Thu 29 Aug, 2019 04:16 pm - Your last example I did not understand. mass would be divided by infinity - true. However, as I last pointed out this infinity would be a measure of density. Therefore, the outcome would be a... (view)
Thu 29 Aug, 2019 03:52 am - The matter of infinities I will address: the infinities we find in our cosmos are normally found in black holes. And these infinities normally relate to the density of a given black hole.... (view)
Wed 28 Aug, 2019 05:57 pm - Just a note to add to my last post. Another way to express the formula: ∞ = m / c3 is:
M = ∞c3
In my last post I made the error of saying that the ‘c3’ component could be... (view)
Wed 28 Aug, 2019 05:39 am - ∞ = m / c3
An infinity generally describes a region where spacetime curvature becomes infinite due to a gravitational singularity. Einstein’s Field equations suggest that in some areas... (view)
Tue 27 Aug, 2019 09:58 am - Dear All,
My above post about the generation of electromagnetism describes the force felt by an electron as it absorbs the electric and magnetic fields before it jumps up one or more energy levels... (view)
Mon 26 Aug, 2019 03:43 pm - I believe that the infinity symbol does fit the hypotheses of a black hole. I believe that this infinity can be equivalent because it refers to the 0% volume at the centre of a black hole in... (view)
Mon 26 Aug, 2019 03:37 pm - To be honest I do not know if this inverse proportionality holds true of even black holes. It is just a suggestion. Therefore, I do not know if it is measurable at all. (view)
Fri 23 Aug, 2019 12:27 pm - Having previously posted a small article about the early universe, I would like to update and add some ideas relating to this concept. Here it is:
∞ = mc3
Infinity = mass multiplied by the... (view)
Fri 23 Aug, 2019 12:18 pm - Space and Time are inversely proportional:
At the centre of a black hole there is an infinity (a singularity). However, it is my belief that this infinity does not refer to space and time but... (view)
Tue 25 Jun, 2019 04:36 am - Further to my last post – I have to point out that I made an error. I typed that mass = c3. However, I meant to write mass × c3. Basically, this equation describes the escape velocity... (view)