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00:00:01
[music]
00:00:12
[music]
00:00:32
and
00:00:48
[music]
00:01:14
almost
00:01:28
[music]
00:01:30
bored
00:01:31
[music]
00:01:42
for him time flows differently he can
00:01:46
watch some process
00:01:49
on Saturn for weeks
00:01:50
my baby is so addicted
00:01:53
baby what if something happened
00:01:59
if something happened happened, he would definitely
00:02:02
write, so why write
00:02:04
if everything is fine, you’re probably right,
00:02:19
your dad is my baby,
00:02:23
everything’s fine with me, I said hugging
00:02:29
your baby, it’s clear that it’s a miracle, but that’s
00:02:34
all, but he’s fine, that’s
00:02:41
the main thing, I can’t so
00:02:48
I need to see more my boy can the
00:03:00
MKA baby fly on a rocket it’s too
00:03:05
long and dangerous I need a device that
00:03:11
allows me to see my boy a telescope
00:03:15
[music]
00:03:25
ain telescope don’t come too
00:03:29
far baby I need to make a device
00:03:32
that transmits the image at
00:03:35
a distance and I can see how the baby
00:03:39
waves his hand at me how he will send you his photo
00:03:43
from space
00:03:44
I’m not talking about a photo, I’m talking about a
00:03:48
moving image, how is this even possible in a movie
00:04:08
[music]
00:04:25
wait
00:04:29
Vladimir Kozmich Zvorykin was the first to assemble a
00:04:32
working device with
00:04:34
which you can transmit and receive
00:04:36
a video image this event happened in
00:04:41
1931 the inventor
00:04:44
was 42 years old at that time
00:04:46
[music]
00:05:01
today the descendants of this device are in
00:05:04
every home and even small children know the words TV
00:05:09
[music]
00:05:15
I still don’t understand how
00:05:18
the image can be
00:05:19
transferred somewhere, very simply you need to
00:05:23
split it into small pieces and
00:05:25
pack and send I know when we
00:05:31
watch a movie we actually see
00:05:33
many separate pictures that
00:05:36
change very quickly the entire image on
00:05:39
the screen consists of such frames when
00:05:41
changing frames quickly you get a
00:05:44
single moving picture so in order to
00:05:47
send the image somewhere you need to
00:05:50
first split it in the picture frames,
00:05:53
each picture frame will also have to be
00:05:56
broken into pieces; the image consists
00:05:59
of many small dots so
00:06:02
small that we can’t even distinguish them
00:06:04
if
00:06:05
we transfer information about
00:06:08
each such point from one place to another place and
00:06:10
add these points there into a frame, and then in the
00:06:13
final result we will get
00:06:15
moving images
00:06:18
[music]
00:06:25
but it can only work out how to
00:06:32
see this image, we need something that
00:06:36
could bista draw these dots
00:06:58
the image can draw a beam it will
00:07:01
move through the games if the beam path
00:07:03
moves quickly
00:07:04
we will get 3
00:07:07
TV screen consists of individual points,
00:07:10
as well as the image transmitted through it,
00:07:12
these points are called pixels, in
00:07:16
accordance with the information received, the
00:07:18
TV lights up the necessary pixels on the screen
00:07:21
and we see a certain
00:07:23
picture, why is
00:07:24
everything black and white
00:07:29
not configured or what? there are
00:07:37
too many
00:07:39
multi-colored people, it’s difficult, but I
00:07:44
read somewhere that there are only three primary colors and
00:07:47
all the rest are already lower
00:07:54
compression, how could I forget there is me and
00:07:58
Tristan this is red blue and green
00:08:03
I can get the whole color palette with
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just three colors red
00:08:09
green and blue if the rays of the
00:08:12
corresponding colors are projected onto a
00:08:14
white background with varying degrees of brightness, we
00:08:17
get all the other colors; when mixing
00:08:22
red and green, we get yellow;
00:08:28
adding green and blue, we get
00:08:30
sea green;
00:08:33
and when mixing red and blue,
00:08:36
purple;
00:08:38
if we cross all three rays,
00:08:41
we get white color I can see
00:08:48
my boy colored gospodar went color
00:08:56
now you need to send the camera baby
00:09:18
let's go
00:09:22
and you will receive a radio signal with
00:09:27
a video image
00:09:29
the signal will go to this antenna and through
00:09:32
it to the TV and the TV will remake the
00:09:36
signals picture if you force the
00:09:43
electron to move in one direction or the other
00:09:46
from waves will spread out
00:09:49
like a float on the surface of a pond,
00:09:51
these waves are called electromagnetic
00:09:57
light, these are also electromagnetic waves,
00:10:01
electromagnetic waves can
00:10:03
spread everywhere
00:10:05
even in space between planets and
00:10:08
stars,
00:10:11
register electromagnetic waves,
00:10:13
we can see and hear what
00:10:16
is very far from us when
00:10:19
electrons move in the transmitting antennas,
00:10:21
waves appear
00:10:23
that scatter in all directions
00:10:25
[music]
00:10:27
the antenna of the receiver catches these waves and they
00:10:30
force the
00:10:32
electrons of the receiver to move in the same way, so you can
00:10:36
transmit
00:10:38
sound and image of comfort at a distance, but it’s snowing, this is
00:10:45
interference, the signal hasn’t arrived yet dank balls
00:11:05
Vladimir
00:11:07
[music]
00:11:15
well - so long as your TV isn’t broken
00:11:18
and I’m here a little bit meeting
00:11:24
our device and in order to better see this
00:11:38
future television
00:11:44
[music]
00:11:46
she started up
00:11:50
we baked a loaf, such a wonderful
00:11:58
