THE BING BANG
The End of the Domination and the Beginning of the Emotional Intelligence.
LYRICS -THE THESIS- RETROCESSION OF EMIGRATION-
Force - comission arrangements & decision makers.
Chapter 8
MANDELA EFFECT. The interpretation of Phiysics Fractions in sustainable and functional organisation methode should be taste in diferent business development models for the benefit of people.
Force - comission arrangements & decision makers.
Chapter 8
MANDELA EFFECT. The interpretation of Phiysics Fractions in sustainable and functional organisation methode should be taste in diferent business development models for the benefit of people.
FORCE DECISION MAKERS
The decision makers are essential directory of the top people, companies and Brands in traver retail and Business investments.
Have you ever been convinced that something is a particular way only to discover you’ve remembered it all wrong? If so, it sounds like you’ve experienced the phenomenon known as the “Mandela effect”.
This form of collective misremembering of common events or details first emerged in 2010, when countless people on the internet falsely remembered that Nelson Mandela was dead. It was widely believed he had died in prison during the 1980s. In reality, Mandela was actually freed in 1990 and passed away in 2013 – despite some people’s claims they remember clips of his funeral on TV.
Paranormal consultant Fiona Broome coined the term “Mandela effect” to explain this collective misremembering, and then other examples started popping up all over the internet. For instance, it was wrongly recalled that C-3PO from Star Wars was gold, actually one of his legs is silver. Likewise, people often wrongly believe that the Queen in Snow White says, “Mirror, mirror on the wall”. The correct phrase is “magic mirror on the wall”.
Broome explains the Mandela effect via pseudoscientific theories. She claims that differences arise from movement between parallel realities (the multiverse). This is based on the theory that within each universe alternative versions of events and objects exist.
Broome also draws comparisons between existence and the holodeck of the USS Enterprise from Star Trek .The holodeck was a virtual reality system, which created recreational experiences. By her explanation, memory errors are software glitches. This is explained as being similar to the film The Matrix.
Other theories propose that the Mandela effect evidences changes in history caused by time travellers. Then there are the claims that distortions result from spiritual attacks linked to Satan, black magic or witchcraft. But although appealing to many, these theories are not scientifically testable.
Where’s the science?
Psychologists explain the Mandela effect via memory and social effects – particularly false memory. This involves mistakenly recalling events or experiences that have not occurred, or distortion of existing memories. The unconscious manufacture of fabricated or misinterpreted memories is called confabulation. In everyday life confabulation is relatively common.
False memories occur in a number of ways. For instance, the Deese-Roediger-McDermott paradigm demonstrates how learning a list of words that contain closely related items – such as “bed” and “pillow” – produces false recognition of related, but non-presented words – such as “sleep”.
Memory inaccuracy can also arise from what’s known as “source monitoring errors”. These are instances where people fail to distinguish between real and imagined events. US professor of psychology Jim Coan demonstrated how easily this can happen using the “lost in the mall” procedure.
This saw Coan give his family members short narratives describing childhood events. One, about his brother getting lost in a shopping mall, was invented. Not only did Coan’s brother believe the event occurred, he also added additional detail. When cognitive psychologist and expert on human memory Elizabeth Loftus applied the technique to larger samples, 25 per cent of participants failed to recognise the event was false.
Incorrect recall
When it comes to the Mandela effect, many examples are attributable to so-called “schema-driven errors”. Schemas are organised “packets” of knowledge that direct memory. In this way, schemas facilitate understanding of material, but can produce distortion.
Frederic Bartlett outlined this process in his 1932 book Remembering. Barlett read the Canadian Indian folk tale War of the Ghosts to participants. He found that listeners omitted unfamiliar details and transformed information to make it more understandable.
This process is called “effort after meaning” and occurs in real world situations too. For instance, research has previously shown how when participants’ recall the contents of a psychologist’s office they tend to remember the consistent items such as bookshelves, and omit the inconsistent items – like a picnic basket
Back to reality
Frequently reported errors can then become part of collective reality. And the internet can reinforce this process by circulating false information. For example, simulations of the 1997 Princess Diana car crash are regularly mistaken for real footage.
In this way then, the majority of Mandela effects are attributable to memory errors and social misinformation. The fact that a lot of the inaccuracies are trivial, suggests they result from selective attention or faulty inference.
This is not to say that the Mandela effect is not explicable in terms of the multiverse. Indeed, the notion of parallel universes is consistent with the work of quantum physicists. But until the existence of alternative realities is established, psychological theories appear much more plausible.
