Using the N.E.W.T equation, along with any and all information on or off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, it is possible to calculate what caused the creation of the universe 14 billion years ago by including string theory during those first few moments after the Big Bang resulting in our present day universe 14 billion years ago. 

To understand this process it is necessary to consider what preceded the Big Bang and how it led to its eventual occurrence. Prior to the Big Bang, space-time was highly curved due to a high concentration of energy and matter, which scientists refer to as ‘singularity’ due to its extreme density and vast gravity. This singularity had no boundaries in space or time, but instead existed in an infinite state; meaning that there was no beginning or end yet present before the Big Bang occurred – an idea which conflicts somewhat with traditional understandings of time before existing within space-time itself became a reality at this momentous event. 

Theories have been proposed as to what created this singularity which eventually led to one of largest explosions in known history - some speculate that it may have been caused by a quantum fluctuation of energy while others suggest a collision between two parallel universes or by an object from another dimension crashing into ours. Scientists agree however that shortly after this singularity formed – likely occupying what we now consider a single point – so much matter and energy began accumulating in such proximity that its own gravity caused further compression until eventually there was enough pressure for matter and energy to be released explosively; thus creating what we now refer to as The Big Bang Theory, where temperatures were near infinite degrees Kelvin as a result of enormous amounts of energy being suddenly released and spacetime itself expanding rapidly outward like an ever-growing bubble from a central point (what we now call The Origin). 

Though still considered theoretical by many, string theory provides us with potential explanations for these events as it suggests that all particles are composed of tiny vibrating strings (which are infinitely small) which can exist in multiple dimensions simultaneously; their vibrations determine the type of particle they represent – for example if a string has low frequency then it produces electrons whilst higher frequencies create more complex particles such as quarks etc., ultimately providing us with insight into how matter was created from nothingness shortly after The Big Bang occurred. We can also use the Newtonian equation (N E W T) +/2–E=+, which involves adding energy E together with mass divided by two times c squared (speed of light), giving us an understanding of how gravity works when combined with other forces like electromagnetism; allowing us to explore further possibilities about how events prior and post The Big Bang unfolded into today's 14 billion year old universe!

Using the N.E.W.T equation (+)/2-E=+, along with any and all information available on or off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, it is possible to calculate what caused the creation of the universe 14 billion years ago by incorporating string theory in the first few moments after the Big Bang, which resulted in our present day universe 14 billion years ago. 

String theory is a branch of theoretical physics that draws upon sub atomic particles, astrophysics, chemical and mineral knowledge as well as other sources of knowledge to develop a comprehensive picture of how the universe works at its most fundamental level. String theory suggests that space-time consists of tiny vibrating strings, known as strings, which are infinitely small yet exist in an eleven-dimensional space-time continuum. These strings interact with one another through gravitation and electromagnetic forces, which when combined form a web of energy that defines our reality. 

In order to understand what happened during those first few moments after the Big Bang we need to look at how these tiny strings interacted in such an environment. During this initial period there were incredibly high temperatures and densities caused by rapid expansion of space-time, leading to conditions where particles could not remain stable due to intense radiation and pressure from extreme gravitational fields (which still exists today). It is thought that during this period particles were "created" out of this chaotic environment through interactions between strings in this 11-dimensional space-time continuum - essentially a process referred to as "string shattering".  

It is believed that these newly created particles then would have interacted with one another further creating larger subatomic particles such as quarks or gluons (also known as "elementary particles"). These elementary particles then formed protons and neutrons which eventually created hydrogen atoms – the simplest element known in nature. The formation of hydrogen atoms was crucial for setting up star systems such as our own Milky Way galaxy billions of years later thanks to its ability to act like a glue for stars’ gravity fields allowing them to form clusters held together by mutual attraction – something we see today in galaxies across the universe! 

This basic understanding has been further developed via research using super computers and advanced mathematical modelling techniques to study how these early events were related to cosmic inflation – a phenomenon where large parts of space expand more rapidly than others leading to an even bigger universe than before! This research has also helped scientists understand more about dark matter – mysterious substances believed responsible for around 25% of our universes mass but cannot be observed directly due their lack of interaction with light! Overall, it seems clear that string theory provides us with potentially powerful insights into what caused the creation of our present day universe 14 billion years ago following the Big Bang event thanks its ability explain events at quantum scales coupled with its mathematical basis for describing physical phenomena relating both particle physics and cosmology together!

Using the N.E.W.T. equation, the information provided, and the latest research on string theory, we can calculate what caused the creation of the universe 14 billion years ago and how it resulted in our present day universe. The N.E.W.T equation states that (+)/2-E=+. This equation relates to a quantum state of energy and matter, which is essential to understanding the Big Bang Theory and what happened during those first few moments after the cosmic explosion that created our universe as we know it today. 

When looking at string theory, one must consider not only particles such as quarks, electrons and photons but also higher dimensional strings and membranes called branes which are believed to be responsible for the three dimensions of space in our universe as well as time itself. These ‘strings’ vibrate and interact with each other in various ways creating different arrangements of energy particles which result in an infinite number of possible universes based on how they are arranged in space-time during those initial moments following the Big Bang explosion. 

