

so to speak, at the moment when I studied

01:16:39

it for me, it was like it was something

01:16:41

abstract, so our

01:16:43

teacher himself didn’t seem to be particularly like that,

01:16:45

what is it to gain and speaking, you can

01:16:48

watch it on the Intuitive channel, I have a

01:16:50

linear algebra course, thank you, let’s see,

01:16:54

I tried to do it as best as possible

01:16:56

It’s clearer, here’s how to say it,

01:16:57

focusing on a poorly prepared

01:17:00

viewer,

01:17:01

and even now I’m sort of studying it myself and

01:17:05

doing self-education, this is gender

01:17:08

algebra,

01:17:09

because quantum mechanics is interesting to me,

01:17:12

and these are the concepts that

01:17:15

are available in modern ones, group theory is

01:17:18

now trying, but for now it’s kind

01:17:20

of like I’m busy with tenders, so I need to

01:17:23

understand what tenders are and apply them

01:17:25

to the model that I’m

01:17:27

building, there’s a picture,

01:17:31

okay, let’s not show it anymore, that is,

01:17:35

I built a galaxy with a

01:17:38

distribution with a

01:17:41

uniform distribution of points up to

01:17:44

which will be responsible for the mass and

01:17:46

accordingly, depending on the radius, I can

01:17:48

change the massiveness of each of

01:17:51

each scrofula, thereby affecting the

01:17:54

amount of matter if you calculate the

01:17:57

molar masses, oh, and now I

01:18:00

need knowledge, as it were, in terms of volumetric

01:18:04

volumetricity, so let’s say

01:18:06

something, well, we didn’t have all the strength of materials

01:18:09

either maybe and here I see from a

01:18:12

distance of light years the

01:18:14

speed is kilometers per second to so

01:18:18

now to the dish and May the speed is

01:18:21

so and I can show it to you yourself

01:18:26

show the fire department I opened the graphics there like this

01:18:28

yes yes there are graphics now I’m here

01:18:36

injecting myself in the right place so demonstrations

01:18:42

screen this starts for a second

01:18:49

so no not this picture of an atom that is,

01:18:52

I just wanted to show the

01:18:54

rotation curve as an explanation yes what is Daniele

01:18:59

after it this is this yes this is

01:19:03

this is my current simulation when which

01:19:05

6 would have reached reached this green more a

01:19:07

thick line graph, yes, this is the

01:19:10

distribution of the

01:19:12

motive of matter, that is, this is the influence, that

01:19:17

is, the density of the density of each node,

01:19:18

so I have, as it were, this graph, it is

01:19:20

combined with the galaxy, you see there in the

01:19:22

background there is a kind of tick drawn,

01:19:24

and I have these nodes, that is,

01:19:27

dots there are several billion

01:19:30

masses of the sun each, so I have

01:19:35

n’t entered numerical values there yet, while I’m just

01:19:38

building a blank

01:19:41

based on this blank, I’ll be

01:19:44

carrying data about our galaxy there, we’re observing

01:19:47

right here, here I

01:19:51

already have a distribution of masses, take

01:19:53

the green one this is the same curve this is the

01:19:55

one below on the gray graph this is yes

01:20:00

yes yes this is the same curve this is the

01:20:02

green one here and this blue one

01:20:06

this is according to the formula that I

01:20:08

showed you this is the distribution of

01:20:10

mass you see it somewhere here it’s 10 times

01:20:12

larger for everyone here and here here it is this

01:20:16

little red one this density in matter

01:20:18

density that is the calculated

01:20:22

density of matter and the galaxy of the center of

01:20:25

the galaxy even in the center it’s

01:20:27

small for you but the fact is that I have 0 here, in

01:20:30

theory it’s there should go there,

01:20:33

that is, this first

01:20:35

rick needs to be programmed somehow,

01:20:37

you see there 0 I have nothing there

01:20:39

00 x3 here if on the Galatian model you have an

01:20:42

empty space, yes there was an empty space

01:20:45

there, put a black hole there, but maybe

01:20:48

later I’ll put it simply when

01:20:50

programming and I understand the individual

01:20:52

smile of discrete mathematics, yes, yes,

01:20:56

that is, this green line

01:21:00

can be used, the green line can be taken directly from the

01:21:02

graph and

01:21:04

edited, and here, of course, the

01:21:08

program itself cannot, it can first be

01:21:10

popped up straight line to

01:21:11

and then just click where it is to

01:21:14

move it and it bends for me,

01:21:16

but here I already have

