On Sep 7, 6:00 pm, hungus wrote:
On Sep 7, 11:32 pm, Igor wrote:





On Sep 6, 2:53 pm, " wrote:

On Sep 6, 1:59 pm, Igor wrote:

On Sep 6, 12:21 pm, " wrote:

Is this true:

1.

a) An electron charge has an negative? electric field (E_FIELD)

The standard convention is for electric fields to go from positive
charges to negative charges.'

wrong fool

the current of charges is that standard convention, not
the electric field or any fields



b) ...but a photon's E_Field is neutral?

Your statement is meaningless. The electric field of an EM wave
oscillates transverse to the direction in which it is traveling.

wrong fool,

that is only a depiction, for fools, in a try to understand,
and it is an amplitude of somthin, not a field



So is it's magnetic component but that doesn't make the photon's
magnetic field neutral.

Tom Roberts or someone once told me either the photon has zero charge
and/or zero electric field, most likely both since I believe the
Electric Force is a component of the Electric field and if E = 0 then
likewise the E_Field (E= kqq/r^2).

c) An electron E_Field becomes neutral when coupled with a proton.

The word neutral is meaningless with electric fields. There is a

exactly fool,

you just said before that it has a direction, from plus ta minus

what a fool

combined field going from the proton to the electron that is divergent
at the opposite ends.

what tha fok is a combined field, which goes, still,

you foken moron







A neutral E_field will have zero effect on other charges (other
electrons).

2.

a) An electron charge's E_FIELD is in all directions

Correct.

b) A photon's E_FIELD is longitudinal "only" with the photon's travel
direction?

My mistake, transverse as you said.

Longitudinal fields are associated with mass. The fields of an EM
wave are transverse. However, there may be sa longitudinal component
if the photon had a mass, which would need to be extremely small. The
latest experimental upper bound is on the order of 10^-51 grams.

c) A electron charge's E_FIELD is in zero direction (neutral) when
coupled with a proton (or perhaps longitudinal with the direction of
the proton...and likewise in an electric circuit)?

What the hell is a zero direction? Not that it gets much better. You
really enjoy going out with complete nonsense, don't you?

look whos talkin

you are more foken stoopid than anyone else

get lost



I understand that you keep getting physics the science mixed up with
the physic that is colloquially used to describe a laxative, but try
to keep up.

On Sep 8, 8:12 pm, Igor wrote:
On Sep 7, 6:00 pm, hungus wrote:



On Sep 7, 11:32 pm, Igor wrote:

On Sep 6, 2:53 pm, " wrote:

On Sep 6, 1:59 pm, Igor wrote:

On Sep 6, 12:21 pm, " wrote:

Is this true:

1.

a) An electron charge has an negative? electric field (E_FIELD)

The standard convention is for electric fields to go from positive
charges to negative charges.'

wrong fool

the current of charges is that standard convention, not
the electric field or any fields

b) ...but a photon's E_Field is neutral?

Your statement is meaningless. The electric field of an EM wave
oscillates transverse to the direction in which it is traveling.

wrong fool,

that is only a depiction, for fools, in a try to understand,
and it is an amplitude of somthin, not a field

So is it's magnetic component but that doesn't make the photon's
magnetic field neutral.

Tom Roberts or someone once told me either the photon has zero charge
and/or zero electric field, most likely both since I believe the
Electric Force is a component of the Electric field and if E = 0 then
likewise the E_Field (E= kqq/r^2).

c) An electron E_Field becomes neutral when coupled with a proton.

The word neutral is meaningless with electric fields. There is a

exactly fool,

you just said before that it has a direction, from plus ta minus

what a fool

combined field going from the proton to the electron that is divergent
at the opposite ends.

what tha fok is a combined field, which goes, still,

you foken moron

A neutral E_field will have zero effect on other charges (other
electrons).

2.

a) An electron charge's E_FIELD is in all directions

Correct.

b) A photon's E_FIELD is longitudinal "only" with the photon's travel
direction?

My mistake, transverse as you said.

Longitudinal fields are associated with mass. The fields of an EM
wave are transverse. However, there may be sa longitudinal component
if the photon had a mass, which would need to be extremely small. The
latest experimental upper bound is on the order of 10^-51 grams.

c) A electron charge's E_FIELD is in zero direction (neutral) when
coupled with a proton (or perhaps longitudinal with the direction of
the proton...and likewise in an electric circuit)?

What the hell is a zero direction? Not that it gets much better. You
really enjoy going out with complete nonsense, don't you?

look whos talkin

you are more foken stoopid than anyone else

get lost

I understand that you keep getting physics the science mixed up with
the physic that is colloquially used to describe a laxative, but try
to keep up.

stop talkin about science you foken hypocrite

once again, you are totally parallel and not
tangent to any science

get lost