trigram

This is a table of type trigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

trigram	frequency
theory of relativity	121
the velocity of	108
time and space	80
space and time	79
velocity of light	69
with respect to	67
the motion of	62
the theory of	60
the laws of	58
motion of the	58
the special theory	57
it is not	50
law of gravitation	50
one of the	50
the general theory	48
at the same	48
there is no	47
the nature of	46
with reference to	46
of the earth	46
a straight line	43
in terms of	41
the fact that	41
of time and	40
with regard to	40
principle of relativity	39
that it is	38
in the direction	38
on the earth	37
the direction of	36
of the universe	36
the law of	35
as to the	35
there is a	32
special theory of	32
general theory of	32
of the sun	32
in the same	32
respect to the	32
in order to	32
the case of	31
the principle of	31
according to the	31
ray of light	30
we do not	30
on the other	30
due to the	30
a system of	29
that of the	29
in the case	28
to the ether	28
so far as	28
that of light	27
that there is	27
a gravitational field	27
to one another	27
laws of nature	27
regard to the	27
the same time	27
in a straight	26
this is the	26
theory of gravitation	26
it will be	26
in which the	25
velocity of the	25
of space and	25
the geometry of	25
the idea of	25
the path of	25
through the ether	25
reference to the	25
a ray of	24
to the earth	24
of the two	24
in the universe	24
it is the	24
the other hand	23
around the sun	23
the length of	23
the surface of	23
be able to	23
the gravitational field	22
of a body	22
a point in	22
the presence of	22
of the theory	22
miles per second	22
of the same	22
it would be	22
but it is	21
exactly the same	21
on the surface	21
of the special	21
of the general	21
that we have	20
of the observer	20
that in the	20
part of the	20
by means of	20
which we are	20
in connection with	20
to the observer	20
the relativity of	20
the existence of	20
as well as	19
the position of	19
it is a	19
to say that	19
in the first	19
it has been	19
a set of	19
relative to the	19
be regarded as	19
of the world	19
in other words	18
of four dimensions	18
to the other	18
the world of	18
say that the	18
and it is	18
that the earth	18
with which we	18
the external world	18
and that the	18
more or less	18
point of view	18
one of these	18
at a distance	18
to that of	18
the distance between	17
independent of the	17
system of coordinates	17
nature of the	17
the absence of	17
the earth and	17
case of the	17
to be the	17
of relativity is	17
theory of light	17
the basis of	17
with the same	17
the spherical surface	17
is not the	17
it does not	17
is that the	16
is to be	16
is independent of	16
on the plane	16
the results of	16
to the same	16
is to say	16
in which we	16
surface of the	16
be the same	16
of the four	16
of light in	16
ought to be	16
of uniform motion	16
to which the	16
attached to the	15
in such a	15
the mass of	15
the earth is	15
to be a	15
which we have	15
field of force	15
set of axes	15
to the sun	15
action at a	15
that we can	15
is at rest	14
for all observers	14
between the two	14
the new theory	14
tells us that	14
of the ether	14
the same for	14
which it is	14
fact that the	14
the form of	14
path of the	14
point in space	14
it must be	14
as a whole	14
the system of	14
motion of a	14
the ether of	14
frame of reference	14
of the light	14
in the sense	14
the same thing	14
if we are	14
in the absence	14
the same way	14
of the space	14
that we are	13
between two points	13
to the theory	13
we wish to	13
it may be	13
and the observer	13
the square of	13
the sum of	13
which is the	13
to account for	13
the force of	13
observer on the	13
at right angles	13
a series of	13
the time of	13
the curvature of	13
the same direction	13
to measure the	13
a state of	13
of euclidean geometry	13
the universe is	13
character of the	13
the influence of	13
connection with the	13
in a gravitational	13
the fourth dimension	13
for us to	13
the scientific american	13
the center of	13
square of the	13
the motions of	13
that is to	13
had to be	12
we are to	12
length of a	12
the difference between	12
we have no	12
as we have	12
that if the	12
to each other	12
the properties of	12
the sense of	12
so as to	12
of the planets	12
the relative motion	12
is necessary to	12
led to the	12
in relative motion	12
that this is	12
the electromagnetic field	12
in the world	12
of the relativity	12
that they are	12
the einstein theories	12
of the velocity	12
the solar system	12
and in the	12
the earth in	12
because it is	12
of the three	12
the same velocity	12
law of nature	12
of such a	12
is true of	12
is not a	12
discussion of the	12
and the other	12
not in the	12
the sun is	12
laws of motion	12
of the other	12
which may be	11
miles per hour	11
and if we	11
to make the	11
an observer on	11
so that the	11
we shall see	11
we find that	11
that the velocity	11
on the ground	11
the observer is	11
by no means	11
we get a	11
in space and	11
sum of the	11
of which the	11
motions of the	11
if there were	11
in spite of	11
we say that	11
statement of the	11
of the motion	11
and time are	11
the university of	11
that it was	11
so long as	11
distance between two	11
this does not	11
no matter how	11
of the latter	11
we know that	11
in accord with	11
a and b	11
geometry of the	11
the result of	11
the end of	11
a matter of	11
