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Published 17.03.2016 | admin

Let us first position the pyramid so that two opposite sides of the square base are perpendicular to the x axis and the center of its base is at the origin of the x-y system of axes. The volume is found by adding all the volmes A dy that make the pyramid from y = 0 to y = H.

Ace My Math CourseMake sure you have added the right API Key on the Settings Page.AboutOur goal is simple – to create one of the best Math websites ever, with fresh content that will benefit ambitious students. Algebra 1 Free Access – Algebra 1 Course Access hundreds of Algebra 1 practice questions (including video explanations) immediately!

Algebra 2 Free Access – Algebra 2 Course Access hundreds of Algebra 2 practice questions (including video explanations) immediately!

GeometryGeometry – Under Construction We are currently working on lots of Geometry videos, which should be done soon!

Trigonometry Free Access – Trigonometry Access all our Trigonometry practice questions (including video explanations) immediately! Calculus Free Access – Calculus Course Access dozens of Calculus practice questions (including video explanations) immediately! Even though a few of the optical illusions here are already popular, I have enhanced many of them by animating them in some way - rotating, squashing, switching, sliding - you name it.

All these tracks look as though they've come from a broken down railway track, but in actual fact, they are perfectly parallel!

Also created by Akiyoshi, the lines in this picture below are completely parallel would you believe? What does this simple green signpost say?Guess again.Look at the bottom ofthe page for the answer.

Can you see dark blotches on the white 'junctions' in between the corners of these black squares? Once you've done this, very slowly - move your head backwards - making sure to keep your eyes focused on the dot at all times. It's an amazing effect and something I created whilst researching the problem with monitors and their inability to display real cyan. Also visit Skytopia's very own Light and Colour trivia page which speaks about and demonstrates effects similar to this illusion. If you enjoyed the Eclipse of Mars, you're gonna lovethe Eclipse of Titan (luminous green!) and Eclipse of Neptune (firey!) on our new page.

OK, this one really belongs in the Skytopia 3D stereoscopic gallery, but I just couldn't resist.

If you can't manage to see this cross eyed version below, then try the parallel version here. This cool optical illusion has been seen before, but I've spruced it up by adding colour, multiple layers, and making it bigger!! For more optical illusions similar to this one, visit Akiyoshi Kitaoka's Rotational illusion page. If you enjoyed that, we have a much better and more effective version (on top of other fascinating new lllusions!) as shown here.

Just like you did for the Eclipse of Mars, stare intently at the red dot in the center of the left block for about a couple of minutes.

The optical illusions that have been created by myself on this page and this page are copyright 2002 onwards D. The optimization of medical accelerators is the goal of a new network within the FP7 Marie Curie Initial Training Network scheme.

Neutrons and protons may appear quite spherical here on Earth, but two physicists in Spain and Germany have suggested that, if squeezed under enough pressure, these subatomic particles might squish themselves into cubic shapes.

Neutron stars are created when a star explodes in a violent supernova, shedding most of its matter and forcing the remaining 80–90% of the star's mass to collapse in on itself.

However, Felipe Llanes-Estrada, who is on leave at the Technical University of Munich, and Gaspar Moreno Navarro of the Complutense University of Madrid say that if the interior pressures are high enough, the neutrons could be squeezed into cubes.

The discovery of the pulsar came as a surprise to astronomers, who had previously not thought that neutron stars could be so big. Llanes-Estrada acknowledges this problem; namely that the increase in density would turn the new pulsar into a black hole unless something else is pushing outward. Kai Hebeler of Ohio State University in Columbus offers a note of caution about the simulation.

The researchers have a couple of ideas about how astronomers could possibly look for evidence of cubic neutrons in the new pulsar.

Actually, the free electrons are behaving in the same way like the neutrons - just at much lower energy density. I would suggest that these neutrons are probably close to spherical shape such like hexagonal or other more angular then only squared? When the "glitches" between layers of the neutron star occur, it seems there may be a number of different shapes the neutrons take as they settle into or out of the cubic configuration.

Quote:Originally posted by reader01 View commentNeutron star is like big atomic nucleus, quark stars represents quark plazma ( without gluons?? Quote:Originally posted by jjgravity View commentWhen the "glitches" between layers of the neutron star occur, it seems there may be a number of different shapes the neutrons take as they settle into or out of the cubic configuration.

Quote:Originally posted by Ragtime View commentActually, the free electrons are behaving in the same way like the neutrons - just at much lower energy density.