number Russian folklore
00:12:02
I couldn’t even dream of, did
00:12:05
you really think we wouldn’t have one for
00:12:08
you good gift, do
00:12:11
you remember I wanted to know about these
00:12:15
leggings
00:12:16
and the pages of your encyclopedia were torn out
00:12:21
annoyingly I don’t know how this
00:12:24
could happen the encyclopedia is a source of
00:12:28
knowledge a source in which every
00:12:31
sip is important in short we ordered two new encyclopedias for you
00:12:35
[music]
00:12:39
come on, everyone a sip on the spot 4
00:12:48
let's already see why this is evil ranks
00:12:52
such excellent books are better to read in
00:12:59
order
00:13:00
first like this the letter L inside is a salmon elk
00:13:06
and you do this you're a celebrity and you were
00:13:15
silent a modest fellow it
00:13:17
can't be this is some kind of mistake no
00:13:23
no no
00:13:24
it's definitely written here elk
00:13:28
scientist loser was expelled from
00:13:31
the committee inventors for an extremely stupid
00:13:34
discovery there is also a region hrc
00:13:39
complete the silly one make a ridiculous mistake
00:13:44
another uniform you wear a baby sew
00:13:54
yes
00:13:56
yes this is the honest truth post
00:13:59
sorry for not telling you
00:14:03
earlier about this shameful page of my
00:14:06
biography this happened on the biggest
00:14:10
international congress at the very beginning of
00:14:13
my scientific career, I was young,
00:14:16
ambitious and really wanted to get into
00:14:20
history, dear colleagues, well-known
00:14:24
gases, as we know, enter into
00:14:26
chemical reactions with other substances,
00:14:29
for example, oxygen, which surrounds us everywhere,
00:14:32
if not for its ability to
00:14:38
enter into chemical reactions, we would
00:14:40
literally we were able to breathe
00:14:42
many gases unpleasant approach for example
00:14:46
hydrogen sulfide kiomi
00:14:47
[music]
00:14:51
others are simply dangerous for example chlorine as close as possible
00:14:59
where are the properties of gases we all know very well here
00:15:02
yes yes of course and today I would like to
00:15:06
give the world my discovery of amazing
00:15:10
gases that do not enter into
00:15:13
any form at all reactions, such gases
00:15:16
really exist, it was difficult to
00:15:19
detect them before because they do not smell,
00:15:22
have no color, and otherwise we are not
00:15:25
in contact with anything else at all. For this
00:15:27
ability, I decided to call them
00:15:30
noble gases, or more scientifically, in
00:15:37
ours, they are also a good name,
00:15:42
just like that I discovered exactly 6 noble
00:15:46
or, if you like, inert gases, this is helic
00:15:51
not he
00:15:52
archon krypton xenon and radon
00:15:55
why don’t they enter into any
00:15:58
reactions as you know atoms consist of a
00:16:02
nucleus and rotating or suddenly often one
00:16:06
more unit from them together forming a
00:16:08
molecule to hold them together there must be an
00:16:11
electron of one of the atoms for this, the
00:16:14
second atom
00:16:16
must have a free place for it, the
00:16:18
atoms of ordinary gases have free
00:16:22
places g electron, so they easily
00:16:25
react with other substances, but the
00:16:28
noble gases have no free places and
00:16:31
therefore there cannot be reactions simply
00:16:35
like everything is ingenious, besides, my
00:16:38
noble gases are very rare in our
00:16:41
atmosphere, the most common one is argon,
00:16:45
but it also makes up only one percent of
00:16:48
all other gases of the
00:16:50
earth,
00:16:51
tell me halal, what is the practical
00:16:55
use of these
00:16:57
gases of yours in the reaction, they do not smell in the light, they
00:17:01
have no use for yours
00:17:05
discoveries, but to be honest, I didn’t think for
00:17:09
sure there would be any benefit, I was thinking
00:17:16
about something alive then I wanted to say if
00:17:26
you look for reconciliation, you will
00:17:30
definitely find it, in some sense, my dreams
00:17:35
came true, I really left
00:17:38
my mark on history and was included in all
00:17:42
encyclopedias,
00:17:43
but not quite like that As you expected, you
00:17:48
won’t figure out
00:17:50
where to use your noble basins,
00:17:54
the only application I found was
00:17:56
inflating balloons with helium,
00:17:58
after all, it’s lighter than air, my discovery was
00:18:02
recognized as the most useless in the entire
00:18:04
history of the Academy of Inventors, it’s a shame,
00:18:09
I don’t see anything shameful, you never know where
00:18:12
I lived before I mean, it’s a
00:18:16
young thing, that’s it, and you’re already getting
00:18:19
older, thank you, and that in your committee of
00:18:23
inventors they understand about entertainment and the
00:18:26
balls are
00:18:27
great, raincoats, you don’t take it to heart,
00:18:31
but if necessary, we’ll anta
00:18:35
encyclopedia mind cyclopia Dima
00:18:38
yes
00:18:47
[music]
00:18:54
we
00:18:56
[ music]
00:19:05
this is the worst birthday of my life, it
00:19:10
could be the last LED ball,
00:19:15
the motor is very damaged and the
00:19:19
communication and work work, we can’t even
00:19:22
call for help somewhere we happened to be near the
00:19:36
planet Tsa, this is Mars, its
00:19:40
satellites phobos and deimos are hanging over there
00:19:43
with talent earth in the sky see it if
00:19:47
we had a telescope there is then it will not
00:20:05
help with all due respect you are too
00:20:08
small an object for astronomers then
00:20:11
let's light a big signal
00:20:14
fire on Mars there is very little oxygen
00:20:17
here nothing will burn then we
00:20:22
need a light bulb a large electric light
00:20:25