of the body	11
if we wish	11
motion relative to	11
that he is	11
direction of the	11
in this way	11
of light is	11
the same as	11
the einstein theory	11
would have to	11
in the following	11
those of the	11
position of the	11
are to be	11
is the same	11
in which it	11
the straight line	10
in accordance with	10
what we have	10
of a sphere	10
in empty space	10
we have to	10
it is true	10
of the subject	10
we have a	10
of motion of	10
if it is	10
two sets of	10
that the light	10
attention to the	10
can only be	10
that when we	10
this is not	10
just as the	10
if it were	10
the ether and	10
the course of	10
there is nothing	10
but in the	10
motion with respect	10
we have seen	10
right angles to	10
and space are	10
as far as	10
rays of light	10
of three dimensions	10
in no way	10
way in which	10
the special relativity	10
from the earth	10
in any way	10
surface of a	10
of a point	10
in the system	10
world of events	10
study of the	10
same for all	10
that the ether	10
one set of	10
with that of	10
of absolute motion	10
the possibility of	10
and this is	10
with the velocity	10
it is necessary	10
it follows that	10
to which we	10
a law of	10
is due to	10
conception of the	10
in the neighborhood	10
the perihelion of	10
of the gravitational	10
in the presence	10
the observer and	10
the ratio of	10
such a way	10
to the first	10
what is meant	10
any more than	10
the neighborhood of	9
should have been	9
this means that	9
a number of	9
of the physical	9
of which we	9
near the sun	9
of the fly	9
that the laws	9
the concept of	9
the same rate	9
come to the	9
the wave theory	9
the equations of	9
bodies in the	9
the reality of	9
which i have	9
any one of	9
the relativity theory	9
is that of	9
a study of	9
euclidean geometry is	9
which we may	9
with a velocity	9
results of the	9
of the matter	9
of coordinate axes	9
as the velocity	9
center of the	9
it can be	9
as it is	9
they are not	9
the first place	9
the earth as	9
gravitational field and	9
in this case	9
the ether is	9
of the first	9
the attraction of	9
ratio of the	9
the statement that	9
and the earth	9
to the nature	9
to the conclusion	9
there were no	9
in the least	9
we shall be	9
lines and planes	9
on its axis	9
of the royal	9
of the new	9
have to be	9
the consequences of	9
if we were	9
we have found	9
terms of the	9
difference between the	9
moving in the	9
the universe as	9
the theory is	9
end of the	9
will not be	9
laws of disposition	9
of all the	9
as in the	9
one of them	9
which we can	9
the state of	9
of the electromagnetic	9
of the distance	9
idea of the	9
state of motion	9
the earth was	9
be considered as	9
which has been	9
the purpose of	9
length of the	9
all of the	9
special relativity theory	9
we shall have	9
that space and	9
would have been	9
in the ether	9
of the disc	9
the external reality	9
of the eclipse	9
to the general	9
if we have	8
of light would	8
in addition to	8
the conclusion that	8
law of motion	8
the use of	8
source of light	8
relativity of uniform	8
and of the	8
it clear that	8
his law of	8
the amount of	8
of the planet	8
of the external	8
supposed to be	8
the most important	8
it is in	8
not to be	8
for a moment	8
the winning essay	8
the number of	8
the observer in	8
matter of fact	8
of light and	8
more and more	8
when it is	8
could not be	8
lengths and times	8
the royal society	8
that the two	8
and that of	8
which we shall	8
time in the	8
our ideas of	8
far as the	8
of the laws	8
in its orbit	8
of the fact	8
no matter what	8
points in a	8
it was found	8
in the space	8
of the euclidean	8
should not be	8
and the general	8
from the sun	8
would not be	8
michelson and morley	8
between any two	8
point out that	8
the two observers	8
owing to the	8
which they are	8
rotation of the	8
consequence of the	8
the observer on	8
the positions of	8
we could not	8
of the essays	8
it to be	8
was to be	8
intervals of time	8
miles a second	8
we speak of	8
is meant by	8
is subject to	8
that it will	8
the idea that	8
by various contributors	8
the problem of	8
on the subject	8
of the time	8
what is the	8
to an observer	8
the newtonian theory	8
which can be	8
based on the	8
than that of	8
we see that	8
depends upon the	8
account for the	8
that if we	8
particles of matter	8
the rate of	8
of nature are	8
proportional to the	8
point of the	8
a part of	8
of the nature	8
a continuum of	8
suppose that we	8
as compared to	8
of the einstein	8
we must have	8
some of the	8
on the spherical	8
by the editor	8
point on the	8
we may say	8
in some way	8
body in space	8
law of inertia	8
in the special	8
i do not	8
are in relative	8
of general relativity	8
were to be	8
of the bodies	8
of the squares	8
as a matter	8
the point of	8
large number of	8
of the rod	8
distance from the	8
that we know	8
find that the	8
direction of motion	8
compared to the	8
straight line in	8
at the time	8
there is an	7
the displacement of	7
is in the	7
respect to a	7
the assumption that	7
in the nature	7
system of reference	7
and the time	7
show that the	7
but there is	7
and if the	7
the only thing	7
observer and the	7
be referred to	7
for the first	7
at the end	7
the time it	7
see that the	7
it is clear	7
the help of	7
the sun and	7
earth and the	7
it is moving	7
precisely the same	7
the way in	7
a speed of	7
it is impossible	7
view of the	7
shown in the	7
line and plane	7
a large number	7