Re my reply involving the number 12 to justify the idea of the Galois primes;a restricted set inferring some ultimate transitional dimensions. Perimeter can be calculated even easier following the formula P = a ? 3 where a is the length of a side.

Here you can generate printable math worksheets for a multitude of topics: all the basic operations, clock, money, measuring, fractions, decimals, percent, proportions, ratios, factoring, equations, expressions, geometry, square roots, and more.

Worksheets for addition of fractions, organized into sections for grade 4, grade 5, and grades 6-7. Worksheets for multiplication of fractions and of mixed numbers, organized into sections for grade 4, grade 5, and grades 6-7. Worksheets for either changing fractions to decimal numbers, or decimal numbers to fractions.

Basic operations of decimal numbers, either in horizontal or column form, including long division.

Worksheets for writing numbers in expanded or normal form, or writing numbers in scientific notation. Options include radicand range, limiting the radicands to perfect squares, using whole numbers or decimals, giving the answer in simplified form or as a decimal, and including other operations (addition, subtraction, multiplication, division, and squaring) besides taking a square root.

Worksheets for either changing percents to decimal numbers, or decimal numbers to percents.

Three different basic types of problems: find a percentage of a given number, find the actual percent when the number and the part are given, or find the base number when the percentage and the part are given. Identify the seven different types of quadrilaterals (square, rectangle, rhombus, parallelogram, trapezoid, kite, and scalene quadrilateral).

Students either plot points, tell the coordinates of points, plot shapes from points, reflect shapes in the x or y-axis, or move (translate) them up, down, left, or right.

Worksheets for writing simple expressions with variables, when the expressions are given with words. Worksheets for evaluating simple expressions with variables, when the value of the variable(s) are given.

Solve equations, inequalities, and systems of equations, simplify or factor expressions, and much more with this online algebra solver.

Worksheets for practicing negative and zero exponents, available both in PDF and html formats.

This site has over 5,000 different math worksheets from kindergarten to pre-algebra and growing. If we look at the pyramid in a direction orthogonal to the x-y plane, it will look like a two dimensional shape as shown below. I mean, it's just a bunch of diagonal lines and a slightly distorted square in the middle - right?

It already looks quite 'wavy', but try slowly moving the mouse cursor up and down the center of the image - and focus on the cursor. These 2 colours (red and this exact shade of cyan) work better than any other colour combination for many reasons. If you can cross your eyes, so that both pictures slide 'into' each other - to form a third, 3D image between them, the effect you will see is truly stunning!Try focusing on something in between you and the monitor to help see the illusion.

For this parallel version you look behind the monitor and just like the cross eyed version - try to get the two tubes to match up. The idea is to focus on the dot in the centre and then move your head constantly towards and away from the monitor. Physics Connect lists thousands of scientific companies, businesses, non-profit organizations, institutions and experts worldwide. Although no evidence for such cubic neutrons has yet been obtained, an unprecedentedly heavy neutron star that was discovered last year could potentially house these unusually shaped particles. Although the cores of most neutron stars are just less than that density, a new, heavy pulsar discovered last year has a central region that exceeds that density by a factor of two, according to Llanes-Estrada – meaning that it could potentially harbour cubic neutrons. However, he suggests that poorly understood interactions between the neutrons may be strong enough to counter gravity and stave off collapse. He points out that rather than fleshing out the complex interplay of the quarks and gluons inside it, the study instead models the neutron as if it were a bag of quarks.

As segments of a neutron star that have settled into a crystalline lattice of cubes will be stiffer than expected, stellar seismologists could look for star quakes that produce types of waves that run through solids but not fluids. In three dimensions the sufficiently cooled electrons forming bulk-centered cubic lattice, which is known as Wigner crystal. I've previously read about Simhony's crystal universe, and I was talking with a guy last week about the New Scientist phase space article. Or myabe there are more shapes at once time ( close to the central point these shapes may be squared and close to surfices point the shape can be more angular ).

I should apologise for the idae that they are immediately some sort of physics rule book for the abs isolation of these extremes.Indeed logic and philosophy forbid the attitude.

They are also very customizable: you can control the number of problems, font size, spacing, the range of numbers, and so on.

Square roots worksheets page has been updated with more options — including worksheets in both PDF and html formats. If you want to distribute the links or worksheets on a website or publication, please contact us. Find ready-made worksheets for number bonds from 8 through 15 and a generator you can use for other numbers.

Includes skip-counting, multiplication tables, missing factors, multiplication algorithm (long multiplication), and factoring.

