[Music]
[Applause]
I could be wrong
[Music]
we
[Music]
2
[Music]
thank you that sounds good science you
not find it’s certainly not the
first comment you’ve made
said and that’s quite normal the
science and music is very rare
that we can make the connection between the two
areas
we often have the impression that it is
completely the opposite in our
society
yet we are two things that we
lives and we are passionate about it as much
that the other
as denis francois tells the story
in fact we are studying in a
double program and the very large
most of the time when we talk about our
programs to people we answer each other by
people who are scratching their heads
people who find us weird to love them
two brothers who are so far away that
it leads sometimes small
situations a little funny for example
when walks with our big textbooks
biology in the music department
we are getting ahead of the little looks
in corner
what do they do their double file to
bidart is fun because we can
move but in the department of
Science was the crazy look a little with
one who worries so by dint of being
ask these questions to have these
looks there that are directed towards us
we wondered why the links
between science and music could
not be clearer because we know
who has it but we wanted to show it to
people that we did not provide that
blizzard to love both spheres so
at limited energy there we were so
convinced that we went to speak our
science teachers we went to talk to
our music teachers who took place we have
searched and we came to a conclusion
very interesting and if the music
it was the bridge between the world of the arts
and the world of science
in fact the music has been around since
extremely long the first
instrument goes back to the arc music to the
prehistory
but it’s been relatively recently
that it is science that has made it possible
understand all the phenomena involved
so that you can hear the beautiful
music
once science has understood this
music the she could become a tool
in this mistrust and in our life of
everyday but to understand
what are you talking about museums that
lots of things that in terms we’re going
start by upgrading
It must be said that music is
a grouping of are so that’s
many are let it work when
we talk to mathematicians or a
deficit
but when we talk to people and
especially musicians we talk about notes
then at its simplest
let’s go with a note and not just
which I named the style of the staff
it’s not another like the others
since he goes on a trip
he leaves the guitar he will be in your
smile in several easy steps so
men know we’re coming out of a little bit
closer to that we remember all
the thrusts of music it’s not about
science is actually discovering him
good just before the points will travel
like the other gustave they travel
not a plane it takes him a medium to
propagate by definition a sound for
what they did not know we’re talking about
disturbance in a medium so little to
the way of a drop of water in a
calm pond that says disturbances in
a middle of the middle and so if there is
no middle ben he can not have two
guitars that spreads so in the
empty
we hear the explosions of star wars
in space it’s not true it takes a
middle be it a solid whatever it is
water whether it’s air
it takes a middle for gaza spreads
now his version of a little bit
more closely I mean bad words
scientists stress and pass for
accomplices
how does it work I was talking to you about
So disturbances causing her ca
take something that vibrates that this
either my vocal cords whether it’s the
rope of my guitar whether it’s the
membrane speakers it takes something
living thing that would also make you
the million molecules in question good
which you will have variations of
pressure so it’s going super compressed
will have a compression zone and a
decompression zone and so on
it’s going to move so
longitudinal until your dream finished
the major scientific themes there are
four parameters that will influence the
journey of our friend Gustave firstly
its height will be determined by the
amount of ciation who will see this word
on your eardrums in a second
we can talk about wavelength or
hertz in the world of sciences 1 hertz
equals an oscillation on our complexion
not per second so for example so
something in other words Cecile and
our high- pitched or serious voice if I you
play sharp notes on the piano that
sounds like that
the highest note of the piano and 4186
certainly so there are variations of
pressure 4186 times on your depend on
one second
and if I swear to you very serious notes
it sucks to Caen this serious
27 vibrations are repainted per second
the second parameter that influences me and
the journey of our friend Gustave is his
intensity so it’s fever
just practically the strength with
which will vibrate on your bench
say we talk about it in decibels
yes it’s just the volume so
if I tell you something not very
strong
[Music]
on the contrary if they saw something
stronger
parameters but finds the duration
how long will it vibrate
on your payment
and fourth and not the least
if the first three parameters are
respected what makes your ear
can recognize the la of my guitar
so much of my piano
is that very long story very
short one are regular are your
father when we talk about his pure but by
against astros in music gives some
complex sounds that an addition of sound
pure you may have already heard the
harmonic word
it is on these issues an instrument
was made of material was done in
a particular form and that’s two
things are going to influence that she
harmonic will be put forth and
what are you going to hear about
your fate you know by heart and