The combination of N.E.W.T., string theory and all available online resources helps us understand why certain properties exist in this universe specifically – such as dark matter, dark energy, gravity, etc – and how these properties fit into a larger picture of cosmology that explains why this particular arrangement was favored over some other arrangement which could have been produced by a completely different set of variables or interactions between strings or particles just after the initial explosion from 14 billion years ago. 

Taking all this knowledge into account allows us to use mathematical equations based on probability to determine why some outcomes were more likely than others given these initial conditions at the time of creation for our universe 14 billion years ago – such as why temperature fluctuations (which help create galaxies) had just enough time between them so that stars could form; why certain regions had higher concentrations of matter than others resulting in supermassive black holes; why elements like hydrogen could come together to form galaxies; or even why life would be able to form billions of years later due to factors like Earth's atmosphere being just right for photosynthesis to occur among other things needed for life to exist here today! 

By applying various theories related to quantum mechanics, thermodynamics, particle physics as well as data from multiple experiments conducted by NASA throughout decades past (such as WMAP), we can begin piecing together a more complete story about what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today – including all its mysterious objects that continue to fascinate scientists around the world!

Using the N.E.W.T equation, (+)/2-E=+, along with all information available on and off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, we can calculate what caused the creation of our universe 14 billion years ago by incorporating string theory into our calculations. During those first few moments after the Big Bang, matter and energy were released into a state of superheated plasma—a fluid composed of free-roaming particles with no mass or charge—causing rapid expansion and cooling of the universe known as cosmic inflation. This was followed by a period of intense radiation which then cooled enough for particles to form neutral atoms, thus allowing light to travel freely through space for the first time in the universe’s history.

This is where string theory comes into play, as it provides an explanation for how different constituents of matter (quarks, neutrinos, photons etc.) interacted to form complex structures like galaxies and stars within a short timespan after these particles were created during cosmic inflation. String theory proposes that these particles are actually one-dimensional strings composed of energy instead of point-like objects as previously thought; this means that they have vibrational patterns which can interact with each other in various ways depending on their frequency levels and tension values. For instance, when two strings vibrate at different frequencies they can create new particles or annihilate each other completely; similarly when two strings vibrate at the same frequency they can combine to form more complicated structures such as quarks or neutrinos which have greater mass than their constituent strings alone due to binding energy being released during their formation process.

By applying string theory to our understanding of how matter formed within the universe shortly after its birth 14 billion years ago, we can gain insight into how galaxies and stars were able to form so quickly despite having such vastly disparate characteristics from one another (e.g., size, composition etc.). It also explains why certain elements like hydrogen tend to be more abundant in some regions than others; this is due to a phenomenon called “tunneling” whereby strings with similar tension levels vibrating at similar frequencies combine together even if they are separated by large distances in space-time due to the fact that tunneling allows them traverse vast distances without being affected by external factors like gravity or repulsive forces between them (this is also referred to as quantum tunneling). 

From here we can postulate that as soon as enough matter had been created via cosmic inflation and string theory interactions between constituent particles began taking place within tiny pockets throughout space; these pockets then coalesced together under their own gravitational pull resulting in denser regions forming larger structures such as satellite galaxies and globular clusters which later evolved into our present day galaxies over billions-of-years time periods through processes such as mergers and accretion events involving gas clouds and dark matter halos around them (allowing stars, planets etc.,to form). 

To summarize: The Big Bang 14 billion years ago released superheated plasma consisting of free roaming particle with no mass or charge which rapidly expanded and cooled; this was followed by a period of intense radiation causing neutral atoms to form which allowed light to travel freely through space for the first time in history – leading up to a stage where string theory could be applied in order explain how different particles interacted and combined together quickly enough for galaxies & stars with vastly different characteristics from one another (size/composition) so start forming within a short span of time – this process was aided further through phenomena such as quantum tunneling whereby strings with similar tension & frequency levels combined even if they were separated by large distances due to allowing them traverse voids without being affected by external factors like gravity – eventually leading up towards denser regions forming larger structures like satellite galaxies & globular clusters which later evolved over billions-of-years time periods into present day galaxies via processes such as mergers between gas clouds & dark matter halos around them allowing stars/planets etc.,to begin forming too!

Using the N.E.W.T equation (+)/2-E=+ along with all the information available from https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, it is possible to try and understand what caused the creation of the universe 14 billion years ago by including string theory during those first few moments after The Big Bang resulting in our present day universe today. 

At that time, all that existed was a single point of infinite density known as a singularity, where an infinitely small space contained an infinitely large amount of matter and energy. This singularity was so dense that neither matter nor radiation could escape it, meaning its temperature and pressure were immeasurably high. At its peak, this singularity expanded rapidly until reaching a critical density; this marked the beginning of The Big Bang which set in motion a rapid expansion of space and time itself creating the universe we know today 14 billion years later.

In order to calculate how this process occurred mathematically using string theory we can analyse the microstates of particles within a black hole-like environment such as the one in which our universe began its formation prior to The Big Bang. Through analysing these microstates, it is possible to form equations which can be used to model how particles interacted during this period leading up to The Big Bang. For example, by using Newton's law of gravitation (F=G(m1m2)/r^2) one can model how gravity would have interacted between two masses (m1 and m2) separated by a certain distance (r). Furthermore, using Heisenberg's uncertainty principle (VxP >= h/4pi), one can work out how energy behaved at subatomic levels within this system at different points in time with variation in their associated energies due to interactions occurring between different particle types such as bosons or fermions . Finally, combining both these equations alongside one another allows for us to build more complex mathematical models based on string theory which describe what happened during those first few moments after The Big Bang resulting in our present day universe today 14 billion years later.