point in the	7
the one which	7
the new law	7
square root of	7
right and left	7
the same instant	7
there can be	7
and that it	7
in a state	7
a result of	7
they do not	7
a fourth dimension	7
about the sun	7
with an acceleration	7
as they are	7
and space and	7
in a form	7
of an ether	7
wave theory of	7
will be a	7
the edge of	7
we shall find	7
so that it	7
many of the	7
ideas of the	7
the behavior of	7
direction of their	7
of gravitation and	7
ether of the	7
to show that	7
moving with the	7
that a body	7
that there was	7
relative motion of	7
in every case	7
result of the	7
be detected by	7
in the theory	7
by the sun	7
that it would	7
known as the	7
motion in a	7
speak of the	7
for this purpose	7
the theory that	7
the phenomenon of	7
in a plane	7
the two systems	7
in exactly the	7
the earth to	7
if we take	7
in the two	7
away from the	7
of the phenomena	7
portion of the	7
our solar system	7
to do with	7
theory of the	7
a body is	7
at this point	7
or the other	7
we are not	7
properties of the	7
in all directions	7
of the stars	7
to the direction	7
to determine the	7
assume that the	7
to the system	7
the expression of	7
means of a	7
the square root	7
a piece of	7
the question whether	7
as to make	7
in any other	7
into space and	7
earth in its	7
that the space	7
on the basis	7
this is a	7
curvature of space	7
found to be	7
the part of	7
the ground that	7
it is this	7
at rest with	7
the statement of	7
out to be	7
the field of	7
of its own	7
a statement of	7
the plane e	7
the phenomena of	7
but if the	7
but if we	7
absolute motion of	7
to serve as	7
world of four	7
the effect of	7
of an object	7
world of space	7
points in space	7
which is not	7
the place of	7
velocity with respect	7
and the editor	7
there must be	7
the observed phenomena	7
the work of	7
form of the	7
the elements of	7
is one of	7
but we can	7
of the scientific	7
value for the	7
galileo and newton	7
lead to the	7
property of the	7
dealing with the	7
and at the	7
the space of	7
will be seen	7
uniform motion in	7
to which it	7
of the contest	7
phenomenon of the	7
the difficulty of	7
to the motion	7
that the sun	7
interval of time	7
around the earth	7
that light is	7
the inertia of	7
give rise to	7
the source of	7
positions of the	7
displacement of the	7
the shape of	7
which is independent	7
we must be	7
but we must	7
on which the	7
to the fact	7
we have already	7
rest with respect	7
we are moving	7
it should be	7
do not know	6
to the idea	6
at the rate	6
to be sure	6
as compared with	6
of the sphere	6
of relativity has	6
to be true	6
edge of the	6
the parallel postulate	6
dimensional world of	6
a world of	6
the same to	6
of the spectrum	6
nature of matter	6
the speed of	6
well as the	6
as we shall	6
when we say	6
our space is	6
beam of light	6
by the fact	6
the limiting case	6
attraction of the	6
we were to	6
it is thus	6
it is that	6
of the point	6
of relativity and	6
with constant velocity	6
that is not	6
of what is	6
the method of	6
in straight lines	6
by the earth	6
we get the	6
of the fundamental	6
laws of mechanics	6
and the same	6
the same length	6
of the moon	6
of a gravitational	6
what is true	6
velocity of a	6
a body in	6
direction in which	6
it in the	6
to be in	6
the earth through	6
independent of any	6
we must not	6
turn out to	6
to give a	6
but we cannot	6
a certain time	6
they must be	6
such as the	6
the sensation of	6
of relativity the	6
according to einstein	6
equations of the	6
moving with a	6
force of gravity	6
path of a	6
inversely as the	6
of the most	6
line in the	6
that may be	6
university of leyden	6
of a system	6
of the air	6
of matter and	6
reference to which	6
miles an hour	6
it turns out	6
a group of	6
of time as	6
or any other	6
there will be	6
the observed facts	6
contributors and the	6
meeting of the	6
same direction as	6
system of geometry	6
the circumference of	6
but this is	6
if the observer	6
in one direction	6
the absolute motion	6
principle of equivalence	6
and that he	6
of the problem	6
in the course	6
the line joining	6
johns hopkins university	6
might have been	6
we had supposed	6
of which is	6
by einstein in	6
relatively to the	6
various contributors and	6
by the observer	6
of the book	6
of the system	6
coordinates of the	6
the distance from	6
frames of reference	6
all bodies in	6
propagation of light	6
the details of	6
such a system	6
as the most	6
motion through the	6
to get the	6
eclipse of the	6
that the distance	6
the cause of	6
the plane is	6
seems to be	6
of a certain	6
no such thing	6
together with the	6
the earth moves	6
medium for the	6
is true that	6
shows that the	6
let us suppose	6
may say that	6
of material bodies	6
the ether hypothesis	6
in the four	6
to make a	6
the rays of	6
we mean by	6
speak of a	6
case of a	6
mass of the	6
the measurement of	6
with the theory	6
parallel to the	6
to do this	6
points on the	6
same way as	6
the choice of	6
to investigate the	6
of their motion	6
we know the	6
the doctrine of	6
of two dimensions	6
of one of	6
light on the	6
leads to the	6
is the result	6
a mathematical transformation	6
which is to	6
the physical world	6
answer to the	6
system of co	6
we come to	6
the two points	6
and we have	6
was able to	6
motion of an	6
distortion of the	6
nature of light	6
existence of a	6
to distinguish between	6
in a given	6
before and after	6
any of the	6