We are Devolping a sustainable Business plan we would like to implement around the world supporting our thesis -Retrocess of Emigration-
FORCE INVESTMENTS DECISION MAKERS IMPLEMENT GOAL
Chapters.
1- Mandela plan implement "Behind the Scenes".
2- Sustainable Afro-American E-commerce "DOWNHILL".
3- Floating Schooll CONGO-ZAIRE.
4- Plannet Sustainable Protection Goals by LES^SENCE.
5- New Education Programs by LES^SENCE sustainable SWISS Group.
6- Food Population Strategic Assesment & Exportation by LES^SENCE.
7- WESB The World Economic Sport Brand Forum as instrument of Developtment by Downhill.
8- Textil as instrument of Minorities Development by FORCE.
9- Africa Disarment.
8- ONU Financial & militar support.
1- Afrotowns- sustainable Afro American mark.
2- Ghetto Beats Foundation.
3- Animation Film Production The Birds & Ghetto Beats. by Re:Boot
4- Accion Film Production The veto Rave "AFRICA MISSION" by Re:Boot
5- Manifesta Biennale- test Implement of Funtions developments.
6- U.SA- JAPAN- UNITED ARAB EMIRATES- CONGO-ZAIRE Politics arrangements
7- Digital Implements Africa Software in colaboration wit "DOWNHILL"
8- Red Bull Africa new Digital Stores.
9- LES^SENCE sustainable group coalitions Frame-Workers & E-commerce solutions.
0- Retrocess of migration from U.S.A & EU to Africa Countries.
We are developing a SYSTEM to make it Possible Stay Tuned....
FORCE PHYSICS
Experiment in FORCE Physics. it is our theory of Inplement A nominalist further believes that the structures we conceive OF are properties OF our representations OF the development economic & sustainable world.
FORCE GENARAL RELATIVITY & NEWTOWNS THEORY OF MOTION.
While Newton was a religious man, his research, theories, and philosophy caused a subtle shift in thought and the shaping of modern science, as we know it, although the wider picture is a little more complicated; the Reformation; the rise of the New World; and increased mobility of people and ideas also contributed. However, during this shift in thought, one of the largest in human history, Newton followed on from Aristotle, Avicenna. Bacon in shaping the scientific method and creating a model that dictated how the universe worked. This physical model would survive until the coming of Poincare, Einstein and General Relativity, and Newton’s methods are still widely used and are taught in schools around the world. While most of us remember Newton as the discoverer of gravity, his research included mathematics, optics and philosophy in a revisiting of the great polymaths of old, a body of research that led him to create his great opus.
Newton’s Theory of Motion – a New Model of the Universe
Newton’s work on the movement of bodies and gravitation would not become influential until halfway through the next decade when, in 1884, Edmund Halley, later to become the Astronomer Royal, asked for Newton’s input in a particular area of planetary motion
For a while, mathematicians and physicists had proposed the influence of gravity upon planetary motion, and suspected that a force emanating from the sun influenced the movement of the planets. This unseen force tied the planets into orbits and followed the inverse square law, where the force acting upon the planets was inversely proportional to the square of the intervening distance. However, they had no way of proving it, despite the attentions of some of the greatest minds of the age.
Isaac Newton and Modern Science
Long after his death, Newton’s influence continued, with no real challenges to Newtonian physics arising until the early 20th century and the Theory of General Relativity. Most modern observers tend to define Newton by his contributions to mathematics, optics and calculus, but he made contributions to theology, philosophy and the natural sciences, too. Of course, Newton was notoriously shy and attracted a lot of academic jealously and accusations of plagiarism, with some foundation, but there is no doubt that he earned a place as one of the great movers behind the development of modern civilization.

Newton, Galileo and Einstein have all been called "Fathers of Modern Physics." Newton was called this because of his famous law of motion and gravitation, Galileo for his role in the scientific revolution and his contributions on observational astronomy, and Einstein for his groundbreaking theory of relativity. More scientists contributed to the field of physics, including Thomas Edison, Nikola Tesla, Gottfried Leibniz, Blaise Pascal, Michael Faraday and Allesandro Volta.
What is the application of physics in daily life?
Having an understanding of physics may also help an individual to lift something heavy. For example, by using a simple machine such as an inclined plane or a lever, an individual can make the load easier to lift. Physicists study simple machines extensively and use the lessons they learn to make increasingly efficient tools.
To stay warm in the winter, people up turn the heat up or use the principles of physics to understand how to make better use of the heat that is already in their homes. Heat flows via conductive, radiant and convective means; understanding the differences between the three forms will allow an individual to insulate a house better. For example, by using ceiling fans intelligently, someone can make the convective heat flow in a house work to their advantage.