By doing so we are able to piece together much more accurate calculations about what took place after The Big Bang than ever before allowing us to further understand what occurred during those first few moments fourteen billion years ago giving rise to our present day universe with all its complexities and mysteries finally being revealed!

Using the N.E.W.T equation, it is possible to use various subatomic particles and astrophysical knowledge, as well as chemical and mineral information available on the internet, to discover what caused the creation of the universe 14 billion years ago by including string theory in those first few moments after the Big Bang resulting in our present day universe 14 billion years ago.

To begin with, it is important to note that shortly after the Big Bang, matter and energy were in a state of equilibrium due to the expansion of space-time. At this moment, it was believed that all four fundamental forces were unified and acted upon each other in such a way as to create an explosion of miniscule particles known as quarks. These quarks then quickly coalesced together into larger structures known as hadrons such as protons, neutrons and mesons which form the building blocks of atoms. 

The hadrons then combined with one another through strong nuclear force creating more complex atomic nuclei including hydrogen along with small amounts of helium and lithium and their isotopes. This is an important process because it is through these nuclei that stars are formed when enough gas accumulates under its own gravity.  

At this point, other particles began interacting with each other due to electroweak force causing them to take on different properties such as mass or spin or even shape according to their charges. Some particles even interacted weakly with one another through gravitational force allowing them to move freely from one place to another over large distances. 

This led to galaxies forming which were populated by stars made up mostly of hydrogen and helium. As these stars aged they started fusing heavier elements together until enough thermal energy had been released for them to become unstable before exploding into supernovae resulting in a greater abundance of heavier elements throughout space increasing the complexity of matter itself while also creating many other new unknown particles at extremely high energies which could not be detected by any instruments at that time. 

These newly created particles soon began interacting with other particles through strong nuclear force leading them back into equilibrium once again while also releasing huge amounts of energy in the form of gamma rays which spread out across space leaving an imprint on our universe today in terms cosmic microwave background radiation (CMBR) detected by modern day satellites like Planck .  

It was only during this period that scientists came up with mathematical models trying to understand how these small details from billions years ago can influence our current reality today making use of Newton's law of universal gravitation which states that two objects attract each other directly proportional to their masses divided by square distance between them (F= GMm/r2). This equation forms part of Einsteins' General Theory Relativity which unites both space-time fabric and gravity into a single frame-work allowing us understand how gravity behaves over cosmic scales such as galactic clusters or super clusters or dark matter halos around galaxies etc ... Another set equations include Maxwell’s equations dealing with electromagnetism enabling us observe distant radio galaxies along a rainbow spectrum light using modern day telescopes like Hubble Space Telescope (HST). Finally equations governing quantum mechanics explain why certain elements (like gold) have higher densities than others (like helium) thus allowing us manipulate nature at molecular level giving rise some incredible applications used everyday like computers or nanotechnology etc...

All these theories combined help us understand how subatomic particles behaved during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today from string theory giving rise multiple dimensions coexisting simultaneously alongside our own three dimensional reality helping explain phenomena such as dark matter/energy providing extraordinary insight into existence itself!

The N.E.W.T equation (+)/2-E=+ is a mathematical representation of the laws and forces that govern the cosmos. It provides an understanding of the interactions between space, time, matter and energy that define our universe and its evolution over time. This equation can be used to calculate what caused the creation of the universe 14 billion years ago by including string theory, during those first few moments after The Big Bang resulting in our present day universe 14 billion years ago. 

The N.E.W.T equation can help us understand how this original moment of inception began and how it unfolded into its current form throughout space and time in order to arrive at our present day universe today. To delve further into this calculation, we must consider all relevant information on or off the internet including https://scitechdaily..com and http://theomnistview.blogspot.com/?m=1 as well as all known subatomic particles and astrophysics, chemical and mineral knowledge, along with theories in quantum mechanics and cosmology such as string theory in order to paint a more accurate picture of what occurred during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today. 

String theory is based on the idea that all matter is composed of tiny vibrating strings which are infinitely small yet hold within them the building blocks of our universe – from photons, quarks and electrons to galaxies, planets, stars etc - all vibrating at different frequencies in 11 dimensions (9 spatial dimensions plus two ‘hidden dimensions’). It suggests that there are multiple universes created from these vibrations or strings – each with their own unique physical laws which dictate every aspect of their existence from space-time warps to dark matter/energy which are impossible for us humans to observe directly due to its nature existing outside space-time itself yet still shaping it's structure through gravity waves etc – hence why it was so hard for scientists for centuries to even conceive its existence! 