Topics include division facts, mental division, long division, division with remainders, order of operations, equations, and factoring.

You can choose the wordings of the problems, and control the number of decimals, range, font size, and more.

You can also make problems where the volume or surface area is given, along with some dimensions, and then you need to calculate either the volume or the surface area. You can control the number of problems, difficulty level, type of expressions, workspace, and more.

Plot a given inequality, write an inequality from a graph, or solve various types of linear inequalities with or without plotting the solution set. Since then, Academic Leaders has been given the privilege to contribute to the success of several students on their path to success.

For proof of this, the animation will swap between the two frames so you can see the square remains the same. You can give 1 or 2 answers, but you are not allowed to count 'overlapping' cubes as part of any one total. Unfortunately, Explorer has great trouble displaying GIF animations faster than about 10 frames per second, so I suggest saving the anim and then using an external such as Irfanview.

This is perhaps the most extreme example of I have found that distorts perception of length. If you're still stuck and you really want to see the illusion, try this site to help practise seeing 3-D stereo.

Unfortunately though, it needs to be made around four times as small due to the nature of parallel vision. If you move your head closer and further from the monitor (while focussing in the center), you should see some interesting interference effects too. Paul Demorest of the National Radio Astronomy Observatory in Charlottesville, Virginia, who was a member of the team that discovered the heavy pulsar, says that the extra compressibility would allow heavy neutron stars to achieve higher densities. Still, while this estimation is limited, Hebeler still finds the team's model to be reasonable. Another option is based on the fact that rotating neutron stars sometimes slow down or speed up abruptly, in an event known as a "glitch".

He told me about work by Stephen G Low, S Morgan, and PD Jarvis, concerning Born reciprocity and reciprocal relativity.

It is merely an observation that a cube has 12 edges which happen to coincide with the adjacent physics in context here as CubicNeutrons.

Options for using whole numbers only or numbers with a certain range or a certain number of decimal digits. You can control the type of problems, number of problems, whether a fractional slope is allowed, workspace, and more. Use integrals and their properties to find the volume of the square pyramid in terms of a and H. However, if you follow the yellow dots round instead, the whole wheel will be turning the other way!

These stars are so dense that gravitational pressure forces the electrons in atoms to merge with protons – forming neutrons. The snag, says Demorest, is that this "tends to lower the maximum allowed neutron-star mass". However, the extreme environment of a neutron star's interior could make the quantum-mechanical identities of the neutrons bleed into one another, so he wonders whether identifying their geometric shapes is relevant, although he admits that he cannot make a "solid statement" about the problem. The researchers say that such glitches might indicate a change in the way that different layers of the star interact – possibly hinting at neutrons entering or leaving cubic configurations if they occur in the heavy pulsar. It's not rocket science, despite it appears so at the first look.A much more interesting situation would emerge, when the repulsing particles are compressed even more. What caught my eye was "the wave equation may be alternatively computed as a coupled sets of relativistic spinning oscillators". We welcome you to explore our site, and hopefully you will find what we have created helpful.

The inside of the star ends up being composed almost entirely of neutrons, hence the name "neutron star". Due the asymptotic freedom of free quarks the neutrons would literally dissolve into superfluous quark-gluon condensate, the inner properties of which would appear quite similar to our vacuum. I presume, many intermediate semi crystalline states may appear during this, which would enable the formation of primitive molecules inside the core of neutron stars.

The pieces of condensed neutrons would revolve mutually like planetary systems inside of molten quark gluon fluid and they should appear quite transparent for energy waves spreading through this fantastic system.I presume, we could study such a geometry experimentally with electrons or tiny charged nanoparticles, attracted to surface of insulators with strong external electrostatic field. So now I am excited because IU find out from PhysicsWorld that the nature of real physics does have a connection with a cube. In formal maths there is a PlasticNumber which amounts to unity added to it to prove the cube. It reaslly IS the answer to Mark Ronans question about formal use of the number 12.In actual fact it IS to forward the suggestion to Hodges supporters publically what IS SO. One cannot argue with its wider philsophy.But physics is areal question of how nature is going about these axis of responsibility I agree. IFF however one extendsthe meaning of it to define a number which returns to itself through some simpleapplication of identifiable constantsthen there IS anothe rone.It puzzled me a long time ever to find some physical meaning for it. I withold it;it should be possible for enthusiastic readers of science-philosophy to elucidate the power to apply.

You would all recognise it immediately I guarentee.A certain problem is that it is actualy a transfinite boundary. Meanwhile I continue to learn with you of how we might well agree eventually to this neutron physics as a route.I infer to some acceptable view at last of how we have got space and matter?