bulb just something On Mars, a
00:20:28
factory of
00:20:30
giant electric light bulbs just recently opened; however,
00:20:35
theoretically, it could be a gas
00:20:37
lamp, it is easier to manufacture, and a
00:20:41
glass tube can be filled with an
00:20:44
ordinary gas, such as nitrogen or
00:20:46
carbon dioxide, and pass
00:20:49
electrons and ions through not youtube in
00:20:54
a year, they will touch it from you and causes
00:20:58
them to glow, such a pack will
00:21:05
heat up much less than a regular
00:21:08
incandescent light bulb,
00:21:10
so what are we waiting for? The problem is that
00:21:13
such a lamp will be a very short-lived
00:21:16
gas that will certainly react with the
00:21:18
electrodes, new chemical compounds will be formed
00:21:20
and the lamp will fail,
00:21:24
which means we need a gas that does not will
00:21:27
enter into a chemical reaction as a beggar
00:21:30
must be a very lazy gas and such
00:21:36
gases and literally yes I am something
00:21:41
like that when changing them open one
00:21:46
scientist why are we even these are my
00:21:52
noble gases
00:21:54
[music]
00:21:56
phenomenally each gas glows with its own
00:22:00
color and that is new words in
00:22:04
lighting technology such a lamp hardly heats up and
00:22:08
will work much longer than an ordinary
00:22:11
incandescent light bulb, all that
00:22:13
remains is to build a larger lamp
00:22:16
and send it to earth, you can
00:22:18
write something, for example, wait a minute, friends, I
00:22:22
have a better idea than my
00:22:29
colleagues and the benefit of powder,
00:22:31
come here I'm observing a
00:22:35
very country phenomenon on Mars, I'm talking to Bernard,
00:22:52
they're flying small, fly,
00:22:59
what, my friend, now your name will go down in
00:23:02
history in a completely different light in our
00:23:07
world, the discovery of inert or otherwise
00:23:09
noble gases
00:23:11
belongs to two inert ones, and that is,
00:23:13
excuse me, to the most noble English
00:23:16
scientist, Lord Roles y xl
00:23:18
from Ilya Muromets and for their discovery in
00:23:22
1904 they received the Nobel Prize
00:23:24
Lord in Physics Acer in Chemistry
00:23:29
[music]
00:23:35
[music]
00:23:55
[music] a
00:24:08
fairy tale is an instructive story that a
00:24:11
parent tells his child
00:24:16
to tell you a fairy tale,
00:24:18
well, I don’t know how to tell a fairy tale, just do
00:24:28
n’t do it you need such an interface
00:24:32
listen to your fairy tale a
00:24:37
long time ago in a beautiful minister a bit
00:24:42
of green
00:24:46
let it be a fairy tale and why am I bringing
00:24:54
it there must be stories about
00:24:58
him and not in the north it’s cold
00:25:03
well a long time ago one
00:25:07
kingdom-state film or a handsome
00:25:11
prince with the
00:25:13
rains and see the poor wandering musician
00:25:18
[music]
00:25:24
and he immediately in j7 is all a killer
00:25:28
[music]
00:25:34
and when the musician runs up and whips himself
00:25:37
lead to pour
00:25:39
you love the song the princess hears the song it’s
00:25:44
disgraced and the wandering music or else
00:25:47
eggs and live happily ever after and
00:25:51
the fairy tale candida and who listened to a very
00:25:53
good and all the song and got
00:25:59
a princess,
00:26:00
but it would have been a big one and a song with such
00:26:04
fairy tales, modern youth is completely
00:26:06
different overcoming difficulties
00:26:09
conflict
00:26:10
the hand of the princess still needs to be earned, well,
00:26:18
well, but the prince has a spire and an evil stepmother
00:26:21
card I don’t want so that everyone is happy
00:26:30
just like that,
00:26:42
otherwise they get lazy, the princess’s hand still
00:26:48
needs to be earned
00:26:55
[music]
00:27:20
and what happened next the tower is very high,
00:27:30
he can’t climb they need a device for
00:27:33
voice communication at a distance, which, in other
00:27:37
words, is a well-known telephone and the telephone
00:27:41
transforms the sound waves of our voice
00:27:43
into electrical impulses and transmits these
00:27:47
impulses along a copper wire;
00:27:51
electrical impulses travel along a wire
00:27:54
to another phone and it
00:27:55
turns them back into sound waves,
00:27:59
so we can hear each other at a very
00:28:03
long distance,
00:28:04
as far as the wire will reach,
00:28:08
the phone is not afraid of even the tallest
00:28:11
towers; it will drag the phone from where
00:28:14
sand and one I don’t know storyteller you my
00:28:18
conservation don’t like the phone
00:28:21
come up with your own way well let there
00:28:25
be a phone summer wandering musician ca
00:28:28
n’t think of anything and then he decided to
00:28:31
ask for help and his trumpet is a good
00:28:35
wizard
00:28:36
[music]
00:28:45
and the wizard said my wandering friend I
00:28:49
can help you just yesterday I invented
00:28:53
one wonderful thing and called it
00:28:56
phone
00:29:03
[music]
00:29:12
yes
00:29:14
[applause]
00:29:16
[music]
00:29:23
princess hear a song and fall in love with a
00:29:26
wandering musician they will get married and live
00:29:30
long and wait, don’t forget anything oh yes
00:29:34
I forgot about the evil sorcerer I’m sure she would
00:29:39
I didn’t calmly watch as the princess
00:29:41
chatted on the phone with her musicians,
00:29:44
she’ll definitely conjure up something else, well,
00:29:46
just not a thunderstorm, otherwise everything will be
00:29:50
lost, for example, I’m not afraid of thunderstorms,
00:30:00
the musician may not be scared,
00:30:03
but I’m afraid the telephone connection won’t stand it
00:30:07
around the copper wire through which
00:30:10
they exchange electric impulses from