that’s what makes you go
recognize them are given tonight by
report to us is the regularity of
costs that will have on your pillow
depending on its conformation so
just before all find gustave and
goes through all these parameters there and we
is able to capture it with
sound sensors that are all integrated into
inside us our ears
it’s very well done and ears
it’s very accurate to give you a
example our complexion will not perceive a
disruption that is 10 million times
smaller than the atmospheric pressure
terrestrial is suitable for every day so
it’s very very good to make ears
and once the eardrum does not hold
glimpse these disturbances there she gets
range cochlea the cochlea is a
little organ in your ear that is
filled with an aqueous liquid and which
carpeted with hair cells
and that’s where it starts to allow
to analyze the are in the background the
hair cells
she picks up the sound and that’s where we can
know their authors so if there are any
notes and
it’ll be left the shoe on top of
your key body that will react if there is
average notes
it’s going to be the average and without
surprise if there are serious notes know
to be the ones who are more leggy so
once the hair cells have been able to
analyze these are there they can the
turn into nerve impulses and that’s
this nerve impulse there which allows the
brain to understand the music we
intends to make them understand that
the sounds that are mechanical waves
and that becomes nerve impulses and
can go back to our brains and create
reactions in us and create
behaviors so that’s what is
incredible with that is that its part
an object of sappers vibrating strings
and it’s air moving so
it’s really impressive and we’re going
give you an example if we play
something to the miners you go
always feel a little emotion
more will know that it is a minor
on the contrary, if we swear to you
Major thing you go right away
see the contrast between the two
emotions that it reflects so what gets
goes into your brain when you
listen to music it’s amazing
it creates a fireworks influx
nervous enters your brain itself
walks everywhere in all areas
cerebral and without much influence
a lot and everything that goes on in
your work there are a lot
information that goes around at the same
time and that it can be visible
physically because the corpus callosum
which is the only thing holding back who
connects the two emissaries of our
brain will get denser because there is
so much information going on
in because it walks on one side
the water in the back and forth that he
becomes more dense and that it is referred
blue visually on the stopover
when looking at the brain
musician or listener
a lot of music that’s it
strong point music is areas
that physically change your
brain then all the processes
should you describe this is happening
about 3 hundredths of a second gustave
moves in the air roughly 300 km
second and a nerve impulse can
browse through your brain to a
speed in up to 100 meters second
so it’s crazy how everything is going
fast and that’s all it takes for
that you can enjoy the music
that you like
so it took a lot of scientists
to understand what they can
reemphasize what was the
background music so that’s the science
who understood the music
look at it a little bit closer
very first scientist that milly
stammering who watched his
instrument of a scientist and who knows
pythagoras the one we all hated in
secondary 2 for these triangles
rectangles
but I’m not done flat stuff has
studied it did very great things
pythagoras what is needed with him is
that these works are the very origin of
a whole body of physics today
called acoustic interested
to sound waves
it will be more sensitive it is thanks to the
music is a music historian that
acoustics today nor the main
problem he stumbled knows
how can we give a
instrument our fixed like a guitar
or the piano always the same way
because the voice we can sing
we want but what happens
instrument but one must come to the
rope and always so right so
calculate what to check is by
compared to strings of the same tension and
same material what length it
takes to have sounds that sounds good
they are well tuned whose who made
a lot of matches and there is to the calculation
is what is called category c which
was awesome and that allowed and during
more than a millennium in fact to
musicians playing music was
very fantastic
the problem with the Russian capital and
that did not allow with a single
instrument to do a modulation so
in French to think for example a
major gift and in D major so it takes
an argument to gori sien to join
a beaujoire and a friends spouse so
in the room when you play early
the piano replica and 4 guitar for
play this scene in the admin it’s a
little exaggerated
second reason the distributor in May
but its super worked well for a
millennium because the music was
not evolved as we know it
today is polyphonic during the
16th century arrived a very big one
revolution in the world of music
there are the thirds and the six that have been
accepted good for your money
they will sell a third
a section
what it takes with that in the calculations
Pythagoreans matter was not everything
to do some calculations and that is a little
wrong fact she was determined
as his dissonant does it’s just
later in fact they understood
that they had miscalculated since for
his fifth edison so when they have
determined it was consona they have it
had to redo the system had had
several systems proposed him who we
interested he calls charline system
at the edge of the hinault weapons defect and
it was great to modulate with
only one instrument so it took +3
piano to do too much modulation too
different tone