the movement of	6
would be to	6
it is obvious	6
appears to be	6
that when the	6
of an ellipse	6
of the relative	6
the manner in	6
between two events	6
must be the	6
of relativity a	6
connection between the	6
because of the	6
we should have	6
to be taken	6
of disposition of	6
the squares of	6
that he had	6
from that of	6
of the path	6
of length and	6
to the velocity	6
in the center	6
gravitational field of	6
the earth on	6
in the form	6
we attempt to	6
the study of	6
does not exist	6
is moving in	6
the velocity with	6
it is merely	6
in space is	6
with the help	6
for the two	6
spite of the	6
from new york	6
if there is	6
out that the	6
two points in	6
the general reader	6
the value of	6
if the two	6
to be able	6
universe as a	6
space is not	6
the development of	6
to point out	6
that are not	6
of the heavenly	6
it was the	6
light in a	6
the conception of	6
it was not	6
the heavenly bodies	6
that is the	6
the hypothesis of	6
any two points	6
the direction in	6
be taken as	6
sheet of paper	6
perihelion of mercury	6
of two events	6
the propagation of	6
in our minds	6
of light with	6
by the same	6
under the influence	6
presence of the	6
get the same	6
without reference to	6
away from s	6
true of the	6
relative motion between	6
mass of a	6
manner in which	6
the time taken	6
of light by	6
it is possible	6
seen to be	6
and the law	6
one or more	6
are of the	6
defined by the	6
a special case	6
that we may	6
a means of	6
the same result	6
to have been	6
and if it	6
that such a	6
which we call	6
fact that it	6
what we mean	6
such thing as	6
root of the	6
a form of	6
of any sort	6
we have always	6
to explain the	6
the question of	5
a theory of	5
this sort of	5
we believe that	5
laws of conservation	5
is not in	5
account of the	5
we are in	5
a source of	5
the body of	5
of measuring space	5
to be at	5
the rotation of	5
which are not	5
of its motion	5
he is at	5
the lorentzian ether	5
the whole of	5
when we speak	5
the equivalence hypothesis	5
of the solar	5
is not an	5
gravitational field is	5
for the other	5
are at rest	5
the formulation of	5
absolute space and	5
that so far	5
affected by the	5
relations between the	5
be possible to	5
the line is	5
to deal with	5
there would be	5
there is one	5
to the ground	5
of all observers	5
to be considered	5
position in space	5
is called the	5
relativity of motion	5
independent of all	5
of the sum	5
to the diameter	5
in uniform motion	5
curvature of the	5
the essay by	5
of miles per	5
on the same	5
the real world	5
dimensions of the	5
dependent on the	5
at a certain	5
would then be	5
of the prize	5
of the geometry	5
an observer in	5
of the line	5
of all other	5
think of the	5
the unit of	5
presence of matter	5
it is at	5
line of the	5
that the observed	5
have no effect	5
of an observer	5
his theory of	5
in a manner	5
light must be	5
a way that	5
to find a	5
the action of	5
angles to the	5
shall see that	5
the gravitational pull	5
if they are	5
the floor of	5
to be an	5
which it was	5
derived from the	5
is based on	5
velocity with regard	5
addition to the	5
and to the	5
enables us to	5
which we must	5
set of coordinate	5
that the same	5
of the great	5
the two sets	5
as the one	5
what is this	5
from the beginning	5
in dealing with	5
is in a	5
we are accustomed	5
force of gravitation	5
value of the	5
the modern geometer	5
nature of things	5
a change of	5
as we know	5
are not so	5
all of them	5
the impossibility of	5
in which there	5
force due to	5
the earth has	5
lay down a	5
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the acceleration of	5
by saying that	5
length in the	5
shall be able	5
to make it	5
the sense that	5
of the human	5
be affected by	5
of the particle	5
to him the	5
the relative velocity	5
is so small	5
in some cases	5
with such a	5
if the laws	5
is no such	5
that the line	5
the effect that	5
of the globe	5
as any other	5
state of affairs	5
the opposite direction	5
but we have	5
the same speed	5
in the opposite	5
the ether to	5
in precisely the	5
we are at	5
is equivalent to	5
wherever there is	5
found that the	5
given by the	5
the earth with	5
we find it	5
the reader will	5
waves set up	5
close to the	5
can be deduced	5
of the second	5
that a certain	5
would be the	5
the man who	5
that time and	5
the same point	5
as to be	5
are in a	5
deflection of light	5
be at rest	5
the lorentz transformation	5
as a result	5
an observer moving	5
block of film	5
do the same	5
and it was	5
in regard to	5
a picture of	5
are going to	5
the eclipse of	5
our knowledge of	5
the first and	5
the discussion of	5
the foundations of	5
change of axes	5
side of the	5
if the earth	5
and space as	5
the importance of	5
in that it	5
showed that the	5
in this sense	5
in the other	5
now we have	5
is that we	5
a point on	5
to do so	5
let us imagine	5
the human mind	5
the reason for	5
the best of	5
a way as	5
of the perihelion	5
some of these	5
it is of	5
of conservation of	5
is the very	5
uniform rectilinear motion	5
in the process	5
are equivalent for	5
size of the	5
space in which	5
the sun in	5
the competing essayists	5
is that it	5
subject to gravitation	5
to be expected	5
of a finite	5
are the same	5
that matter is	5
that the universe	5
would lead to	5
the attractive power	5
way as to	5
long as we	5
thought of as	5
the notion of	5
that the observer	5
gravitation and inertia	5