Why is physics the most basic science?
QUICK ANSWER Physics is the most basic science because it is the science of matter, energy and their interactions. Every other hard science, such as biology and chemistry, is merely a study of a subset of physics' general purview since both biology and chemistry are ultimately the study of certain types of matter, energy and their interactions. Nonetheless, other sciences contain enough specialized information that practically speaking, they are separate.
Because the specifics of various scientific disciplines are so deep and complex, the study of physics focuses on the most fundamental attributes of matter and energy. Where other disciplines focus on the manifestations of physical principles, the effects of the interactions of matter and energy, physics focuses on the interactions and the actors themselves. While a biologist could state that a llama spits in certain situations and the reasons why, a physicist could state the forces involved, the amount of energy contained in the projectile and more.
All other sciences depend, ultimately, on the fundamental substances, energies and interactions physics studies. Even despite this very basic study of the world, the field of physics is still vastly complex. Many different disciplines of physics operate somewhat independently, with expertise in each requiring years of study.
While Newton was a religious man, his research, theories, and philosophy caused a subtle shift in thought and the shaping of modern science, as we know it, although the wider picture is a little more complicated; the Reformation; the rise of the New World; and increased mobility of people and ideas also contributed. However, during this shift in thought, one of the largest in human history, Newton followed on from Aristotle, Avicenna. Bacon in shaping the scientific method and creating a model that dictated how the universe worked. This physical model would survive until the coming of Poincare, Einstein and General Relativity, and Newton’s methods are still widely used and are taught in schools around the world. While most of us remember Newton as the discoverer of gravity, his research included mathematics, optics and philosophy in a revisiting of the great polymaths of old, a body of research that led him to create his great opus.
Newton’s Theory of Motion – a New Model of the Universe
For a while, mathematicians and physicists had proposed the influence of gravity upon planetary motion, and suspected that a force emanating from the sun influenced the movement of the planets. This unseen force tied the planets into orbits and followed the inverse square law, where the force acting upon the planets was inversely proportional to the square of the intervening distance. However, they had no way of proving it, despite the attentions of some of the greatest minds of the age.
Isaac Newton and Modern Science

What is the application of physics in daily life?
Physics has many real-life applications, and the principles of physics are at work any time someone drives a Bike, lifts something heavy or tries to stay warm in the winter.
Driving a BIKE requires a basic understanding of the principles of physics, whether the driver is conscious of them or not. For instance, the balance of a BIKE changes as the BIKE accelerates, decelerates or turns. To keep the car on the road, the driver must anticipate these forces acting on the BIKE and make adjustments.
Driving a BIKE requires a basic understanding of the principles of physics, whether the driver is conscious of them or not. For instance, the balance of a BIKE changes as the BIKE accelerates, decelerates or turns. To keep the car on the road, the driver must anticipate these forces acting on the BIKE and make adjustments.
Having an understanding of physics may also help an individual to lift something heavy. For example, by using a simple machine such as an inclined plane or a lever, an individual can make the load easier to lift. Physicists study simple machines extensively and use the lessons they learn to make increasingly efficient tools.
To stay warm in the winter, people up turn the heat up or use the principles of physics to understand how to make better use of the heat that is already in their homes. Heat flows via conductive, radiant and convective means; understanding the differences between the three forms will allow an individual to insulate a house better. For example, by using ceiling fans intelligently, someone can make the convective heat flow in a house work to their advantage.
Why is physics the most basic science?
QUICK ANSWER Physics is the most basic science because it is the science of matter, energy and their interactions. Every other hard science, such as biology and chemistry, is merely a study of a subset of physics' general purview since both biology and chemistry are ultimately the study of certain types of matter, energy and their interactions. Nonetheless, other sciences contain enough specialized information that practically speaking, they are separate.
Because the specifics of various scientific disciplines are so deep and complex, the study of physics focuses on the most fundamental attributes of matter and energy. Where other disciplines focus on the manifestations of physical principles, the effects of the interactions of matter and energy, physics focuses on the interactions and the actors themselves. While a biologist could state that a llama spits in certain situations and the reasons why, a physicist could state the forces involved, the amount of energy contained in the projectile and more.
All other sciences depend, ultimately, on the fundamental substances, energies and interactions physics studies. Even despite this very basic study of the world, the field of physics is still vastly complex. Many different disciplines of physics operate somewhat independently, with expertise in each requiring years of study.
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