the problem is that an instrument that
derived from other sources is the archi
cembalo is divided the octave so the
distance between water and a back more
acute in 36 or division so to do
the comparison the piano here the octave is
divided into 12 keys and it gives 80
had touched in all so that’s very
reasonable
the terminals piano with its 36
keys by actors would have needed
of 263 key for an instrument so
it’s pretty big and complicated to manage
we could do better than that so the
palm goes to a Belgian mathematician
of the name of simmons tv went to him with
the practice
and since mathematics to his
time and the beginnings of the
logarithm was invented but there is more
calculate a ratio that allowed
divide their 20-12 quota of ego mythos
and thanks to jean sébastien bach who
popularize in the eighteenth century
but today all the instruments
that you hear the music that you
hear is governed by the calculation
mathematical mathematics
so we can say that the evolution of the
music that have been pretty symbiotic
with the evolution of science
once we understand the music of
this way so sending it as a
science she could come back like a
balance back and give us some
very useful tools in everyone’s life
days
for example the tuning fork so the tuning fork
it serves to tune that creates a note
pure when it will be on something
a pure sound in the background I show you
and that’s used by the musicians and
it was invented by a musician
quickly room was caught in the
field of medicine for example in at
blow my guts to diagnose
some kinds of deafness and also
in the diagnosis is some sort of
fracture
because as we have seen the sound is
spread in a medium so if we hit
the tuning fork and sticking it by
example on the middle that grinds us here
has fractures inside it’s going
hurt because it’s going to vibrate so we
can know that a fracture
so that’s a more application
first that comes to us the music and
which was not necessarily done for
science but that was still
used in this way application
number 2 the threshold of dribbling on here
nothing is not right too much there is
really need we talk about facts of
blur for those who are unfamiliar
with the name that’s what makes
example when you walk on the street and
you hear a truck moving
it’s a manifestation of
the long Doppler effect the short story
what that means is that when we
is facing a sound source that
approach we get the impression that the sound
is becoming more acute when one is
back a source in the name that goes away on
was not sure that the sound is over
in more serious
originally theorized christian doppler
this effect the water speaking of the stars
that changed color
depending on whether to approach too
move away but it’s a scientist from
name of boys bash hook has pity sister to
acoustics are inscribed by pythagoras
and his musical instruments and how
he confirmed his world of sounds is
that they put musicians on a
train of the ultra line that Amsterdam
look after europe and it’s like that
that he proved it to the world of
scientists using musicians that
Doppler effect also applied to
wave
so let’s dare final and to the waves
mechanical clinton complicated but what
phenomenon the couple is at the phenomenon of
the echo is what is at the base of
police radars and also the
ultrasounds
so it’s a bit big music you
make your baby see another baby
application of music in the
field of science and the
music therapy maybe you are
familiar with the term is to use
music to give care
is this the music we’ve seen it’s very
powerful in the brain so that can
create behaviors and that can
allow to be like a kind of
therapy that goes hand in hand with the tools
we already have
for example in
mental health into depression if we
do it very simply it’s really
very simple physiologically y
will have a decrease in serotonin and
of dopamine two hormones who who
brings pleasure so and also a
decreased neuronal activity
the music there was a lot of research
which was done and it allows a
increase of these hormones the a6 and the
music that you like very much that you
enjoy listening also that makes a
increase of all the information that
is spreading in your brain so a
orientation of neuronal activity
so that can come really compensated
issued together with all the tools we
has already
it can be a very good way
to help science improve
and it’s not fair for depression
for example for anxiety and also for
the physical effects on your body
for example if you try to yourself
relax and in 9% slept listen to the
Music music that calms but that
it does not come out of nowhere that’s the
music that has an effect on your brain
which then have an effect on your body
that slows down your heart that allows you
to be more relaxed
so that’s also the opposite when
you want to motivate yourself and wanted
to go for a sport or you have
something important to do on
listen to motivating music a crack
a little bit that it comes to make an effect too
physical about you so think that that
comes all wave cdc waves that
come from an object of a guitar that
create that in your body and in your
brain all how many of you tell this
is only a very very brief overview
of the huge quantity link that there is
between the world of science and the
music
no we are not weird there is
full and it’s very interesting to them
cedars and that’s up to that and the amount of
scientists were musicians and the
number of musicians who had
about very satisfied so the next
time you’re going to listen to a song
who will give you shivers you
put the tear in the eye think that the
science that music is the bridge
between the arts and science
thanks for
as if
[Applause]
I could be wrong