Ace My Math CourseMake sure you have added the right API Key on the Settings Page.AboutOur goal is simple – to create one of the best Math websites ever, with fresh content that will benefit ambitious students. Algebra 1 Free Access – Algebra 1 Course Access hundreds of Algebra 1 practice questions (including video explanations) immediately!

Algebra 2 Free Access – Algebra 2 Course Access hundreds of Algebra 2 practice questions (including video explanations) immediately!

GeometryGeometry – Under Construction We are currently working on lots of Geometry videos, which should be done soon!

Trigonometry Free Access – Trigonometry Access all our Trigonometry practice questions (including video explanations) immediately! Calculus Free Access – Calculus Course Access dozens of Calculus practice questions (including video explanations) immediately! Even though a few of the optical illusions here are already popular, I have enhanced many of them by animating them in some way - rotating, squashing, switching, sliding - you name it.

All these tracks look as though they've come from a broken down railway track, but in actual fact, they are perfectly parallel!

Also created by Akiyoshi, the lines in this picture below are completely parallel would you believe? What does this simple green signpost say?Guess again.Look at the bottom ofthe page for the answer.

Can you see dark blotches on the white 'junctions' in between the corners of these black squares? Once you've done this, very slowly - move your head backwards - making sure to keep your eyes focused on the dot at all times. It's an amazing effect and something I created whilst researching the problem with monitors and their inability to display real cyan. Also visit Skytopia's very own Light and Colour trivia page which speaks about and demonstrates effects similar to this illusion. If you enjoyed the Eclipse of Mars, you're gonna lovethe Eclipse of Titan (luminous green!) and Eclipse of Neptune (firey!) on our new page.

OK, this one really belongs in the Skytopia 3D stereoscopic gallery, but I just couldn't resist.

If you can't manage to see this cross eyed version below, then try the parallel version here. This cool optical illusion has been seen before, but I've spruced it up by adding colour, multiple layers, and making it bigger!! For more optical illusions similar to this one, visit Akiyoshi Kitaoka's Rotational illusion page. If you enjoyed that, we have a much better and more effective version (on top of other fascinating new lllusions!) as shown here.

Just like you did for the Eclipse of Mars, stare intently at the red dot in the center of the left block for about a couple of minutes.

The optical illusions that have been created by myself on this page and this page are copyright 2002 onwards D. The optimization of medical accelerators is the goal of a new network within the FP7 Marie Curie Initial Training Network scheme.

Neutrons and protons may appear quite spherical here on Earth, but two physicists in Spain and Germany have suggested that, if squeezed under enough pressure, these subatomic particles might squish themselves into cubic shapes.

Neutron stars are created when a star explodes in a violent supernova, shedding most of its matter and forcing the remaining 80–90% of the star's mass to collapse in on itself.

However, Felipe Llanes-Estrada, who is on leave at the Technical University of Munich, and Gaspar Moreno Navarro of the Complutense University of Madrid say that if the interior pressures are high enough, the neutrons could be squeezed into cubes.

The discovery of the pulsar came as a surprise to astronomers, who had previously not thought that neutron stars could be so big. Llanes-Estrada acknowledges this problem; namely that the increase in density would turn the new pulsar into a black hole unless something else is pushing outward. Kai Hebeler of Ohio State University in Columbus offers a note of caution about the simulation.

The researchers have a couple of ideas about how astronomers could possibly look for evidence of cubic neutrons in the new pulsar.

Actually, the free electrons are behaving in the same way like the neutrons - just at much lower energy density. I would suggest that these neutrons are probably close to spherical shape such like hexagonal or other more angular then only squared? When the "glitches" between layers of the neutron star occur, it seems there may be a number of different shapes the neutrons take as they settle into or out of the cubic configuration.

Quote:Originally posted by reader01 View commentNeutron star is like big atomic nucleus, quark stars represents quark plazma ( without gluons?? Quote:Originally posted by jjgravity View commentWhen the "glitches" between layers of the neutron star occur, it seems there may be a number of different shapes the neutrons take as they settle into or out of the cubic configuration.

Quote:Originally posted by Ragtime View commentActually, the free electrons are behaving in the same way like the neutrons - just at much lower energy density.

Re my reply involving the number 12 to justify the idea of the Galois primes;a restricted set inferring some ultimate transitional dimensions. Perimeter can be calculated even easier following the formula P = a ? 3 where a is the length of a side.