time for the	5
in favor of	5
the same value	5
out of the	5
they are in	5
sets of axes	5
attraction of gravitation	5
of some sort	5
true or false	5
a first approximation	5
we have not	5
to be regarded	5
the relations of	5
values for the	5
time as the	5
the electromagnetic theory	5
gravitation and the	5
earth through the	5
whether it is	5
the four coordinates	5
he tells us	5
concepts of time	5
regarded as a	5
in the solar	5
accord with the	5
universe is spatially	5
we call the	5
so that we	5
ends of the	5
is obvious that	5
fraction of the	5
in the external	5
are such that	5
from the standpoint	5
there may be	5
reference to any	5
we can not	5
the answer to	5
believe that the	5
a particular case	5
as in case	5
amount of energy	5
conception of time	5
sun and the	5
the first of	5
equivalent for the	5
as the other	5
clear that the	5
as to whether	5
have the same	5
a total eclipse	5
if we can	5
pull of the	5
so it is	5
president of the	5
an example of	5
the significance of	5
einstein theory of	5
that space is	5
is not so	5
opposed to the	5
the size of	5
not at all	5
measure the length	5
as the square	5
which have been	5
the planet mercury	5
the answer is	5
new theory of	5
the realm of	5
the things which	5
about the motion	5
as soon as	5
of light passing	5
is the medium	5
of the observed	5
that there can	5
the character of	5
a transformation of	5
to make this	5
shall have to	5
use of a	5
movement of the	5
with the earth	5
for we are	5
of the very	5
a finite universe	5
it had been	5
in the second	5
has been shown	5
and of course	5
so small that	5
the rest of	5
our conception of	5
points a and	5
the other three	5
of the source	5
of nature which	5
in relation to	5
the sun would	5
obtain the same	5
less than a	5
two or three	5
the classical geometer	5
special case of	5
electromagnetic theory of	5
to those of	5
are we to	5
asks us to	5
of the circumference	5
for the purpose	5
in the above	5
point of reference	5
but that is	5
of the field	5
for any other	5
at first sight	5
time as a	5
particle of matter	5
it ought to	5
a phenomenon of	5
state of the	5
continuum of points	5
simultaneity of events	5
in a single	5
according to this	5
the standpoint of	5
or more of	5
aspects of the	5
this part of	5
on account of	5
belief in the	5
change in the	5
influence of gravitation	5
it will not	5
if it does	5
stream and back	5
the ether was	5
the einstein editor	5
to the effect	5
rise to a	5
with which it	5
we may call	5
of the various	5
every one of	5
the ray of	5
the matter of	5
observer in the	5
motion in space	5
of human thought	5
of what we	5
referred to a	5
that we cannot	5
different values for	5
of motion is	5
is found to	5
one or the	5
as we had	5
we think of	4
relativity and the	4
in this ether	4
a good many	4
different from that	4
he does not	4
is spatially finite	4
motion and the	4
the light of	4
answer this question	4
to realize that	4
we shall not	4
keep track of	4
of a fourth	4
occupied by the	4
and time measurements	4
the other two	4
the bell is	4
general laws of	4
with those of	4
so that in	4
theory and the	4
on the nature	4
of the star	4
the results obtained	4
do with the	4
appear to have	4
relatively to one	4
is not necessary	4
i wish to	4
between the points	4
to the view	4
length and breadth	4
we are now	4
of all our	4
us from the	4
knowledge of the	4
long enough to	4
in the floor	4
the particle is	4
we are tempted	4
total eclipse of	4
by which the	4
of course we	4
of relativity it	4
when we look	4
to the wave	4
we deal with	4
has not been	4
and which we	4
of the equations	4
a question of	4
the orbit of	4
unaccelerated frames of	4
is the only	4
in point of	4
that the path	4
this may be	4
system of the	4
the same relation	4
law of the	4
conditions of the	4
is the fundamental	4
is nothing but	4
a constant acceleration	4
measurement of time	4
the connection between	4
in the figure	4
in the plane	4
to the space	4
axes from the	4
new set of	4
shape of the	4
that in any	4
if we could	4
a position to	4
represented by the	4
to assume that	4
distance between the	4
their distances from	4
sun would be	4
for him to	4
if we think	4
made it clear	4
meant by the	4
disc on the	4
two and three	4
velocity with which	4
which we should	4
which is of	4
systems of coordinates	4
is of course	4
that there are	4
side by side	4
of rigid bodies	4
conservation of energy	4
to the new	4
be ascribed to	4
time of the	4
field and the	4
is no way	4
that we were	4
not affected by	4
up and down	4
number of essays	4
is of such	4
orbit of mercury	4
he has to	4
the application of	4
of it as	4
the process of	4
equations of motion	4
of this hypothesis	4
falling with the	4
we may now	4
departure from euclidean	4
a plane is	4
the mean density	4
by all means	4
part of a	4
space and absolute	4
reality of the	4
because the earth	4
does not in	4
and so on	4
will be the	4
the competing essays	4
for the statement	4
he did not	4
a space of	4
are tempted to	4
where it is	4
happens to be	4
majority of the	4
three mutually perpendicular	4
may well be	4
that it takes	4
of the plates	4
that one of	4
the special and	4
a natural law	4
this result is	4
arrive at the	4
of such character	4
element of the	4
expression of the	4
of any other	4
the description of	4
to the extent	4
realized that the	4
and time intervals	4
that it does	4
up of the	4
would be a	4