00:30:11
our phones generate an
00:30:13
electromagnetic field; this field is
00:30:16
quite easy to record, so
00:30:19
someone can eavesdrop on
00:30:21
our telephone conversations,
00:30:24
but the most unpleasant thing is that these fields are
00:30:27
very sensitive to other
00:30:29
electrical signals from radio stations
00:30:36
[music]
00:30:42
electric motors
00:30:50
[music]
00:30:55
so talk on the phone in a
00:30:57
thunderstorm is
00:30:58
terribly inconvenient, so let the
00:31:02
evil stepmother conjure a thunderstorm
00:31:06
[music]
00:31:25
and then won’t the princess hear the
00:31:29
song of the poor musician? Compression
00:31:37
can be transmitted through wires, and only
00:31:40
electricity, and light is very simple
00:31:45
if you place the light source in a vessel with
00:31:49
water or let it out of this vessel, the
00:31:52
light will spread along the
00:31:54
flowing jets;
00:31:55
this is due to the effect of total
00:31:58
reflection of light at the water-air interface;
00:32:07
this effect is widely used, including in the
00:32:10
pharmaceutical industry; and thanks to food, the
00:32:14
color can be transferred to the wires;
00:32:16
however, these should not be copper wires,
00:32:19
but special forces and
00:32:20
glass for the ability to transmit
00:32:23
a trace they are also called a light beam is
00:32:27
reflected from the outer shell and
00:32:29
spreads along the light guide in order to
00:32:33
transmit sound using light, just
00:32:35
connect a microphone to a laser, such a
00:32:39
phone will convert the sound of our voice into
00:32:42
light pulses and send them along the
00:32:44
light guide at the other end of the light guide
00:32:47
we will install a photocell
00:32:49
that captures light, the telephone
00:32:53
converts them back into sound, the
00:32:55
interlocutor will hear our voice,
00:32:59
thus it is possible to transmit
00:33:01
information not with electrical impulses,
00:33:04
but with light impulses; such communication cannot be
00:33:07
listened to and it is not sensitive to
00:33:10
interference
00:33:13
[music]
00:33:17
in addition, to produce light guides you
00:33:21
need to be mute, which is not that much in
00:33:23
nature and quartz, that is, ordinary sand and
00:33:29
there were fairy tales rubbed by a wizard offensive
00:33:35
music new phone with light connection
00:33:41
[music]
00:33:43
5 Deacon was able to play his song
00:33:46
Prince Charming with without any of the toadstools
00:33:50
early in
00:33:51
the hour to finally hear the song and fall in love with
00:33:54
the distributor
00:33:56
and the evil card I'm from edges promise
00:33:59
[music]
00:34:13
I didn’t live happily ever after of course
00:34:16
now they deserved it
00:34:18
and they always had a wonderful
00:34:22
telephone connection
00:34:27
[music]
00:34:32
baby fairy tale this is an invented story I’ve
00:34:36
never actually had anything like this alas
00:34:40
unless at some time all
00:34:44
the years,
00:34:49
glass wires for transmitting light
00:34:51
are called optical fibers
00:34:54
or fiber optic cables, today they are
00:34:57
replacing copper wires all over the world, the
00:34:59
importance of this invention was noted by the
00:35:02
Nobel Committee in 2009, Charles
00:35:06
Ischke received the Nobel Prize in
00:35:08
Physics for the development of fiber optic
00:35:10
data transmission technology, I don’t
00:35:35
understand how it used to be the dogs got acquainted with
00:35:38
the princess, well, that’s how the prince found out that the princess was in
00:35:42
search, they arranged all kinds of points for the show,
00:35:49
so they got acquainted with the show, but it’s practical
00:35:56
and without bask
00:35:59
without romance
00:36:04
[music]
00:36:07
I already read this one, too, and this one I read,
00:36:20
horses, sorcerers and witches, and
00:36:35
this read, the problem of our community is the
00:36:41
information vacuum In other words, we are
00:36:45
too cut off from the outside world, oh
00:36:52
well, but young people don’t have enough
00:36:56
air in our company, they need
00:37:00
contact, communication with the outside world
00:37:26
[music]
00:37:44
and I heard someone stopped by on a white horse,
00:38:11
what are you doing there, oh, I mean, I also need
00:38:15
to explain to you all that I should have hung a sign from the
00:38:18
press to take me out of the conclusion who
00:38:27
who imprisoned you the right to be honored with a
00:38:33
modern princess you have to
00:38:35
arrange your happiness with your own
00:38:37
hands the main princess needs help which
00:38:42
means it will appear soon by the way yes I
00:38:47
wanted to read and some of the new things maybe
00:38:52
you can go down for a couple minutes
00:38:54
I can’t do this, but if you don’t understand, a
00:39:00
real prince will
00:39:04
definitely find his princess, maybe you want to
00:39:25
listen to something new,
00:39:29
there’s no time, but if you offered to play, what’s the point, you
00:39:31
still win all the time,
00:39:34
you’re exactly the same 5 I won,
00:39:48
but young people crave communication with their own
00:40:02
kind, so maybe it’s time to
00:40:05
do something, and by the way, you don’t have anything wrong in the world, there are a
00:40:09
lot of interesting things and there are many
00:40:12
who want to communicate and exchange
00:40:14
information, you just need to figure out how to
00:40:17
do it, it’s easy to say in order to
00:40:22
exchange information you need at
00:40:25
a minimum
00:40:26
[music] an
00:40:28
electronic computing machine or
00:40:30
computer a device designed for
00:40:33
processing storage and transmission of information.