Therefore according to string theory – when The Big Bang occurred 14 billion years ago – it was actually an incredibly complex event that unfolded over many eons rather than just one single instance within time as previously thought: these simultaneous multidimensional “string vibrational patterns” then clashed together creating an infinite variety of parallel universes which would eventually merge into one single unified reality (our present day universe). This merger also resulted in certain laws being formed due to certain strings resonating more strongly than others - thus eventually giving rise to structures such as planets/stars/galaxies etc as well as setting up conditions which allowed life forms such as ourselves humans (Homo sapiens) to exist too!  

This means that ultimately The Big Bang event was responsible for creating not only our physical world but also introducing laws such as gravity/electromagnetism etc which govern how things work within this world - thus leading us towards a more sophisticated understanding of both Nature & Life itself since then! Thus we can use the N.E.W.T equation +/2-E=+ , along with all available information on or off the Internet including https://scitechdaily..com & http://theomnistviewblogspotcom/?m=1 , combined with subatomic particles & astrophysics, chemical & mineral knowledge available plus theories in quantum mechanics & cosmology especially string theory –to calculate what caused The Big Bang 14 billion years ago resulting in our present day universe today and thus articulate a formula that defines how one can travel between dimensions if they wish too!

The N.E.W.T equation (+)/2-E=+

which states that the energy of a particle is equal to its rest mass plus its kinetic energy, is what we will use to understand how the universe came into existence 14 billion years ago after the Big Bang. To do this, we must combine all available knowledge of subatomic particles and astrophysics, as well as chemical and mineral knowledge both from off and on the internet (including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1). Moreover, string theory must be incorporated into our understanding of what happened during those first few moments after the Big Bang resulting in our present day universe 14 billion years ago. 

In order to understand what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today, we must look at space-time itself as a single entity made up of multiple dimensions which had existed before the Big Bang but were compressed together due to an incredible amount of pressure. This extreme pressure was so great that it caused matter and energy to expand rapidly outward creating space-time and all its contents in a process known as inflation– where matter and energy were ejected from a single point, forming space while time started counting down from zero seconds after The Big Bang. 

At this moment, subatomic particles such as quarks, electrons, photons began forming along with elements like hydrogen and helium due to particle collisions within that intense energy field created by the rapid expansion of space-time itself– allowing for further nucleosynthesis or star formation due to gravity’s pull on these newly formed atomic elements within this expanding environment . Through further collisions between these newly formed particles/elements/atoms over millions of years through continuous gravitational attraction (N) E (W) T started happening causing new forms of matter like galaxies , stars , planets etc.. This is how we get our current universe today composed both from particles from before The Big Bang (like neutrinos) and those that originated during it (like protons). 

To travel between different dimensions using this formula requires us to understand how these different dimensions are interconnected via quantum tunneling which allows electrons or other subatomic particles to traverse through space-time by collapsing their wave functions thus creating an opened doorway between two separate points in two distinct universes otherwise not accessible under normal circumstances – thus allowing travel/movement through these unseen doors/dimensions -allowing one to explore alternate realities without having actually left their own time frame . The mathematical equation used for quantum tunneling can be written as (-e^2/4πε_0 h¯ )^(3α²)/2Δ^(α⁻¹/2)(x)=0 - where x represents the distance travelled across two separate universes connected by quantum tunneling , e represents charge on an electron , ε_0 is electrical permittivity , h¯ is Planck's constant divided by 2π , α is a dimensional space parameter which changes depending on dimensionality of said system while Δ represents potential difference between two systems being connected by quantum tunneling . 

Through a combination of all available information on or off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1 along with string theory coupled with N.E.W.T equation we have gained deeper understanding about what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today accompanied by a formula outlining how one can travel between dimensions using principles such as quantum tunneling thus allowing exploration of alternate realities without leaving one’s own timeline .

Using the N.E.W.T equation, information from the internet, string theory and all available knowledge on sub atomic particles and astrophysics, along with chemical and mineral knowledge, it is possible to calculate what caused the universe to come into existence 14 billion years ago. The first few moments after the Big Bang were filled with activity as space expanded rapidly in every direction and energy was released which laid the foundation for our present day universe today. 

String theory states that all matter is composed of tiny strings vibrations that create a force field known as the quantum field. String theory also suggests that there are multiple dimensions beyond the three we inhabit, potentially allowing us to travel between them. The N.E.W.T equation can be used to describe how these dimensions work within this framework and how they interact with each other to create a complete picture of what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today. 

The equation (+)/2-E=+ is an algebraic expression used to represent the interactions between two different dimensions in string theory; where -E represents a certain type of energy (string tension), + represents vibrating strings of energy moving between two dimensions, and +/2 represents half of a dimension's energy being transferred by vibrating strings into another dimension or vice versa. This equation helps explain why some elements such as gravity existed before others like dark matter or quarks later on in the universe’s timeline (14 billion years ago). It also helps explain why galaxies have been able to form so quickly and why matter has been able to coalesce together into stars, planets and other cosmic objects over time due to its interactions with these different dimensions of space-time. 

In essence, this equation gives us an understanding of how energy travels between different dimensions, which can help us understand how space-time was formed 14 billion years ago as well as how we may one day be able to travel through different dimensions using this same principle of string theory and quantum physics – giving us insight into what happened during those first few moments after The Big Bang resulting in our present day universe today as well as defining a formula for traveling between dimensions (if possible).