in still water	4
mechanical principle of	4
of the mirror	4
we take a	4
the history of	4
absolute reference frame	4
when we have	4
state of rest	4
there are no	4
within the range	4
equal to the	4
we can see	4
be noted that	4
due to a	4
sense of euclidean	4
the first case	4
mathematical statement of	4
can have no	4
metrical properties of	4
in the old	4
the other is	4
are due to	4
ether does not	4
the sequence of	4
concept of time	4
under the gravitational	4
straight line with	4
we will call	4
to a point	4
if we know	4
to the reality	4
he is in	4
lies in the	4
all of these	4
let us say	4
the beginning of	4
he means by	4
all kinds of	4
the science of	4
difference in the	4
and in no	4
of the best	4
of the reference	4
light from the	4
instead of being	4
the sun has	4
as a consequence	4
we can calculate	4
mutually perpendicular lines	4
space may be	4
place in the	4
at the center	4
and all those	4
that it must	4
expressed in terms	4
is as good	4
is by no	4
the same results	4
the special principle	4
so that no	4
his theory is	4
to our own	4
than any other	4
is simply a	4
if the ether	4
equal intervals of	4
it takes to	4
it will have	4
special principle of	4
as a mathematical	4
other than the	4
point of space	4
of a rod	4
we have only	4
is given by	4
may be regarded	4
to us from	4
bodies in space	4
the metrical properties	4
the waves of	4
his system of	4
of such an	4
and the phenomena	4
living on the	4
of the one	4
the mathematician is	4
comparable to that	4
of electromagnetic fields	4
matter and the	4
the first time	4
of a planet	4
x and y	4
the forces of	4
as shown in	4
for an observer	4
we should be	4
does not occur	4
of reference are	4
let us consider	4
theory is the	4
of physical laws	4
would be that	4
that it might	4
to find the	4
the angles of	4
a certain point	4
space are not	4
to make our	4
is the most	4
a sheet of	4
a position of	4
of a force	4
on the whole	4
geometrical character of	4
as the basis	4
is clear that	4
in the room	4
be represented by	4
parts of the	4
of a single	4
aware of the	4
of a world	4
moves with reference	4
it is found	4
assuming that the	4
of a ray	4
electric and magnetic	4
may be made	4
the effects of	4
space to be	4
to space and	4
we must make	4
to a new	4
with the sun	4
he had to	4
at the point	4
relativity is a	4
the elapsed time	4
the set of	4
subject to the	4
that it should	4
rather than a	4
at any instant	4
just as well	4
it could be	4
of a circle	4
based upon the	4
set up by	4
picture of the	4
to the gravitational	4
has already been	4
some of our	4
when the light	4
so we must	4
this theory is	4
moving through the	4
the centre of	4
all the metrical	4
by an observer	4
the ether has	4
of events is	4
that we do	4
in the scientific	4
set out to	4
the notion that	4
the discovery of	4
of one another	4
the frame of	4
follows that the	4
velocity through the	4
whether we are	4
system moving with	4
of his own	4
euclidean and non	4
form of an	4
to this question	4
is less than	4
an inertial system	4
pointed out that	4
which the name	4
are able to	4
seem to have	4
the same transformation	4
but what is	4
the direction which	4
in the university	4
our coordinate axes	4
said to be	4
case of light	4
than as a	4
there was no	4
we have said	4
reference to some	4
the mathematical expression	4
when we measure	4
they will be	4
eclipse of may	4
the moon and	4
is precisely what	4
this is so	4
of the michelson	4
made in the	4
the more general	4
of which it	4
doctrine of the	4
which of the	4
with a constant	4
the necessity of	4
the earth or	4
idea of a	4
in contact with	4
in any direction	4
the explanation of	4
phase of the	4
the philosophy of	4
of the ray	4
is well known	4
which did not	4
small as to	4
to us to	4
the four dimensions	4
we can draw	4
well as to	4
all of our	4
history of the	4
exerted by the	4
must have a	4
is moving with	4
a consequence of	4
of the details	4
in a position	4
which it has	4
the eclipse expedition	4
much the same	4
of gravitation which	4
with which the	4
will be noted	4
that if a	4
a beam of	4
the distinction between	4
things which we	4
in the very	4
the only possible	4
greater and greater	4
constant with regard	4
if we had	4
ideas of time	4
such a law	4
that of an	4
is exactly the	4
the distance of	4
the sun was	4
now it is	4
acceleration of the	4
what he means	4
the range of	4
a system moving	4
the invariant expression	4
the other side	4
as good as	4
as a special	4
that a ray	4
in place of	4
can be no	4
theory and its	4
greater than the	4
that the mathematician	4
the constancy of	4
it is plain	4
is indeed a	4
the three space	4
to all observers	4
out of its	4
for such a	4
and on the	4
and we shall	4
values of the	4
which the theory	4
a statement about	4
laws of physics	4
is it not	4
at that point	4
b and c	4
of the medium	4
when we come	4
the corpuscular theory	4
for it is	4
this has been	4
dimensional space is	4
will find that	4
of the old	4
of a light	4
pass from one	4
from the euclidean	4
the essays submitted	4
which is also	4
depend upon the	4
to go out	4
it was possible	4
and the ether	4
whether or not	4
to the truth	4
thing as absolute	4
the coordinates of	4
the copernican system	4
a way of	4
as being in	4
geometrical properties of	4
which are to	4
in time and	4
essay by prof	4
on the moon	4
choice of coordinates	4
at the university	4
had shown that	4