00:40:35
Currently, computers are capable of
00:40:37
analyzing a wide variety of types
00:40:39
of information video audio and others
00:40:44
[music]
00:40:49
we receive the largest amount of data about the world around us through hearing and
00:40:52
vision so this is quite enough
00:40:56
for touch, smell and taste,
00:40:59
only a little bit of information is required, tell me,
00:41:09
my friend, you are erudite, what do you think, are there many
00:41:12
computers in the world now? I think there are plenty,
00:41:16
given global progress,
00:41:18
very soon every family will have them,
00:41:22
but if we just assume that all
00:41:26
these computers are united, friend follow a friend, a global
00:41:31
network of computers, I like it,
00:41:34
come through and today I understand what
00:41:38
computers and communication have to do with it, but even so,
00:41:42
you are not civilized, our computers
00:41:45
are universal devices for storing and
00:41:48
processing any information,
00:41:50
text and images, video games, anything,
00:41:55
so for example, to see a
00:41:57
photograph Cameroonian native we
00:42:00
just need to connect our computers
00:42:04
the easiest way to connect two
00:42:07
cars is to draw a line between them and this
00:42:10
reason the computers will exchange
00:42:13
information and so the phone I'm afraid we
00:42:16
'll have to pull too long a wire
00:42:18
to reach the rest of the world
00:42:21
Toby we have a phone we couldn't
00:42:24
use his company we can
00:42:28
use a satellite using
00:42:34
radio waves, we can transmit information from
00:42:37
one computer to another, but at
00:42:39
long distances and due to the attenuation of
00:42:41
radio waves and the curvature of the surface of our
00:42:43
planet, we have to use an
00:42:45
intermediate device that catches the
00:42:47
signal, amplifies it and transmits it
00:42:50
further to its destination. Such devices
00:42:52
are called repeaters, the farther away
00:42:56
the transmitter is located and receiver, the
00:42:58
more repeaters are required, but if
00:43:01
we place the repeater on a satellite
00:43:03
located at a very high altitude,
00:43:06
more than a hundred kilometers, the
00:43:08
coverage area will be almost half of the
00:43:11
globe and the signal can be sent to
00:43:14
any point using just 1
00:43:16
repeater, this type of communication is called
00:43:19
satellite
00:43:21
and everyone should have your number by
00:43:28
which it can be identified on the network,
00:43:30
just like telephones, for the convenience of
00:43:39
communication between computers, each of
00:43:41
them is assigned its own number and the
00:43:43
internet protocol address, or abbreviated
00:43:46
IP address, encrypted, sees the 12-
00:43:49
digit year, a unified standard of IP
00:43:51
addresses allows you to seamlessly
00:43:53
communicate with each other between computers
00:43:55
all over the world, you now present us with
00:44:00
accessible information from anywhere on the
00:44:03
globe, we can travel without
00:44:07
leaving the computer,
00:44:08
visit museums, go to exhibitions,
00:44:11
watch movies and cartoons,
00:44:14
and there are white threads here, of course, through a
00:44:17
computer network you can order anything
00:44:20
you want; a computer network
00:44:28
means access to any books
00:44:34
these are computer games between players from
00:44:38
all over the world this is an opportunity to share
00:44:42
their creativity
00:44:55
[music]
00:45:23
oh without envying this prince whose words
00:45:30
the points are much more practical without going yet the
00:45:36
prince is the pipe of the country
00:45:40
if he stays longer I can
00:45:43
grow my hair and he is dependent on stones in
00:45:45
my class although this it hurts and what will he
00:45:51
discover here, how is it that all this can’t be
00:45:57
beautiful among many years in the tower,
00:45:59
you don’t go outside to play in the fresh
00:46:02
air,
00:46:03
not the sun, look at yourself, all
00:46:07
pale, your prince will run away as soon as he
00:46:11
sees such beauty, let’s bring
00:46:14
yourself get in order and come down, do you know
00:46:17
any more realistic options for finding
00:46:20
princes my status
00:46:29
[music]
00:46:39
[music]
00:46:43
is not about him a wonderful
00:46:50
teapot from
00:46:53
[music]
00:47:06
[music]
00:47:26
I beg you because of a bunch of smug
00:47:29
astronomers the whole planet should not suffer the whole
00:47:32
planet the
00:47:33
people of Pluto appreciate the opinion
00:47:36
we will be at home with our heroes
00:47:40
[music]
00:48:00
[applause]
00:48:08
[music] the
00:48:20
people of the Don
00:48:21
greet their hero we have decided what
00:48:26
to do with your planet in order to
00:48:28
prove our right to exist the
00:48:31
earth must not pass the
00:48:33
intelligence test this task we are waiting for the
00:48:39
correct answer in a week but good luck
00:48:47
[ music]
00:48:50
we were given only a week, I hope that with
00:48:54
common efforts we can pass this
00:48:57
test and save our planet,
00:49:01
but what is written there, and to be honest, I have
00:49:06
n’t figured it out yet; it’s too small,
00:49:11
no, so we won’t see anything, maybe
00:49:14
with a microscope, its phenomenal power of the
00:49:25
optical microscope is apparently not enough
00:49:28
the symbols are too small in an optical
00:49:31
microscope,
00:49:32
two main elements are the lens and the eyepiece,
00:49:36
their lens collects visible light passed
00:49:39