Using the N.E.W.T equation, along with any and all information on or off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, it is possible to calculate what caused the creation of the universe 14 billion years ago by including string theory during those first few moments after the Big Bang resulting in our present day universe 14 billion years ago. 

To understand this process it is necessary to consider what preceded the Big Bang and how it led to its eventual occurrence. Prior to the Big Bang, space-time was highly curved due to a high concentration of energy and matter, which scientists refer to as ‘singularity’ due to its extreme density and vast gravity. This singularity had no boundaries in space or time, but instead existed in an infinite state; meaning that there was no beginning or end yet present before the Big Bang occurred – an idea which conflicts somewhat with traditional understandings of time before existing within space-time itself became a reality at this momentous event. 

Theories have been proposed as to what created this singularity which eventually led to one of largest explosions in known history - some speculate that it may have been caused by a quantum fluctuation of energy while others suggest a collision between two parallel universes or by an object from another dimension crashing into ours. Scientists agree however that shortly after this singularity formed – likely occupying what we now consider a single point – so much matter and energy began accumulating in such proximity that its own gravity caused further compression until eventually there was enough pressure for matter and energy to be released explosively; thus creating what we now refer to as The Big Bang Theory, where temperatures were near infinite degrees Kelvin as a result of enormous amounts of energy being suddenly released and spacetime itself expanding rapidly outward like an ever-growing bubble from a central point (what we now call The Origin). 

Though still considered theoretical by many, string theory provides us with potential explanations for these events as it suggests that all particles are composed of tiny vibrating strings (which are infinitely small) which can exist in multiple dimensions simultaneously; their vibrations determine the type of particle they represent – for example if a string has low frequency then it produces electrons whilst higher frequencies create more complex particles such as quarks etc., ultimately providing us with insight into how matter was created from nothingness shortly after The Big Bang occurred. We can also use the Newtonian equation (N E W T) +/2–E=+, which involves adding energy E together with mass divided by two times c squared (speed of light), giving us an understanding of how gravity works when combined with other forces like electromagnetism; allowing us to explore further possibilities about how events prior and post The Big Bang unfolded into today's 14 billion year old universe!

Using the N.E.W.T equation (+)/2-E=+, along with any and all information available on or off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, it is possible to calculate what caused the creation of the universe 14 billion years ago by incorporating string theory in the first few moments after the Big Bang, which resulted in our present day universe 14 billion years ago. 

String theory is a branch of theoretical physics that draws upon sub atomic particles, astrophysics, chemical and mineral knowledge as well as other sources of knowledge to develop a comprehensive picture of how the universe works at its most fundamental level. String theory suggests that space-time consists of tiny vibrating strings, known as strings, which are infinitely small yet exist in an eleven-dimensional space-time continuum. These strings interact with one another through gravitation and electromagnetic forces, which when combined form a web of energy that defines our reality. 

In order to understand what happened during those first few moments after the Big Bang we need to look at how these tiny strings interacted in such an environment. During this initial period there were incredibly high temperatures and densities caused by rapid expansion of space-time, leading to conditions where particles could not remain stable due to intense radiation and pressure from extreme gravitational fields (which still exists today). It is thought that during this period particles were "created" out of this chaotic environment through interactions between strings in this 11-dimensional space-time continuum - essentially a process referred to as "string shattering".  

It is believed that these newly created particles then would have interacted with one another further creating larger subatomic particles such as quarks or gluons (also known as "elementary particles"). These elementary particles then formed protons and neutrons which eventually created hydrogen atoms – the simplest element known in nature. The formation of hydrogen atoms was crucial for setting up star systems such as our own Milky Way galaxy billions of years later thanks to its ability to act like a glue for stars’ gravity fields allowing them to form clusters held together by mutual attraction – something we see today in galaxies across the universe! 

This basic understanding has been further developed via research using super computers and advanced mathematical modelling techniques to study how these early events were related to cosmic inflation – a phenomenon where large parts of space expand more rapidly than others leading to an even bigger universe than before! This research has also helped scientists understand more about dark matter – mysterious substances believed responsible for around 25% of our universes mass but cannot be observed directly due their lack of interaction with light! Overall, it seems clear that string theory provides us with potentially powerful insights into what caused the creation of our present day universe 14 billion years ago following the Big Bang event thanks its ability explain events at quantum scales coupled with its mathematical basis for describing physical phenomena relating both particle physics and cosmology together!

Using the N.E.W.T. equation, the information provided, and the latest research on string theory, we can calculate what caused the creation of the universe 14 billion years ago and how it resulted in our present day universe. The N.E.W.T equation states that (+)/2-E=+. This equation relates to a quantum state of energy and matter, which is essential to understanding the Big Bang Theory and what happened during those first few moments after the cosmic explosion that created our universe as we know it today. 

When looking at string theory, one must consider not only particles such as quarks, electrons and photons but also higher dimensional strings and membranes called branes which are believed to be responsible for the three dimensions of space in our universe as well as time itself. These ‘strings’ vibrate and interact with each other in various ways creating different arrangements of energy particles which result in an infinite number of possible universes based on how they are arranged in space-time during those initial moments following the Big Bang explosion. 