conservation of mass	4
the system is	4
the investigation of	4
assumption about the	4
there is some	4
be such that	4
representation of the	4
of the true	4
it with the	4
that the geometry	4
by the square	4
of theoretical physics	4
use of the	4
as an absolute	4
a short distance	4
we have been	4
from the essay	4
a coordinate system	4
elements to which	4
field of the	4
light and the	4
of the absolute	4
our attention to	4
elements of the	4
the world is	4
have been expected	4
light in the	4
one body in	4
at uniform velocity	4
the general principle	4
that the curvature	4
in the end	4
turns out that	4
of the cross	4
of the greatest	4
development of the	4
form of a	4
but not in	4
with the idea	4
and the sun	4
of the foci	4
made up of	4
it is to	4
of the electron	4
not interfered with	4
at a speed	4
ether of space	4
rather than to	4
the ideas of	4
up with the	4
rate of miles	4
the names of	4
us that the	4
them to be	4
in reference to	4
points and lines	4
shown by the	4
of the eye	4
the simplicity of	4
we have at	4
that light was	4
no room for	4
of a moving	4
conceptions of the	4
three thousand words	4
to represent the	4
explanation of the	4
of the reality	4
the same manner	4
make it clear	4
may now be	4
to be of	4
it is only	4
the surrounding bodies	4
another point of	4
and we should	4
of a particle	4
be out of	4
with the external	4
squares of the	4
us with a	4
with the utmost	4
the given continuum	4
distinguish between them	4
this space is	4
by virtue of	4
of the set	4
the editor has	4
euclidean geometry and	4
by assuming that	4
moves in a	4
with the special	4
and absolute time	4
the seat of	4
body in the	4
gravitation and acceleration	4
miles in the	4
based on a	4
the standards of	4
expression of a	4
position of a	4
for the present	4
round the sun	4
of natural phenomena	4
the dimensions of	4
flash of light	4
of the conditions	4
and all the	4
for some reason	4
for the general	4
the world as	4
is the law	4
be thought of	4
of mathematics and	4
to consider the	4
as has been	4
we should say	4
corresponds to the	4
the most fundamental	4
special and the	4
can never be	4
in no sense	4
that the only	4
serve as a	4
the round trip	4
we need only	4
of the lorentzian	4
that it may	4
must be in	4
his attention to	4
with the time	4
light with regard	4
that he was	4
terms of our	4
c is the	4
a uniform velocity	4
direction of its	4
this of course	4
seems to me	4
may not be	4
lines in the	4
part of space	4
in a certain	4
dependent upon the	4
no longer have	4
was possible to	4
of a material	4
the general laws	4
the milky way	4
of uniform velocity	4
to return to	4
the matter is	4
how are we	4
is merely an	4
sir frank dyson	4
the motion is	4
a velocity of	4
new york times	4
in the general	4
is not possible	4
earth as a	4
hold good for	4
if the space	4
compared with the	4
of an absolute	4
that the whole	4
is in fact	4
frac v c	4
only if the	4
of a new	4
a property of	4
we consider the	4
clear and simple	4
of electromagnetic phenomena	4
are accustomed to	4
of a large	4
gravitational force is	4
showed that if	4
order of magnitude	4
the light had	4
which we will	4
laws of dynamics	4
which in the	4
a great deal	4
means of the	4
g dx g	4
the other observer	4
respect to one	4
place of the	4
the fixed stars	4
by his clock	4
of space is	4
if the sun	4
be impossible to	4
in each case	4
measure the velocity	4
be seen that	4
in a euclidean	4
a flash of	4
there is not	4
the deflection of	4
a spherical surface	4
if an observer	4
the mechanical principle	4
in any of	4
the uniformity of	4
a frame of	4
fact that in	4
of the original	4
sir oliver lodge	4
moving with uniform	4
in his own	4
in the physical	4
is in motion	4
of practical geometry	4
we know it	4
the same in	4
motion of all	4
in one way	4
force exerted by	4
because it was	4
the centrifugal force	4
in case a	4
as long as	4
scientific american for	4
of the paper	4
speed of light	4
of points in	4
ether and the	4
most important result	4
the euclidean geometry	4
the three dimensions	4
for the time	4
as absolute motion	4
perpendicular to the	4
the relation of	4
rest of the	4
the space and	4
effect of the	4
at rest in	4
three or five	4
the very fact	4
what we call	4
the mechanism of	4
it to the	4
to the newtonian	4
a rotation of	4
must be regarded	4
of light which	4
the name of	4
at rest or	4
we no longer	4
principle of the	4
the movements of	4
from each other	4
is not affected	4
of relativity which	4
in a vacuum	4
if he were	4
the ether which	4
came into being	4
or if we	4
the product of	4
on this subject	4
the distortion of	4
to be sought	4
is defined by	4
be prepared to	4
is only a	4
finds that the	4
between it and	4
the moon is	4
standard of time	4
to give up	4
and vice versa	4
might be expected	4
shown to be	4
the fundamental concepts	4
of the room	4
direction which we	4
of our senses	4
the validity of	4
there are several	4
than the earth	4
set in motion	4
to the layman	4
to the special	4
does not mean	4
not believe that	4
in my opinion	4
through the third	4
for the prize	4
referred to as	4
of relative motion	4
of natural law	4
with the acceleration	4
conclusion that the	4
confined to the	4
formula for the	4
appear to be	4
can be detected	4
should say that	4
thing in the	4
do away with	4
dx g dx	4
two of the	4
nothing else than	4
it is now	4
has been made	4
is in accord	4