[Music]
we
[Music]
2
[Music]
thank you that sounds good science you
not find it’s certainly not the
first comment you’ve made
said and that’s quite normal the
science and music is very rare
that we can make the connection between the two
areas
we often have the impression that it is
completely the opposite in our
society
yet we are two things that we
lives and we are passionate about it as much
that the other
as denis francois tells the story
in fact we are studying in a
double program and the very large
most of the time when we talk about our
programs to people we answer each other by
people who are scratching their heads
people who find us weird to love them
two brothers who are so far away that
it leads sometimes small
situations a little funny for example
when walks with our big textbooks
biology in the music department
we are getting ahead of the little looks
in corner
what do they do their double file to
bidart is fun because we can
move but in the department of
Science was the crazy look a little with
one who worries so by dint of being
ask these questions to have these
looks there that are directed towards us
we wondered why the links
between science and music could
not be clearer because we know
who has it but we wanted to show it to
people that we did not provide that
blizzard to love both spheres so
at limited energy there we were so
convinced that we went to speak our
science teachers we went to talk to
our music teachers who took place we have
searched and we came to a conclusion
very interesting and if the music
it was the bridge between the world of the arts
and the world of science
in fact the music has been around since
extremely long the first
instrument goes back to the arc music to the
prehistory
but it’s been relatively recently
that it is science that has made it possible
understand all the phenomena involved
so that you can hear the beautiful
music
once science has understood this
music the she could become a tool
in this mistrust and in our life of
everyday but to understand
what are you talking about museums that
lots of things that in terms we’re going
start by upgrading
It must be said that music is
a grouping of are so that’s
many are let it work when
we talk to mathematicians or a
deficit
but when we talk to people and
especially musicians we talk about notes
then at its simplest
let’s go with a note and not just
which I named the style of the staff
it’s not another like the others
since he goes on a trip
he leaves the guitar he will be in your
smile in several easy steps so
men know we’re coming out of a little bit
closer to that we remember all
the thrusts of music it’s not about
science is actually discovering him
good just before the points will travel
like the other gustave they travel
not a plane it takes him a medium to
propagate by definition a sound for
what they did not know we’re talking about
disturbance in a medium so little to
the way of a drop of water in a
calm pond that says disturbances in
a middle of the middle and so if there is
no middle ben he can not have two
guitars that spreads so in the
empty
we hear the explosions of star wars
in space it’s not true it takes a
middle be it a solid whatever it is
water whether it’s air
it takes a middle for gaza spreads
now his version of a little bit
more closely I mean bad words
scientists stress and pass for
accomplices
how does it work I was talking to you about
So disturbances causing her ca
take something that vibrates that this
either my vocal cords whether it’s the
rope of my guitar whether it’s the
membrane speakers it takes something
living thing that would also make you
the million molecules in question good
which you will have variations of
pressure so it’s going super compressed
will have a compression zone and a
decompression zone and so on
it’s going to move so
longitudinal until your dream finished
the major scientific themes there are
four parameters that will influence the
journey of our friend Gustave firstly
its height will be determined by the
amount of ciation who will see this word
on your eardrums in a second
we can talk about wavelength or
hertz in the world of sciences 1 hertz
equals an oscillation on our complexion
not per second so for example so
something in other words Cecile and
our high- pitched or serious voice if I you
play sharp notes on the piano that
sounds like that
the highest note of the piano and 4186
certainly so there are variations of
pressure 4186 times on your depend on
one second
and if I swear to you very serious notes
it sucks to Caen this serious
27 vibrations are repainted per second
the second parameter that influences me and
the journey of our friend Gustave is his
intensity so it’s fever
just practically the strength with
which will vibrate on your bench
say we talk about it in decibels
yes it’s just the volume so
if I tell you something not very
strong
[Music]
on the contrary if they saw something
stronger
parameters but finds the duration
how long will it vibrate
on your payment
and fourth and not the least
if the first three parameters are
respected what makes your ear
can recognize the la of my guitar
so much of my piano
is that very long story very
short one are regular are your
father when we talk about his pure but by
against astros in music gives some
complex sounds that an addition of sound
pure you may have already heard the
harmonic word
it is on these issues an instrument
was made of material was done in
a particular form and that’s two
things are going to influence that she
harmonic will be put forth and
what are you going to hear about
your fate you know by heart and
that’s what makes you go