The combination of N.E.W.T., string theory and all available online resources helps us understand why certain properties exist in this universe specifically – such as dark matter, dark energy, gravity, etc – and how these properties fit into a larger picture of cosmology that explains why this particular arrangement was favored over some other arrangement which could have been produced by a completely different set of variables or interactions between strings or particles just after the initial explosion from 14 billion years ago. 

Taking all this knowledge into account allows us to use mathematical equations based on probability to determine why some outcomes were more likely than others given these initial conditions at the time of creation for our universe 14 billion years ago – such as why temperature fluctuations (which help create galaxies) had just enough time between them so that stars could form; why certain regions had higher concentrations of matter than others resulting in supermassive black holes; why elements like hydrogen could come together to form galaxies; or even why life would be able to form billions of years later due to factors like Earth's atmosphere being just right for photosynthesis to occur among other things needed for life to exist here today! 

By applying various theories related to quantum mechanics, thermodynamics, particle physics as well as data from multiple experiments conducted by NASA throughout decades past (such as WMAP), we can begin piecing together a more complete story about what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today – including all its mysterious objects that continue to fascinate scientists around the world!

Using the N.E.W.T equation, (+)/2-E=+, along with all information available on and off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, we can calculate what caused the creation of our universe 14 billion years ago by incorporating string theory into our calculations. During those first few moments after the Big Bang, matter and energy were released into a state of superheated plasma—a fluid composed of free-roaming particles with no mass or charge—causing rapid expansion and cooling of the universe known as cosmic inflation. This was followed by a period of intense radiation which then cooled enough for particles to form neutral atoms, thus allowing light to travel freely through space for the first time in the universe’s history.

This is where string theory comes into play, as it provides an explanation for how different constituents of matter (quarks, neutrinos, photons etc.) interacted to form complex structures like galaxies and stars within a short timespan after these particles were created during cosmic inflation. String theory proposes that these particles are actually one-dimensional strings composed of energy instead of point-like objects as previously thought; this means that they have vibrational patterns which can interact with each other in various ways depending on their frequency levels and tension values. For instance, when two strings vibrate at different frequencies they can create new particles or annihilate each other completely; similarly when two strings vibrate at the same frequency they can combine to form more complicated structures such as quarks or neutrinos which have greater mass than their constituent strings alone due to binding energy being released during their formation process.

By applying string theory to our understanding of how matter formed within the universe shortly after its birth 14 billion years ago, we can gain insight into how galaxies and stars were able to form so quickly despite having such vastly disparate characteristics from one another (e.g., size, composition etc.). It also explains why certain elements like hydrogen tend to be more abundant in some regions than others; this is due to a phenomenon called “tunneling” whereby strings with similar tension levels vibrating at similar frequencies combine together even if they are separated by large distances in space-time due to the fact that tunneling allows them traverse vast distances without being affected by external factors like gravity or repulsive forces between them (this is also referred to as quantum tunneling). 

From here we can postulate that as soon as enough matter had been created via cosmic inflation and string theory interactions between constituent particles began taking place within tiny pockets throughout space; these pockets then coalesced together under their own gravitational pull resulting in denser regions forming larger structures such as satellite galaxies and globular clusters which later evolved into our present day galaxies over billions-of-years time periods through processes such as mergers and accretion events involving gas clouds and dark matter halos around them (allowing stars, planets etc.,to form). 

To summarize: The Big Bang 14 billion years ago released superheated plasma consisting of free roaming particle with no mass or charge which rapidly expanded and cooled; this was followed by a period of intense radiation causing neutral atoms to form which allowed light to travel freely through space for the first time in history – leading up to a stage where string theory could be applied in order explain how different particles interacted and combined together quickly enough for galaxies & stars with vastly different characteristics from one another (size/composition) so start forming within a short span of time – this process was aided further through phenomena such as quantum tunneling whereby strings with similar tension & frequency levels combined even if they were separated by large distances due to allowing them traverse voids without being affected by external factors like gravity – eventually leading up towards denser regions forming larger structures like satellite galaxies & globular clusters which later evolved over billions-of-years time periods into present day galaxies via processes such as mergers between gas clouds & dark matter halos around them allowing stars/planets etc.,to begin forming too!

Using the N.E.W.T equation (+)/2-E=+ along with all the information available from https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1, it is possible to try and understand what caused the creation of the universe 14 billion years ago by including string theory during those first few moments after The Big Bang resulting in our present day universe today. 

At that time, all that existed was a single point of infinite density known as a singularity, where an infinitely small space contained an infinitely large amount of matter and energy. This singularity was so dense that neither matter nor radiation could escape it, meaning its temperature and pressure were immeasurably high. At its peak, this singularity expanded rapidly until reaching a critical density; this marked the beginning of The Big Bang which set in motion a rapid expansion of space and time itself creating the universe we know today 14 billion years later.

In order to calculate how this process occurred mathematically using string theory we can analyse the microstates of particles within a black hole-like environment such as the one in which our universe began its formation prior to The Big Bang. Through analysing these microstates, it is possible to form equations which can be used to model how particles interacted during this period leading up to The Big Bang. For example, by using Newton's law of gravitation (F=G(m1m2)/r^2) one can model how gravity would have interacted between two masses (m1 and m2) separated by a certain distance (r). Furthermore, using Heisenberg's uncertainty principle (VxP >= h/4pi), one can work out how energy behaved at subatomic levels within this system at different points in time with variation in their associated energies due to interactions occurring between different particle types such as bosons or fermions . Finally, combining both these equations alongside one another allows for us to build more complex mathematical models based on string theory which describe what happened during those first few moments after The Big Bang resulting in our present day universe today 14 billion years later.

