From men’s health
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Pieces of energy may be the basic building blocks of the universe.
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The theory combines the concept of particles and waves with the concentration of energy flowing through space and time.
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The researchers used this theory to answer two problems solved by Einstein.
Embrace the flow, says a couple of mechanical engineers at North Carolina State University — energy flow, i.e.. The magic you can usually hear from your yoga instructor may be a whole new way to see the universe.
Two theorists, Larry Silverberg and Jeffrey Eisen, argued that energy is more than waves. Particles, May be the basic building blocks of the universe.
The basic premise of their theory is that energy always flows through space and time. The authors suggest thinking of energy as entering and exiting lines in an area of space that will never cross each other, without a starting or ending point.
“Acting from the idea of a universe of flowing energy lines, we looked for a building block for flowing energy,” said Silverberg, professor of mechanical and aerospace engineering. Writes Conversation. “We hoped that if something like this could be found and defined, it could be used to make predictions about the universe accurately on very large and very small scales.”
What is the matter?
In the 4th century BC, the ancient Greek philosopher Aristotle proposed that the universe be made up of five building blocks: earth, water, air, fire, and heaven. Ether. The idea lasted more than 2,000 years and affected countless alchemists who tried to make it richer by turning the earth into gold.
Incidentally, even an alchemist who extracted Aristotle’s ideas from their throne. Robert Boyle, the famous “father” of chemistry, abandoned the classical elements in favor of the idea that all things are made of particles. This revolutionary idea was one of the most explosive in the history of science Of Sir Isaac Newton Creation of Classical Mechanics.
This particle was now the king of the scientific universe, and it would rule for another 150 years until the Scottish scientist James Clark introduced electromagnetic waves to the Maxwell equation.
Together, particles and waves became known building blocks of all matter. The particles served as individual bricks, something that would be a point in space. Electromagnetic waves The motor that holds everything together was created, scattering energy waves everywhere in space.
Separating matter into both particles and waves made it easier for physicists to make predictions because they could easily describe the behavior of particles and waves. But nothing came easily in physics, the theory quickly flipped over its head.
In the early 20th century, it became popular Double split test Showed that particles and waves are not as different as we previously thought. The experiment revealed that particles can, at times, act like waves, and light can sometimes act like particles.
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At the same time the mind was exploding with the wave-particle duality of matter, and Albert Einstein was formulating his general theory of relativity, which explains how Putting the cloth on place and time Gravity occurs. Together, the discoveries shaped the course of modern physics, but the connections between the two phenomena are not clear.
Piece of energy
“Using new mathematical tools, my colleague and I have proven a new theory that could accurately describe the universe.
He and Aishan were looking for a solution that had the features of both particles and waves. They wanted to find a building block that had accumulated like a particle and spread like a wave. Their response is what they call a fraction of the energy.
The piece of energy is like the stars in the distant galaxy. From a distance, a galaxy looks like the brightest light ever coming out. But on closer inspection, astronomers can solve the individual stars that make up the galaxy. In the same sense, the piece of energy refers to the concentration of energy that moves away from the center, outward, and scatter.
With their new construction module, scientists developed a new set of equations to solve physical problems. They tested their theory on two problems solved by Einstein a century ago.
Einstein’s theory of general relativity was confirmed by two observations made by astronomers. A small annual change in the first orbit Wednesday. Einstein accurately predicted that the curvature of space-time caused by the mass of the Sun would shake Mercury’s orbit over time. Second is the curve of light as it passes close to the sun in space and time.
“If our new theory had the opportunity to change particles and waves into more basic pieces, these problems could be solved in our theory as well,” Silverberg writes.
To solve the Mercury problem, Silverberg and Eisen designed the sun into a large piece of energy, with Mercury being a small force around it. In the curve of the light complex, the sun is uniformly designed, but as a mass point traveling at the speed of light (a photon). After calculating the paths of moving pieces of energy, the researchers obtained the same answers as Einstein.
Solutions show how effective their new building block can be in modeling the behavior of micro to macroscopic scale material. While their creation may not exactly change physics like Maxwell and Einstein’s discoveries, the theory may make the wave-particle duality of matter more intuitive and give a new way to think about the universe.
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