OurBigBook
About
$
Donate
Sign in
+
Sign up
by
Ciro Santilli
(
@cirosantilli,
34
)
Momentum operator
...
Particle physics
Quantum mechanics
Non-relativistic quantum mechanics
Schrödinger equation
Uncertainty principle
Position and momentum space
Like
(0)
1 By others
on same topic
0 Discussions
Updated
2024-12-15
+
Created
1970-01-01
See my version
One dimension in
position representation
:
p
^
=
−
i
ℏ
∂
x
∂
(1)
In three dimensions In position representation, we define it by using the
gradient
, and so we see that
p
^
=
−
i
ℏ
∂
x
∂
(2)
Video 1.
Position and Momentum from Wavefunctions by
Faculty of Khan
(2018)
Source
. Proves in detail why the
momentum operator
is
∂
x
∂
. The starting point is determining the time
derivative
of the
expectation value
of the
position operator
.
Ancestors
(10)
Position and momentum space
Uncertainty principle
Schrödinger equation
Non-relativistic quantum mechanics
Quantum mechanics
Particle physics
Physics
Natural science
Science
Home
Incoming links
(3)
Derivation of the Klein-Gordon equation
Momentum operator
Uncertainty principle
View article source
Discussion
(0)
Subscribe (1)
+
New discussion
There are no discussions about this article yet.
Articles by others on the same topic
(1)
Show body
Body
0
Momentum operator
by
Wikipedia Bot
0
1970-01-01
See all articles in the same topic
+
Create my own version