FORCES LAWS: Phases, Casimir Effect, Attraction & Repulsion

In summary, the Casimir effect is a force that can cause destructive interference between two objects, similar to how two ships can be pushed closer together when in-phase waves eliminate the swell between them. This concept can also be applied to other forces such as gravity and electromagnetic fields, but further research and experimentation is needed to fully understand these relationships.
  • #1
AlienUFO
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I studied about Casimir effect of attractive force, analogous to 18th century French sailors:
"Where two ships are rocking from side to side in conditions with a strong swell but light wind, and the ships come closer together than roughly 40 m, destructive interference eliminates the swell between the ships. The calm sea between the ships has a lower energy density than the swell to either side of the ships, creating a pressure that can push the ships closer together."
-http://en.wikipedia.org/wiki/Casimir_effect#Analogies​

With this, I figure out relation about other forces.

But before this, I need to point out my postulates:
a)constructive interference is repulsive on masses relative wave
b)desdructive interference are attractive on masses relative wave
c)In-phased waves are attractiven on waves itself
d)Out-phased waves are repulsive on waves itself

1.In about diffraction and interference of electrons or photons. Since in-phased wave are attractive while out-phased wave will repel (side by side), hence constructive interference are cause by this attractive force and destructive interference are cause by the repulsive force. I am sure that electrons and photons always discrete. It sure looks very confusing, because you need to swith oppositely the way you think, refer to above a,b,c,d postulates.

2.The gravity force is very similar to Casimir effect and analogy of those ships on sea. Consider time-space and mass, mass somehow cause time-space curving, and time-space are in same phase and had only one direction (time never look back). When two masses close together, destructive interference of spce-time happened between the masses, consider if time-space as wave, so created always attractive gravity. Or in other way round, time-space wave are repulsive as there are out-phased, hence the spaces push away from the middle of the gravity field.

3.Why like charge repel? Well, think of that gravity can also be said by repelling the out-phased space-time wave itself. The whole charge itself is wave, so the waves are repelling. Like charge is repelling. Con charge is attractive, because destructive interference causes attractive force. Althought both positive and negative field are waves, but together they are refer as destructing wave and field, this is attractive.

4.Charge field move fastest and they don't have time, however, a moving charge field is another story. As charge field move, it creates wave, and when two waves of these move along side, attractive force generated, what I mean here is magnetic force. So, parallel of current is attractive, because in-phase waves are attractive. This is very similar to diffraction and interference of electrons and photons, however these statement is not good enought, because there are always both repulsive and attractive force between two parallel current, unless mathematicians proved that attractive force is greater.

It also gives me idea of moving gravity field, creates another force? Generate gravitons?

Lastly, I had to say that all above are only postulation, not yet determined. I don't play with maths. So maybe someone can help me to do this. Or not.
 
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  • #2




Thank you for sharing your thoughts on the Casimir effect and its analogies to other forces. Your postulates are interesting and could potentially lead to further understanding of these phenomena. However, it is important to note that these are only hypotheses and would need to be tested and proven through scientific experiments and observations. I encourage you to continue exploring these ideas and perhaps collaborate with other scientists to further investigate them. Keep up the curiosity and critical thinking!
 
  • #3


Thank you for sharing your thoughts on the forces laws and the Casimir effect. Your postulates and explanations are interesting and thought-provoking. It is true that the Casimir effect is a fascinating example of the effects of interference on forces. Your analogies to the ships on the sea and the behavior of electrons and photons in interference patterns are insightful.

As for your postulates, they do seem to have some merit and could potentially explain some of the phenomena observed in the forces laws. However, as you mentioned, they are only postulates and more research and experimentation would be needed to fully understand and validate them.

I would also like to point out that while your postulates and explanations may have some validity, they do not fully encompass the complexity and intricacies of the forces laws. These laws have been studied and researched for centuries and have been mathematically proven to be accurate in predicting the behavior of forces.

But I do appreciate your curiosity and interest in understanding these concepts and I encourage you to continue exploring and learning about them. Who knows, your postulates may lead to new discoveries and understandings in the future. Keep questioning and seeking knowledge!
 

1. What are the phases of matter and how do forces play a role in them?

The phases of matter refer to the physical states that matter can exist in: solid, liquid, gas, and plasma. Forces play a crucial role in the phase transitions between these states. For example, the force of attraction between particles decreases as a solid melts into a liquid, allowing them to move more freely. In a gas, the forces between particles are even weaker, allowing them to move independently. Ultimately, the phase of matter is determined by the balance of forces acting on the particles.

2. What is the Casimir Effect and how does it demonstrate the presence of forces between objects?

The Casimir Effect is a phenomenon in quantum physics where two uncharged, parallel plates are brought closer together in a vacuum, causing them to attract to each other. This effect is caused by the presence of virtual particles in the vacuum, which can briefly become real particles and create a force between the plates. This demonstrates the presence of forces between objects, even in empty space.

3. How do the laws of attraction and repulsion work in relation to forces?

The laws of attraction and repulsion are fundamental principles in physics that govern how objects interact with each other. These laws are based on the concept of forces, which can either pull objects towards each other (attraction) or push them away (repulsion). The strength of these forces is determined by factors such as the mass and distance between the objects, as described by Newton's Law of Universal Gravitation and Coulomb's Law of Electrostatics.

4. How do forces affect the motion of objects?

Forces can affect the motion of objects in a variety of ways. They can cause objects to accelerate, change direction, or maintain a constant speed. This is described by Newton's Laws of Motion, which state that an object will remain at rest or in motion unless acted upon by a net force, and that the acceleration of an object is directly proportional to the net force acting on it. In other words, forces can change the state of motion of an object.

5. What role do forces play in the formation and stability of structures?

Forces play a critical role in the formation and stability of structures at all scales, from atoms to galaxies. In order for structures to form and maintain their shape, the forces acting on them must be balanced. For example, in a molecule, the forces between atoms must be strong enough to hold them together, but not so strong that they are unable to move and vibrate. In larger structures, such as buildings or bridges, forces are carefully calculated and distributed to ensure stability and prevent collapse.

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