recognize them are given tonight by
report to us is the regularity of
costs that will have on your pillow
depending on its conformation so
just before all find gustave and
goes through all these parameters there and we
is able to capture it with
sound sensors that are all integrated into
inside us our ears
it’s very well done and ears
it’s very accurate to give you a
example our complexion will not perceive a
disruption that is 10 million times
smaller than the atmospheric pressure
terrestrial is suitable for every day so
it’s very very good to make ears
and once the eardrum does not hold
glimpse these disturbances there she gets
range cochlea the cochlea is a
little organ in your ear that is
filled with an aqueous liquid and which
carpeted with hair cells
and that’s where it starts to allow
to analyze the are in the background the
hair cells
she picks up the sound and that’s where we can
know their authors so if there are any
notes and
it’ll be left the shoe on top of
your key body that will react if there is
average notes
it’s going to be the average and without
surprise if there are serious notes know
to be the ones who are more leggy so
once the hair cells have been able to
analyze these are there they can the
turn into nerve impulses and that’s
this nerve impulse there which allows the
brain to understand the music we
intends to make them understand that
the sounds that are mechanical waves
and that becomes nerve impulses and
can go back to our brains and create
reactions in us and create
behaviors so that’s what is
incredible with that is that its part
an object of sappers vibrating strings
and it’s air moving so
it’s really impressive and we’re going
give you an example if we play
something to the miners you go
always feel a little emotion
more will know that it is a minor
on the contrary, if we swear to you
Major thing you go right away
see the contrast between the two
emotions that it reflects so what gets
goes into your brain when you
listen to music it’s amazing
it creates a fireworks influx
nervous enters your brain itself
walks everywhere in all areas
cerebral and without much influence
a lot and everything that goes on in
your work there are a lot
information that goes around at the same
time and that it can be visible
physically because the corpus callosum
which is the only thing holding back who
connects the two emissaries of our
brain will get denser because there is
so much information going on
in because it walks on one side
the water in the back and forth that he
becomes more dense and that it is referred
blue visually on the stopover
when looking at the brain
musician or listener
a lot of music that’s it
strong point music is areas
that physically change your
brain then all the processes
should you describe this is happening
about 3 hundredths of a second gustave
moves in the air roughly 300 km
second and a nerve impulse can
browse through your brain to a
speed in up to 100 meters second
so it’s crazy how everything is going
fast and that’s all it takes for
that you can enjoy the music
that you like
so it took a lot of scientists
to understand what they can
reemphasize what was the
background music so that’s the science
who understood the music
look at it a little bit closer
very first scientist that milly
stammering who watched his
instrument of a scientist and who knows
pythagoras the one we all hated in
secondary 2 for these triangles
rectangles
but I’m not done flat stuff has
studied it did very great things
pythagoras what is needed with him is
that these works are the very origin of
a whole body of physics today
called acoustic interested
to sound waves
it will be more sensitive it is thanks to the
music is a music historian that
acoustics today nor the main
problem he stumbled knows
how can we give a
instrument our fixed like a guitar
or the piano always the same way
because the voice we can sing
we want but what happens
instrument but one must come to the
rope and always so right so
calculate what to check is by
compared to strings of the same tension and
same material what length it
takes to have sounds that sounds good
they are well tuned whose who made
a lot of matches and there is to the calculation
is what is called category c which
was awesome and that allowed and during
more than a millennium in fact to
musicians playing music was
very fantastic
the problem with the Russian capital and
that did not allow with a single
instrument to do a modulation so
in French to think for example a
major gift and in D major so it takes
an argument to gori sien to join
a beaujoire and a friends spouse so
in the room when you play early
the piano replica and 4 guitar for
play this scene in the admin it’s a
little exaggerated
second reason the distributor in May
but its super worked well for a
millennium because the music was
not evolved as we know it
today is polyphonic during the
16th century arrived a very big one
revolution in the world of music
there are the thirds and the six that have been
accepted good for your money
they will sell a third
a section
what it takes with that in the calculations
Pythagoreans matter was not everything
to do some calculations and that is a little
wrong fact she was determined
as his dissonant does it’s just
later in fact they understood
that they had miscalculated since for
his fifth edison so when they have
determined it was consona they have it
had to redo the system had had
several systems proposed him who we
interested he calls charline system
at the edge of the hinault weapons defect and
it was great to modulate with
only one instrument so it took +3
piano to do too much modulation too
different tone
the problem is that an instrument that