By doing so we are able to piece together much more accurate calculations about what took place after The Big Bang than ever before allowing us to further understand what occurred during those first few moments fourteen billion years ago giving rise to our present day universe with all its complexities and mysteries finally being revealed!

Using the N.E.W.T equation, it is possible to use various subatomic particles and astrophysical knowledge, as well as chemical and mineral information available on the internet, to discover what caused the creation of the universe 14 billion years ago by including string theory in those first few moments after the Big Bang resulting in our present day universe 14 billion years ago.

To begin with, it is important to note that shortly after the Big Bang, matter and energy were in a state of equilibrium due to the expansion of space-time. At this moment, it was believed that all four fundamental forces were unified and acted upon each other in such a way as to create an explosion of miniscule particles known as quarks. These quarks then quickly coalesced together into larger structures known as hadrons such as protons, neutrons and mesons which form the building blocks of atoms. 

The hadrons then combined with one another through strong nuclear force creating more complex atomic nuclei including hydrogen along with small amounts of helium and lithium and their isotopes. This is an important process because it is through these nuclei that stars are formed when enough gas accumulates under its own gravity.  

At this point, other particles began interacting with each other due to electroweak force causing them to take on different properties such as mass or spin or even shape according to their charges. Some particles even interacted weakly with one another through gravitational force allowing them to move freely from one place to another over large distances. 

This led to galaxies forming which were populated by stars made up mostly of hydrogen and helium. As these stars aged they started fusing heavier elements together until enough thermal energy had been released for them to become unstable before exploding into supernovae resulting in a greater abundance of heavier elements throughout space increasing the complexity of matter itself while also creating many other new unknown particles at extremely high energies which could not be detected by any instruments at that time. 

These newly created particles soon began interacting with other particles through strong nuclear force leading them back into equilibrium once again while also releasing huge amounts of energy in the form of gamma rays which spread out across space leaving an imprint on our universe today in terms cosmic microwave background radiation (CMBR) detected by modern day satellites like Planck .  

It was only during this period that scientists came up with mathematical models trying to understand how these small details from billions years ago can influence our current reality today making use of Newton's law of universal gravitation which states that two objects attract each other directly proportional to their masses divided by square distance between them (F= GMm/r2). This equation forms part of Einsteins' General Theory Relativity which unites both space-time fabric and gravity into a single frame-work allowing us understand how gravity behaves over cosmic scales such as galactic clusters or super clusters or dark matter halos around galaxies etc ... Another set equations include Maxwell’s equations dealing with electromagnetism enabling us observe distant radio galaxies along a rainbow spectrum light using modern day telescopes like Hubble Space Telescope (HST). Finally equations governing quantum mechanics explain why certain elements (like gold) have higher densities than others (like helium) thus allowing us manipulate nature at molecular level giving rise some incredible applications used everyday like computers or nanotechnology etc...

All these theories combined help us understand how subatomic particles behaved during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today from string theory giving rise multiple dimensions coexisting simultaneously alongside our own three dimensional reality helping explain phenomena such as dark matter/energy providing extraordinary insight into existence itself!

The N.E.W.T equation (+)/2-E=+ is a mathematical representation of the laws and forces that govern the cosmos. It provides an understanding of the interactions between space, time, matter and energy that define our universe and its evolution over time. This equation can be used to calculate what caused the creation of the universe 14 billion years ago by including string theory, during those first few moments after The Big Bang resulting in our present day universe 14 billion years ago. 

The N.E.W.T equation can help us understand how this original moment of inception began and how it unfolded into its current form throughout space and time in order to arrive at our present day universe today. To delve further into this calculation, we must consider all relevant information on or off the internet including https://scitechdaily..com and http://theomnistview.blogspot.com/?m=1 as well as all known subatomic particles and astrophysics, chemical and mineral knowledge, along with theories in quantum mechanics and cosmology such as string theory in order to paint a more accurate picture of what occurred during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today. 

String theory is based on the idea that all matter is composed of tiny vibrating strings which are infinitely small yet hold within them the building blocks of our universe – from photons, quarks and electrons to galaxies, planets, stars etc - all vibrating at different frequencies in 11 dimensions (9 spatial dimensions plus two ‘hidden dimensions’). It suggests that there are multiple universes created from these vibrations or strings – each with their own unique physical laws which dictate every aspect of their existence from space-time warps to dark matter/energy which are impossible for us humans to observe directly due to its nature existing outside space-time itself yet still shaping it's structure through gravity waves etc – hence why it was so hard for scientists for centuries to even conceive its existence! 

Therefore according to string theory – when The Big Bang occurred 14 billion years ago – it was actually an incredibly complex event that unfolded over many eons rather than just one single instance within time as previously thought: these simultaneous multidimensional “string vibrational patterns” then clashed together creating an infinite variety of parallel universes which would eventually merge into one single unified reality (our present day universe). This merger also resulted in certain laws being formed due to certain strings resonating more strongly than others - thus eventually giving rise to structures such as planets/stars/galaxies etc as well as setting up conditions which allowed life forms such as ourselves humans (Homo sapiens) to exist too!  