points in the	4
have only to	4
fall from a	4
existence of an	4
neighborhood of matter	4
that the other	4
would be no	4
the invariance of	4
reason for the	4
that it has	4
by an amount	4
but to the	4
interval between two	4
of the mind	4
disposition of the	4
appear to us	4
of the observations	4
and the theory	4
space about us	4
shall find that	3
in the light	3
laws of gravitation	3
to this medium	3
the concepts of	3
the formula for	3
those due to	3
properties of matter	3
and we must	3
instant of time	3
is an ether	3
by any possibility	3
in uniform movement	3
approximation to the	3
of course if	3
the moon would	3
is the one	3
up in the	3
motion is relative	3
for every possible	3
since it is	3
introduced into the	3
of the displacement	3
complete history of	3
lines of force	3
or one about	3
the observation of	3
nothing to do	3
by a suitable	3
it is there	3
the acceleration is	3
attempt to explain	3
to the reader	3
note the time	3
a change in	3
general principle of	3
and partly of	3
or of the	3
of any kind	3
the postulate of	3
as a rule	3
be in the	3
the general case	3
his point of	3
the red end	3
been one of	3
of bodies in	3
the extent to	3
they had to	3
freely moving bodies	3
if we add	3
influence upon the	3
our belief in	3
are moving through	3
to the contrary	3
take for granted	3
one negative dimension	3
in a jelly	3
the tracks of	3
in much the	3
which the earth	3
at variance with	3
motion to one	3
position and motion	3
we should get	3
light which is	3
of the water	3
with constant acceleration	3
and not to	3
to some external	3
the generalized theory	3
the smaller the	3
by the presence	3
elements of which	3
is known as	3
it did not	3
the same form	3
standards of space	3
body is moving	3
a discussion of	3
basis of the	3
track in the	3
we can say	3
must be such	3
an object in	3
the net result	3
sequence of events	3
the reference system	3
the geometrical character	3
the case when	3
that the world	3
or whether it	3
then if the	3
that the idea	3
as the fourth	3
it is all	3
shifting of the	3
velocity of miles	3
geometry at all	3
if we find	3
all over the	3
must be so	3
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as the earth	3
is found that	3
has made it	3
of light as	3
which of course	3
to detect absolute	3
can be considered	3
is a single	3
it will appear	3
of relativity as	3
einstein in his	3
the space may	3
geometry of euclid	3
to admit that	3
as it were	3
particular set of	3
from the stars	3
for the eugene	3
the sides of	3
is of importance	3
why it is	3
separation between two	3
more general case	3
have no influence	3
by the ordinary	3
geometry of space	3
two right angles	3
time at a	3
to discuss the	3
that the planets	3
it cannot be	3
of the moving	3
and those of	3
into the equations	3
light in vacuo	3
of the continuum	3
the conditions of	3
space of our	3
the temperature of	3
of axes fixed	3
will appear to	3
if we do	3
or of uniform	3
number of dimensions	3
continuum of space	3
the line ab	3
to one of	3
the origin of	3
our ability to	3
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light passing near	3
space and at	3
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need only point	3
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a wee bit	3
what it is	3
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of the non	3
it is quite	3
the other to	3
passing near the	3
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formed by the	3
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if i am	3
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point and line	3
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rest or of	3
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of the sort	3
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by a force	3
academy of sciences	3
which we cannot	3
the magnitude of	3
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that the waves	3
to the magnitude	3
two of these	3
axes at any	3
velocity of sound	3
very fact that	3
the gun is	3
we can imagine	3
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he found that	3
whether a body	3
the resistance of	3
to a coordinate	3
corresponding to the	3
special theory is	3
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of his watch	3
by any means	3
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three space dimensions	3
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to a standstill	3
backwards and forwards	3
we have then	3
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we change our	3
in most cases	3
effect of a	3
the coincidence of	3
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the earth around	3
to the floor	3
material bodies are	3
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in theoretical physics	3
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the reader into	3
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a material medium	3
from the ether	3
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the very beginning	3
the confirmation of	3
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be found in	3
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been made to	3
be set up	3
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which are sufficiently	3
einstein has had	3
all this is	3
contributed by the	3
is a continuum	3