through or reflected from the object and creates its
00:49:42
image. Thanks to the microscope, we
00:49:44
can see what is inaccessible to the
00:49:46
naked eye, but its capabilities are
00:49:48
not unlimited; the
00:49:49
magnification limit of an optical microscope is
00:49:51
2000 times
00:49:53
I can’t see what’s written here,
00:49:58
great joke, buddy, I almost did
00:50:02
n’t believe in it, even children, why don’t
00:50:05
you believe on the planet,
00:50:08
well, not at all, let me
00:50:11
sleep a little more and I’ll believe in
00:50:17
anything, let’s do better and better, but this
00:50:32
is not a game this is a question of the future of our
00:50:35
planet and the closest
00:50:39
colleague admit so that the joke does not
00:50:43
succeed
00:50:46
[music]
00:50:58
the capabilities of the microscope will not be
00:51:00
enough I will not be too small
00:51:12
let's not beat around the bush
00:51:15
let's think productively come on so
00:51:20
why are you saying the possibility and the
00:51:22
microscope is not enough the light is
00:51:26
spreading electromagnetic
00:51:28
waves of visible light minimum
00:51:30
distance between waves
00:51:31
or in other words wavelength 380
00:51:34
nanometers we see light reflected from
00:51:36
an object but in order for light to
00:51:38
be reflected the size of the object must be
00:51:40
larger than long waves
00:51:42
if the object is too small then the waves will
00:51:44
simply pass through it and we will not
00:51:46
see it why not take
00:51:49
radiation with a shorter wavelength, but
00:51:52
you still can’t catch the
00:51:55
eye’s capabilities, so you need to project this
00:51:58
radiation onto a screen on which you
00:52:00
can see it, my nice friend
00:52:06
[music]
00:52:08
my friends, I
00:52:10
proudly present to your attention
00:52:13
the latest achievement of the genius of earthlings,
00:52:16
electronic a microscope,
00:52:21
unlike an optical microscope, an electron
00:52:23
microscope does not use visible light, but a
00:52:25
beam of electrons, hot tungsten
00:52:28
emits a beam of electrons, just like the rays of
00:52:31
light in an optical microscope, a beam of
00:52:33
electrons is focused by special
00:52:35
electromagnetic lenses, electrons
00:52:38
fly through the sample and create an
00:52:40
enlarged image of it on the screen, although it is
00:52:43
black and white, but this is not it is so important for
00:52:45
science
00:52:46
due to the fact that an electron
00:52:48
microscope uses a beam of electrons
00:52:50
and not ordinary light, it allows you to see
00:52:53
objects a thousand times smaller text that
00:52:55
can be examined with an optical microscope
00:52:59
now finally we can read what is
00:53:02
written in this task anyway we ca
00:53:14
n’t make out anything in
00:53:16
the image even smaller than I thought, it is
00:53:19
literally made up of nanoparticles
00:53:22
on earth, there are simply no such technologies, it’s
00:53:26
impossible, moose friend, but you can’t behave
00:53:30
like that, husband, when you were sleeping after, I can’t even
00:53:34
read this unfortunate task,
00:53:37
3 days left, the earth is doomed,
00:53:40
I’m mediocrity, you’re not mediocrity,
00:53:45
you created such a thing a wonderful device, I
00:53:48
thereby rendered an invaluable service
00:53:50
to the planet, maybe you shouldn’t save it anymore,
00:53:52
let others take care of this, come on,
00:53:57
you need to calm down all your fears as if
00:54:07
by hand
00:54:08
[music]
00:54:25
very
00:55:28
where am I, what happened, I’m blind, I know what
00:55:43
needs to be done if we don’t have enough
00:55:45
vigilance to what - to see, we
00:55:47
can always feel it, in this case
00:55:51
our capabilities are limited by the size of
00:55:54
the hooves, that is, the smaller our
00:55:56
hooves are, the finer details we can feel with
00:56:00
them; the capabilities of the electron
00:56:03
microscope are amazing, but there are things
00:56:05
that even he cannot see, for
00:56:07
example, he is, alas,
00:56:09
sometimes useless when working with nano
00:56:11
objects, but if we cannot see something, we
00:56:14
can try it by touch;
00:56:16
however, to feel individual
00:56:18
nanoparticles, you will need a needle on, but
00:56:20
rather, which will be one or more
00:56:22
atoms; such a needle can be made
00:56:25
of silicon if you move it along the
00:56:28
surface will react to
00:56:30
nanoparticles vibration of the needle reads the
00:56:32
laser as a result we can build a
00:56:34
volumetric relief of the surface we study in the
00:56:36
sample and we will finally be able to see
00:56:39
nanoparticles
00:56:46
[music]
00:56:54
[music]
00:57:17
[laughter]
00:57:29
[music]
00:57:34
so earthlings
00:57:36
your answer 4
00:57:40
[music] are
00:57:45
you more confident in your answer than
00:57:53
and this is the correct answer
00:57:57
[music]
00:58:08
well, no more aliens, I
00:58:14
took care of that
00:58:22
[music]
00:58:34
[music]
00:58:45
[music]
00:58:55
after 500 kilometers turn right
00:59:00
no question
00:59:03
after three hundred kilometers well once I
00:59:09
understand everything, mate suddenly my hasty after a
00:59:15
hundred you Christmas tree - needles or jammed I'm waiting for you
00:59:18
Olya What time can I repeat then you
00:59:20
missed the turn the next turn
00:59:23
after three hundred kilometers
00:59:27
stupid useless piece of iron
00:59:29
in vain you are so emotional my friend
00:59:32
satellite navigation a
00:59:34
very useful and smart invention of something
