RQ wrote:However Hawking says that a neutron is made up of two down quarks with a -1/3 charge and one up quark with a +2/3 charge making it add up to 0. Then a proton is two up and one down quarks adding up to a total of -1/3 (quite controversial).
Now quarks have 6 "flavors" - up, sown, strange, charmed, bottom, and top. Each comes in three "colors" green, red, and blue.
bobxp wrote:WTF!! There are only 2 types of quarks, up and down.
arsenic wrote: negative mass is just a mass that has acceleration vector in an oppersite
direction of force vector
arsenic wrote:and I think imaginary mass is some kind of mass that has acceration vector which is pi/2 radian angle from force vector
arsenic wrote:from
E =mc^2
if you can tranform more than 100% mass to energy the negative mass
will appear
arsenic wrote:exsample
a cube of steel that has mass = 5 kilograms
when you tranform mass into energy the mass of steel will be decrease
from 5 kilograms to less than 5 kilogram
arsenic wrote:What enviroment that negative mass can live
I think negative mass can live in place that has no gravity
From gravity = G*m1*m2/r^2
if G = 0 there will be no gravity and the negative mass can live
arsenic wrote:If we get the negative mass how can we use it
I think negative mass has incredibly potential in pushing object
even a very small object that has negativemass can push a black hole
because it has acceration vector in an oppersite direction of force vector
alkaline wrote:arsenic wrote:from
E =mc^2
if you can tranform more than 100% mass to energy the negative mass
will appear
No, you can't. Where are you getting this idea from?
alkaline wrote:arsenic wrote: negative mass is just a mass that has acceleration vector in an oppersite
direction of force vector
Mass is a scalar quantity, not a vector. Thus this makes no sense.arsenic wrote:and I think imaginary mass is some kind of mass that has acceration vector which is pi/2 radian angle from force vector
So anything moving sideways is imaginary? this is just silly. Mass is changed by your speed when you are close to the speed of light, but otherwise the difference is too small to be noticeable.
arsenic wrote:I think some kind of mass is related to 4d
If there is some kind of mass that has acceration vector in marp or garp direction when you push it in 3d direction that kind of mass should be some kind of mass that is not positive ,negative ,imaginenary,complex
complex mass is the mass that has accrelation vector in some angle
which is not pi/2 radian,-pi/2 radian such as the mass that has accrelation in pi/4 radian from force vector is a complex mass
arsenic wrote:only positive mass has accreration vector in same directon of force vector
If mass is not positive and there is only one force to push it it will
move in some direction but not in the same direction of the force vector
exsample
negative mass has accrelation vector in oppersite direction of force vector
so even you pull it with 10000000000 newtons of force it will not come close to you
<------------------your force vector
--------------------> the negative mass will move in this way even there is only one force(your force) to pull it
arsenic wrote:only positive mass has accreration vector in same directon of force vector
If mass is not positive and there is only one force to push it it will
move in some direction but not in the same direction of the force vector
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