Here you can generate printable math worksheets for a multitude of topics: all the basic operations, clock, money, measuring, fractions, decimals, percent, proportions, ratios, factoring, equations, expressions, geometry, square roots, and more.

Worksheets for addition of fractions, organized into sections for grade 4, grade 5, and grades 6-7. Worksheets for multiplication of fractions and of mixed numbers, organized into sections for grade 4, grade 5, and grades 6-7. Worksheets for either changing fractions to decimal numbers, or decimal numbers to fractions.

Basic operations of decimal numbers, either in horizontal or column form, including long division.

Worksheets for writing numbers in expanded or normal form, or writing numbers in scientific notation. Options include radicand range, limiting the radicands to perfect squares, using whole numbers or decimals, giving the answer in simplified form or as a decimal, and including other operations (addition, subtraction, multiplication, division, and squaring) besides taking a square root.

Worksheets for either changing percents to decimal numbers, or decimal numbers to percents.

Three different basic types of problems: find a percentage of a given number, find the actual percent when the number and the part are given, or find the base number when the percentage and the part are given. Identify the seven different types of quadrilaterals (square, rectangle, rhombus, parallelogram, trapezoid, kite, and scalene quadrilateral).

Students either plot points, tell the coordinates of points, plot shapes from points, reflect shapes in the x or y-axis, or move (translate) them up, down, left, or right.

Worksheets for writing simple expressions with variables, when the expressions are given with words. Worksheets for evaluating simple expressions with variables, when the value of the variable(s) are given.

Solve equations, inequalities, and systems of equations, simplify or factor expressions, and much more with this online algebra solver.

Worksheets for practicing negative and zero exponents, available both in PDF and html formats.

This site has over 5,000 different math worksheets from kindergarten to pre-algebra and growing. If we look at the pyramid in a direction orthogonal to the x-y plane, it will look like a two dimensional shape as shown below. I mean, it's just a bunch of diagonal lines and a slightly distorted square in the middle - right?

It already looks quite 'wavy', but try slowly moving the mouse cursor up and down the center of the image - and focus on the cursor. These 2 colours (red and this exact shade of cyan) work better than any other colour combination for many reasons. If you can cross your eyes, so that both pictures slide 'into' each other - to form a third, 3D image between them, the effect you will see is truly stunning!Try focusing on something in between you and the monitor to help see the illusion.

For this parallel version you look behind the monitor and just like the cross eyed version - try to get the two tubes to match up. The idea is to focus on the dot in the centre and then move your head constantly towards and away from the monitor. Physics Connect lists thousands of scientific companies, businesses, non-profit organizations, institutions and experts worldwide. Although no evidence for such cubic neutrons has yet been obtained, an unprecedentedly heavy neutron star that was discovered last year could potentially house these unusually shaped particles. Although the cores of most neutron stars are just less than that density, a new, heavy pulsar discovered last year has a central region that exceeds that density by a factor of two, according to Llanes-Estrada – meaning that it could potentially harbour cubic neutrons. However, he suggests that poorly understood interactions between the neutrons may be strong enough to counter gravity and stave off collapse. He points out that rather than fleshing out the complex interplay of the quarks and gluons inside it, the study instead models the neutron as if it were a bag of quarks.

As segments of a neutron star that have settled into a crystalline lattice of cubes will be stiffer than expected, stellar seismologists could look for star quakes that produce types of waves that run through solids but not fluids. In three dimensions the sufficiently cooled electrons forming bulk-centered cubic lattice, which is known as Wigner crystal. I've previously read about Simhony's crystal universe, and I was talking with a guy last week about the New Scientist phase space article. Or myabe there are more shapes at once time ( close to the central point these shapes may be squared and close to surfices point the shape can be more angular ).

I should apologise for the idae that they are immediately some sort of physics rule book for the abs isolation of these extremes.Indeed logic and philosophy forbid the attitude.

They are also very customizable: you can control the number of problems, font size, spacing, the range of numbers, and so on.

Square roots worksheets page has been updated with more options — including worksheets in both PDF and html formats. If you want to distribute the links or worksheets on a website or publication, please contact us. Find ready-made worksheets for number bonds from 8 through 15 and a generator you can use for other numbers.

Includes skip-counting, multiplication tables, missing factors, multiplication algorithm (long multiplication), and factoring.

Topics include division facts, mental division, long division, division with remainders, order of operations, equations, and factoring.

You can choose the wordings of the problems, and control the number of decimals, range, font size, and more.