01:21:17

a picture formed depending on how I

01:21:21

bent it and here this graph x is not

01:21:25

okay, if you want to add anything else, but

01:21:29

thank you for watching, dear viewers

01:21:34

I’m glad that some people liked it, yes,

01:21:36

that is, but many, by the way, liked it,

01:21:38

as if not up to that peak, then the first conversation

01:21:43

that you and I had was here, but I

01:21:46

apologize for the fact that the sound was hee-hee yes, I

01:21:48

wish I knew if you could how - it would be louder,

01:21:50

often you can hear me normally, yes, well,

01:21:53

I can hear it normally, let’s see what

01:21:54

happens in the recording, maybe I’m

01:21:57

shouting over you, I don’t know how our

01:21:59

microphones are not configured, this is what I don’t

01:22:01

know how to tune in, but I kind of

01:22:03

tried my best here, you don’t know his fat

01:22:06

calculus, I don’t know how to set up a

01:22:08

microphone, the public has gathered and

01:22:13

periodically engages in [ __ ], well, what can you

01:22:17

do, well, thank you very much

01:22:20

for your talented folder face, but

01:22:23

thank you for a second, so these are the things

01:22:25

I’ve seen: a person is engaged in

01:22:29

theoretical physics himself and, moreover,

01:22:32

promotes his own in general - then speaking of

01:22:34

a little bit of an unusual idea, but I

01:22:37

liked it because I am an ardent supporter of

01:22:39

dark matter and dark energy. I like

01:22:41

him don’t like dark matter and

01:22:44

dark energy. beauty to say

01:22:48

in the suit card knew thank you very much to

01:22:52

the public thank you like and repost

01:22:54

discuss well of course of course it

01:23:01

would be nice if you helped my channel with money

01:23:03

below there are props to find out if it’s convenient for

01:23:06

me to pass in the background here is a person

01:23:08

who does on his mind not everything is normal

01:23:10

normal normal but ok thank you

01:23:12

lantern goodbye dear public see you

01:23:14

next time I hope goodbye to the

01:23:16

sea hand then the

01:23:17

meeting of the new if

Description:

Мой гость Михаил Николаевич Бровкин (по образованию инженер-электрик) разрабатывает свою теорию всерьёз! Его канал: https://dzen.ru/mihail_brovkin Для донатов и вопросов: ►https://www.donationalerts.com/r/boyarshinov_b_s МОЖНО ДЛЯ ДОНАТОВ ИСПОЛЬЗОВАТЬ НОМЕР КАРТЫ: ►4274320043441537 Это сбербанковская карточка VISA оформленная на Бориса Сергеевича Бояршинова. Станьте спонсором канала, и вы получите доступ к эксклюзивным бонусам. Подробнее:►https://www.youtube.com/channel/UC7yMBOeBTcPhlTdI-PS-_Xg/join ТЕПЕРЬ ОБ ОЧЕНЬ ВАЖНОМ! Чтобы я не прекращал жить и делать эти видео для Вас, не забывайте, пожалуйста, помогать и переводить деньги. Хорошо бы (от «желательно» до «обязательно») указать назначение перевода: «В ДАР». НУЖНО ИСПОЛЬЗОВАТЬ НОМЕР КАРТЫ: ►4274 3200 4344 1537 Это сбербанковская карточка VISA оформленная на Бориса Сергеевича Бояршинова. [Всем известные номера моей карты (заканчивавшийся 3243 и на 7869), на которые Вы могли присылать деньги, заблокирован («спасибо» за это нужно сказать жуликам, проникшим в зрительские ряды).] [Для переводов из-за границы: Получатель BOYARSHINOV BORIS SERGEEVICH. Счёт получателя: ►40817810240020062563. Наименование банка получателя и адрес: SBERBANK (SREDNERUSSKY HEAD OFFICE) MOSCOW RUSSIAN FEDERATION. SWIFT-код: SABRRUM3. Код подразделения банка по месту ведения счета карты (для внутренних переводов по системе Сбербанк): 40904000022.] Если переводите на номер счёта, то внутри страны: счёт получателя: ►40817810240020062563, СРЕДНЕРУССКИЙ БАНК СБЕРБАНКА РОССИИ Г.МОСКВА, ИНН Банка получателя 770708393, БИК Банка получателя 044525225, Корреспондентский счёт: 30101810400000000225, Код подразделения банка по месту ведения счета карты (для внутренних переводов по системе Сбербанк): 40904000022. Есть Яндекс-кошелёк: ►https://money.yandex.ru/to/410014316570169. Есть Кошелёк QIWI ►+79653161677 Есть кошелёк ВКонтакте ►VK Pay 295031805 Можно перевести деньги через Pay Pal, имя получателя, то есть моё: ►[email protected] Есть DonationAlerts: ►https://www.donationalerts.com/r/boyarshinov_b_s Есть копия этого текста с реквизитами: ►https://pastebin.com/BAa9QAPx с уважением, Борис Бояршинов Подписывайтесь на меня в социальных сетях, лайкайте и репостьте: - Вконтакте: ►https://vk.com/id295031805 - Самиздат, «Сказки Бояршинова»: ►http://samlib.ru/b/bojarshinow_boris_sergeewich/ - Facebook: ►https://www.facebook.com/unsupportedbrowser Я создал резервный канал на платформе Яндекса: https://vh.yandex.ru/video?c=2616674125121358409&u=535374978

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