derived from other sources is the archi
cembalo is divided the octave so the
distance between water and a back more
acute in 36 or division so to do
the comparison the piano here the octave is
divided into 12 keys and it gives 80
had touched in all so that’s very
reasonable
the terminals piano with its 36
keys by actors would have needed
of 263 key for an instrument so
it’s pretty big and complicated to manage
we could do better than that so the
palm goes to a Belgian mathematician
of the name of simmons tv went to him with
the practice
and since mathematics to his
time and the beginnings of the
logarithm was invented but there is more
calculate a ratio that allowed
divide their 20-12 quota of ego mythos
and thanks to jean sébastien bach who
popularize in the eighteenth century
but today all the instruments
that you hear the music that you
hear is governed by the calculation
mathematical mathematics
so we can say that the evolution of the
music that have been pretty symbiotic
with the evolution of science
once we understand the music of
this way so sending it as a
science she could come back like a
balance back and give us some
very useful tools in everyone’s life
days
for example the tuning fork so the tuning fork
it serves to tune that creates a note
pure when it will be on something
a pure sound in the background I show you
and that’s used by the musicians and
it was invented by a musician
quickly room was caught in the
field of medicine for example in at
blow my guts to diagnose
some kinds of deafness and also
in the diagnosis is some sort of
fracture
because as we have seen the sound is
spread in a medium so if we hit
the tuning fork and sticking it by
example on the middle that grinds us here
has fractures inside it’s going
hurt because it’s going to vibrate so we
can know that a fracture
so that’s a more application
first that comes to us the music and
which was not necessarily done for
science but that was still
used in this way application
number 2 the threshold of dribbling on here
nothing is not right too much there is
really need we talk about facts of
blur for those who are unfamiliar
with the name that’s what makes
example when you walk on the street and
you hear a truck moving
it’s a manifestation of
the long Doppler effect the short story
what that means is that when we
is facing a sound source that
approach we get the impression that the sound
is becoming more acute when one is
back a source in the name that goes away on
was not sure that the sound is over
in more serious
originally theorized christian doppler
this effect the water speaking of the stars
that changed color
depending on whether to approach too
move away but it’s a scientist from
name of boys bash hook has pity sister to
acoustics are inscribed by pythagoras
and his musical instruments and how
he confirmed his world of sounds is
that they put musicians on a
train of the ultra line that Amsterdam
look after europe and it’s like that
that he proved it to the world of
scientists using musicians that
Doppler effect also applied to
wave
so let’s dare final and to the waves
mechanical clinton complicated but what
phenomenon the couple is at the phenomenon of
the echo is what is at the base of
police radars and also the
ultrasounds
so it’s a bit big music you
make your baby see another baby
application of music in the
field of science and the
music therapy maybe you are
familiar with the term is to use
music to give care
is this the music we’ve seen it’s very
powerful in the brain so that can
create behaviors and that can
allow to be like a kind of
therapy that goes hand in hand with the tools
we already have
for example in
mental health into depression if we
do it very simply it’s really
very simple physiologically y
will have a decrease in serotonin and
of dopamine two hormones who who
brings pleasure so and also a
decreased neuronal activity
the music there was a lot of research
which was done and it allows a
increase of these hormones the a6 and the
music that you like very much that you
enjoy listening also that makes a
increase of all the information that
is spreading in your brain so a
orientation of neuronal activity
so that can come really compensated
issued together with all the tools we
has already
it can be a very good way
to help science improve
and it’s not fair for depression
for example for anxiety and also for
the physical effects on your body
for example if you try to yourself
relax and in 9% slept listen to the
Music music that calms but that
it does not come out of nowhere that’s the
music that has an effect on your brain
which then have an effect on your body
that slows down your heart that allows you
to be more relaxed
so that’s also the opposite when
you want to motivate yourself and wanted
to go for a sport or you have
something important to do on
listen to motivating music a crack
a little bit that it comes to make an effect too
physical about you so think that that
comes all wave cdc waves that
come from an object of a guitar that
create that in your body and in your
brain all how many of you tell this
is only a very very brief overview
of the huge quantity link that there is
between the world of science and the
music
no we are not weird there is
full and it’s very interesting to them
cedars and that’s up to that and the amount of
scientists were musicians and the
number of musicians who had
about very satisfied so the next
time you’re going to listen to a song
who will give you shivers you
put the tear in the eye think that the
science that music is the bridge
between the arts and science
thanks for
as if
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