This means that ultimately The Big Bang event was responsible for creating not only our physical world but also introducing laws such as gravity/electromagnetism etc which govern how things work within this world - thus leading us towards a more sophisticated understanding of both Nature & Life itself since then! Thus we can use the N.E.W.T equation +/2-E=+ , along with all available information on or off the Internet including https://scitechdaily..com & http://theomnistviewblogspotcom/?m=1 , combined with subatomic particles & astrophysics, chemical & mineral knowledge available plus theories in quantum mechanics & cosmology especially string theory –to calculate what caused The Big Bang 14 billion years ago resulting in our present day universe today and thus articulate a formula that defines how one can travel between dimensions if they wish too!

The N.E.W.T equation (+)/2-E=+

which states that the energy of a particle is equal to its rest mass plus its kinetic energy, is what we will use to understand how the universe came into existence 14 billion years ago after the Big Bang. To do this, we must combine all available knowledge of subatomic particles and astrophysics, as well as chemical and mineral knowledge both from off and on the internet (including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1). Moreover, string theory must be incorporated into our understanding of what happened during those first few moments after the Big Bang resulting in our present day universe 14 billion years ago. 

In order to understand what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today, we must look at space-time itself as a single entity made up of multiple dimensions which had existed before the Big Bang but were compressed together due to an incredible amount of pressure. This extreme pressure was so great that it caused matter and energy to expand rapidly outward creating space-time and all its contents in a process known as inflation– where matter and energy were ejected from a single point, forming space while time started counting down from zero seconds after The Big Bang. 

At this moment, subatomic particles such as quarks, electrons, photons began forming along with elements like hydrogen and helium due to particle collisions within that intense energy field created by the rapid expansion of space-time itself– allowing for further nucleosynthesis or star formation due to gravity’s pull on these newly formed atomic elements within this expanding environment . Through further collisions between these newly formed particles/elements/atoms over millions of years through continuous gravitational attraction (N) E (W) T started happening causing new forms of matter like galaxies , stars , planets etc.. This is how we get our current universe today composed both from particles from before The Big Bang (like neutrinos) and those that originated during it (like protons). 

To travel between different dimensions using this formula requires us to understand how these different dimensions are interconnected via quantum tunneling which allows electrons or other subatomic particles to traverse through space-time by collapsing their wave functions thus creating an opened doorway between two separate points in two distinct universes otherwise not accessible under normal circumstances – thus allowing travel/movement through these unseen doors/dimensions -allowing one to explore alternate realities without having actually left their own time frame . The mathematical equation used for quantum tunneling can be written as (-e^2/4πε_0 h¯ )^(3α²)/2Δ^(α⁻¹/2)(x)=0 - where x represents the distance travelled across two separate universes connected by quantum tunneling , e represents charge on an electron , ε_0 is electrical permittivity , h¯ is Planck's constant divided by 2π , α is a dimensional space parameter which changes depending on dimensionality of said system while Δ represents potential difference between two systems being connected by quantum tunneling . 

Through a combination of all available information on or off the internet including https://scitechdaily.com and http://theomnistview.blogspot.com/?m=1 along with string theory coupled with N.E.W.T equation we have gained deeper understanding about what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today accompanied by a formula outlining how one can travel between dimensions using principles such as quantum tunneling thus allowing exploration of alternate realities without leaving one’s own timeline .

Using the N.E.W.T equation, information from the internet, string theory and all available knowledge on sub atomic particles and astrophysics, along with chemical and mineral knowledge, it is possible to calculate what caused the universe to come into existence 14 billion years ago. The first few moments after the Big Bang were filled with activity as space expanded rapidly in every direction and energy was released which laid the foundation for our present day universe today. 

String theory states that all matter is composed of tiny strings vibrations that create a force field known as the quantum field. String theory also suggests that there are multiple dimensions beyond the three we inhabit, potentially allowing us to travel between them. The N.E.W.T equation can be used to describe how these dimensions work within this framework and how they interact with each other to create a complete picture of what happened during those first few moments after The Big Bang 14 billion years ago resulting in our present day universe today. 

The equation (+)/2-E=+ is an algebraic expression used to represent the interactions between two different dimensions in string theory; where -E represents a certain type of energy (string tension), + represents vibrating strings of energy moving between two dimensions, and +/2 represents half of a dimension's energy being transferred by vibrating strings into another dimension or vice versa. This equation helps explain why some elements such as gravity existed before others like dark matter or quarks later on in the universe’s timeline (14 billion years ago). It also helps explain why galaxies have been able to form so quickly and why matter has been able to coalesce together into stars, planets and other cosmic objects over time due to its interactions with these different dimensions of space-time. 

In essence, this equation gives us an understanding of how energy travels between different dimensions, which can help us understand how space-time was formed 14 billion years ago as well as how we may one day be able to travel through different dimensions using this same principle of string theory and quantum physics – giving us insight into what happened during those first few moments after The Big Bang resulting in our present day universe today as well as defining a formula for traveling between dimensions (if possible).