00:59:38
not useful just comes to hand before
00:59:41
it appears I had to navigate
00:59:44
straight away old-fashioned methods one day
00:59:51
[music] I don’t
00:59:56
understand anything, he should have already
01:00:00
arrived, something has already happened
01:00:10
[music]
01:00:12
main goth
01:00:18
eggplant dad for me then
01:00:20
[music]
01:00:23
badge listens to reception after reception as he did the
01:00:27
ice test and pass normally,
01:00:30
finally I’m now flying over the desert
01:00:34
here is a little sawy and the compass
01:00:39
will be spoiled I don’t quite know the idea of
01:00:42
being honda
01:00:44
how to understand you you are lost a little
01:00:50
lost
01:01:07
[music] I’m
01:01:12
afraid my caring friend
01:01:15
your efforts may not be enough the desert is
01:01:18
too big and we don’t even
01:01:20
know approximately where our pin may be all is the same
01:01:24
as looking for food
01:01:25
[music]
01:01:36
well, of course, my friend, the resourceful
01:01:40
inversion method needs to solve the problem on the contrary, the
01:01:45
inversion method
01:01:46
or reverse analogy means doing
01:01:49
something in reverse, in other words,
01:01:51
turning it upside down, in other words, it is
01:01:54
much easier to prevent the pin opera from
01:01:57
finding us, or quite simply put the
01:02:00
species needs to decide for itself the
01:02:03
right direction in order to get
01:02:05
out of the desert to the already desert without a body,
01:02:13
this is not easy to do, but before,
01:02:16
travelers somehow managed to
01:02:18
find the right road, the direction to the
01:02:22
sides of the horizon are interconnected
01:02:25
if at least one of them is known, you can
01:02:28
determine the rest doc
01:02:31
if suddenly you have lost your orientation on the
01:02:33
terrain the role of the compass and the sun can play
01:02:36
in the northern hemisphere in the morning the sun
01:02:40
rises in the east at noon it is exactly in the
01:02:43
south and in the evening it sets in the west that’s
01:02:50
bad luck
01:02:51
however at night we always have one minute at our disposal there is oh there is the
01:02:56
polar star the polar
01:03:03
star is on in the north it can be
01:03:06
found by the constellation Ursa Minor,
01:03:08
it is located at the very end of its tail,
01:03:12
but if the sky is suddenly clouded and
01:03:15
you can’t see the sun or stars,
01:03:19
you can determine the direction by surrounding
01:03:21
objects, for example, moss or deprived of
01:03:23
stones, stumps, tree trunks
01:03:26
on the northern side of the city of Revi in the northern
01:03:29
side is usually rougher and darker than the
01:03:31
southern anthill is usually located to the south
01:03:34
of the nearest trees, while the southern
01:03:36
side of the anthill is flatter than the
01:03:39
northern
01:03:48
contour contour this base I have good news for you
01:03:52
if there is no question you can always
01:03:55
navigate by the stars or the
01:03:57
anthill I have no stars anthills and there’s
01:04:04
nothing to them,
01:04:08
just a landmark, just sand, well, there must be a way to
01:04:15
get out, some old
01:04:18
proven way
01:04:21
[applause]
01:04:24
baby,
01:04:25
we’ve had enough of the old-fashioned methods of
01:04:28
determining our coordinates, we
01:04:30
can use space satellites;
01:04:36
satellite navigation determines the
01:04:38
position of an object with an accuracy of 10
01:04:41
meters in some cases
01:04:43
accuracy can reach up to three meters,
01:04:45
while it is possible to determine not only
01:04:47
latitude and longitude
01:04:49
but also altitude above sea level; satellite
01:04:53
navigation includes three segments; a
01:04:56
space group of twenty-four
01:04:58
satellites and several spare ones; a
01:05:00
control system for tracking
01:05:03
satellites that determines their exact
01:05:05
position relative to the earth and
01:05:08
user receiver measuring the
01:05:10
distance to satellites 24 working
01:05:15
satellites
01:05:16
are located at an altitude of about
01:05:18
20 thousand kilometers and are divided into 6 groups
01:05:21
of 4 satellites; a
01:05:23
group of four satellites rotates in
01:05:26
one orbit, dividing into equal parts and
01:05:28
making one revolution around the earth in 12
01:05:31
hours; this system of satellite movement
01:05:34
leads to because at
01:05:37
least four satellites are always visible from every point on the planet,
01:05:39
in order to determine its
01:05:42
position the
01:05:43
user’s receiver must determine the
01:05:45
distance to three visible satellites,
01:05:47
let the distance to one of the satellites
01:05:50
be x kilometers, then the receiver
01:05:53
must be on an imaginary
01:05:55
green sphere centered at the
01:05:57
satellite’s location and radius x,
01:06:00
if the receiver measures the distance to the
01:06:02
second satellite and builds the
01:06:04
corresponding sphere,
01:06:06
then the position of the receiver will be at one of
01:06:09
the points where these two spheres intersect, the
01:06:11
two spheres intersect in a circle, for
01:06:15
clarity, let’s denote it in red, calculating the
01:06:18
distance to 3, calmly
01:06:20
the receiver builds the third sphere and
01:06:23
determines two points goes to and the section with the
01:06:25
red circle
01:06:27
shows that one of the points in this case
01:06:30
is located outside the earth and can be
01:06:33
ignored, which
01:06:34
means you can accurately determine where
01:06:36
the receiver is located.