You can also make problems where the volume or surface area is given, along with some dimensions, and then you need to calculate either the volume or the surface area. You can control the number of problems, difficulty level, type of expressions, workspace, and more.

Plot a given inequality, write an inequality from a graph, or solve various types of linear inequalities with or without plotting the solution set. Since then, Academic Leaders has been given the privilege to contribute to the success of several students on their path to success.

For proof of this, the animation will swap between the two frames so you can see the square remains the same. You can give 1 or 2 answers, but you are not allowed to count 'overlapping' cubes as part of any one total. Unfortunately, Explorer has great trouble displaying GIF animations faster than about 10 frames per second, so I suggest saving the anim and then using an external such as Irfanview.

This is perhaps the most extreme example of I have found that distorts perception of length. If you're still stuck and you really want to see the illusion, try this site to help practise seeing 3-D stereo.

Unfortunately though, it needs to be made around four times as small due to the nature of parallel vision. If you move your head closer and further from the monitor (while focussing in the center), you should see some interesting interference effects too. Paul Demorest of the National Radio Astronomy Observatory in Charlottesville, Virginia, who was a member of the team that discovered the heavy pulsar, says that the extra compressibility would allow heavy neutron stars to achieve higher densities. Still, while this estimation is limited, Hebeler still finds the team's model to be reasonable. Another option is based on the fact that rotating neutron stars sometimes slow down or speed up abruptly, in an event known as a "glitch".

He told me about work by Stephen G Low, S Morgan, and PD Jarvis, concerning Born reciprocity and reciprocal relativity.

It is merely an observation that a cube has 12 edges which happen to coincide with the adjacent physics in context here as CubicNeutrons.

Options for using whole numbers only or numbers with a certain range or a certain number of decimal digits. You can control the type of problems, number of problems, whether a fractional slope is allowed, workspace, and more. Use integrals and their properties to find the volume of the square pyramid in terms of a and H. However, if you follow the yellow dots round instead, the whole wheel will be turning the other way!

These stars are so dense that gravitational pressure forces the electrons in atoms to merge with protons – forming neutrons. The snag, says Demorest, is that this "tends to lower the maximum allowed neutron-star mass". However, the extreme environment of a neutron star's interior could make the quantum-mechanical identities of the neutrons bleed into one another, so he wonders whether identifying their geometric shapes is relevant, although he admits that he cannot make a "solid statement" about the problem. The researchers say that such glitches might indicate a change in the way that different layers of the star interact – possibly hinting at neutrons entering or leaving cubic configurations if they occur in the heavy pulsar. It's not rocket science, despite it appears so at the first look.A much more interesting situation would emerge, when the repulsing particles are compressed even more. What caught my eye was "the wave equation may be alternatively computed as a coupled sets of relativistic spinning oscillators". We welcome you to explore our site, and hopefully you will find what we have created helpful.

The inside of the star ends up being composed almost entirely of neutrons, hence the name "neutron star". Due the asymptotic freedom of free quarks the neutrons would literally dissolve into superfluous quark-gluon condensate, the inner properties of which would appear quite similar to our vacuum. I presume, many intermediate semi crystalline states may appear during this, which would enable the formation of primitive molecules inside the core of neutron stars.

The pieces of condensed neutrons would revolve mutually like planetary systems inside of molten quark gluon fluid and they should appear quite transparent for energy waves spreading through this fantastic system.I presume, we could study such a geometry experimentally with electrons or tiny charged nanoparticles, attracted to surface of insulators with strong external electrostatic field. So now I am excited because IU find out from PhysicsWorld that the nature of real physics does have a connection with a cube. In formal maths there is a PlasticNumber which amounts to unity added to it to prove the cube. It reaslly IS the answer to Mark Ronans question about formal use of the number 12.In actual fact it IS to forward the suggestion to Hodges supporters publically what IS SO. One cannot argue with its wider philsophy.But physics is areal question of how nature is going about these axis of responsibility I agree. IFF however one extendsthe meaning of it to define a number which returns to itself through some simpleapplication of identifiable constantsthen there IS anothe rone.It puzzled me a long time ever to find some physical meaning for it. I withold it;it should be possible for enthusiastic readers of science-philosophy to elucidate the power to apply.

You would all recognise it immediately I guarentee.A certain problem is that it is actualy a transfinite boundary. Meanwhile I continue to learn with you of how we might well agree eventually to this neutron physics as a route.I infer to some acceptable view at last of how we have got space and matter?

Federal reserve bank routing numbers social security card How to find mass number using neutrons |

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