01:06:37
Do you think this is my friend mechanically,
01:06:40
your parent will have several
01:06:44
extra space satellites
01:06:51
[music]
01:07:07
[music]
01:07:10
here
01:07:11
[music]
01:07:14
123 is
01:07:15
just enough for him to
01:07:18
determine his coordinates
01:07:21
[music]
01:07:28
[music]
01:07:35
special atomic clocks are installed on satellites;
01:07:39
they work with an accuracy of
01:07:42
one second every 20 million years;
01:07:51
each satellite generates its own
01:07:53
unique sequence of pulses
01:07:59
[music ] the
01:08:04
user's receiver receives this
01:08:07
sequence of pulses with a delay
01:08:09
equal to the time necessary for the
01:08:12
signal to overcome the distance
01:08:14
separating the satellite and the receiver in such a
01:08:20
way that in order to determine its position, the
01:08:23
reception must measure
01:08:25
3 time delays in
01:08:27
signal propagation from three satellites
01:08:31
[music]
01:08:46
[applause]
01:08:48
[music]
01:09:10
[music]
01:09:24
[ music]
01:09:38
[applause]
01:09:46
[music]
01:09:53
[music]
01:10:03
what an interesting thing this is, a
01:10:07
space compass, you missed a turn, the
01:10:11
next turn in three hundred thousand
01:10:15
kilometers, a stupid useless piece of hardware
01:10:25
[music]
01:10:36
[music]

Description:

Анимационный сериал Смешарики 2D. Все любимые серии подряд: https://www.youtube.com/watch?v=S7GBVPeNYlE&list=PLeVA7eICJ6d04-zmSc7M1Z9E0OEaANvax ПИН-КОД (сезон гуманитарных технологий) - Все серии: https://www.youtube.com/watch?v=YCYYOMjZubA&list=PLeVA7eICJ6d3EyMDlsu9mDRAdnQAjOJVI Пин-код. Смешарики | Познавательные мультики для детей - 1 сезон: https://www.youtube.com/watch?v=fehjAHNJ36s&list=PL57197768B5DDD4D8 Пин-код. Смешарики | Познавательные мультики для детей - 2 сезон: https://www.youtube.com/watch?v=T_9m73boXHg&list=PLeVA7eICJ6d0LiK0uJbQRoIoTePZTobku Смешарики 2D. Все серии подряд | HD: https://www.youtube.com/watch?v=ZZgJ0QhOe44&list=PLeVA7eICJ6d1vzYh_SsxifcybiksP45D1 Смешарики Новые приключения : https://www.youtube.com/watch?v=RLpc6qcVe80&list=PLeVA7eICJ6d2SuuluqOfYXke_6YgAM-7_ Смешарики 3D. СПОРТ: https://www.youtube.com/watch?v=jXlLMLbtjlk&list=PLeVA7eICJ6d3Uw9cs9QL8gtvGw9ihWXgo Смешарики 2D. Азбука финансовой грамотности (Все серии подряд): https://www.youtube.com/watch?v=1yPm1j2Q5q4&list=PLeVA7eICJ6d2C8ExAG2XR4W6LFPYzSlXY Смешарики. Сборники: https://www.youtube.com/watch?v=hY6M8EudFYo&list=PLeVA7eICJ6d39pbQw_6uweL5m4N4L-r2A Смотрите также: Смешарики - Азбука здоровья https://www.youtube.com/watch?v=pMfeKQgfwTo Смешарики - Умный дом https://www.youtube.com/watch?v=jvtWyKYckI0 Смешарики 2D - Чистый спорт https://www.youtube.com/watch?v=oWfOqQkM5JM Смешарики - Шуша https://www.youtube.com/watch?v=T2tNCm7yPRE Смотрите также свои любимые серии про: Лосяша : https://www.youtube.com/watch?v=5JiRxH__bKc&t=3s Копатыча : https://www.youtube.com/watch?v=qileDls6BzI Карыча : https://www.youtube.com/watch?v=f7EbLyYrils Пина : https://www.youtube.com/watch?v=Q5UMgpWt0H0&t=25s Ёжика : https://www.youtube.com/watch?v=FXqeXbdJXhU&t=25s Бараша : https://www.youtube.com/watch?v=4fUUTQKBvLI Нюшу : https://www.youtube.com/watch?v=LP5SFh7jzwo&t=25s Кроша : https://www.youtube.com/watch?v=kVROlnKaPKg&t=25s Совунью : https://www.youtube.com/watch?v=hL4g59p9K6U&t=41s Подпишись на канал TVSmeshariki: https://www.youtube.com/c/smeshariki и ЖМИ НА КОЛОКОЛЬЧИК 🔔 За время развития цивилизации человечество придумало невероятное количество различных изобретений для изучения мира в различных сферах. Знаете ли вы, кем был изобретен микроскоп? А какие они бывают? По какому принципу работает трансляция? Каким образом с помощью спутников можно найти свое местоположение? На эти и многие другие вопросы вам с удовольствием ответят любимые герои Смешарики. Внимательно слушайте наших ученых Лосяша и Пина - у них много интересного для вас. В сборник серий об изобретениях вошли такие серии: 1) Силуэт на снегу 2) Яркий след в истории 3) Сказка для Биби 4) Принцесса в поиске 5) Испытание 6) Пин-песчинка Мы в социальных сетях! Группа Вконтакте: https://vk.com/smeshariki Мы в Инстаграм https://www.facebook.com/unsupportedbrowser Мы на Фейсбуке: https://www.facebook.com/unsupportedbrowser Мы в Одноклассниках: https://ok.ru/smeshariki Следи за нами в Твиттере https://twitter.com/TVSmeshariki Все мультклипы подряд https://www.youtube.com/watch?v=krRp7qbSF2M&list=SPeVA7eICJ6d0lUOAYM7o5aZvfkeHGxV0H Смотреть Смешарики онлайн все серии подряд на русском языке вы можете в хорошем качестве совершенно бесплатно без регистрации. Приятного просмотра! Главные герои «Смешариков» – непоседливый весельчак Крош, лиричный мечтатель Бараш, умный и робкий Ежик, любопытная кокетка Нюша, неуклюжий ученый Лосяш, невозмутимая спортсменка Совунья, гениальный изобретатель Пин, трудолюбивый садовод Копатыч и искрометный артист Кар-Карыч. В каждой серии эти забавные персонажи попадают в смешные ситуации, решают серьезные вопросы и познают мир вместе с маленькими зрителями. Удивительные приключения, добрый юмор и понятная ребенку философия – все это мультсериал «Смешарики», который придется по душе и детям и взрослым. +

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