How to move particles in solid?

In summary, the conversation discusses the possibility of rearranging particles in matter to transform objects into other objects without violating the laws of physics. Possible methods mentioned include using nanorobots or quantum teleportation, but the feasibility of these methods is questioned. It is also mentioned that transforming one object into another may result in leftover particles.
  • #1
Estrella14
1
0
How to rearrange particles in matter?
The goal is to create a device that moves
each and every particle of a particular object to a new location
at the same time thus transforming
this object into another.(e.g., a spoon into a cup by rearranging its molecules or one
chemical element into another by rearranging its subatomic particles(not by nuclear reacton).
What method can be used?
Maybe it can be done by using nanorobots of some kind or quantum teleportation?
The process itself is possible since
it does not violate the laws of physics.
Any tips?
 
Last edited by a moderator:
Physics news on Phys.org
  • #2
In order to change one element into another, you will have to change the number of protons and neutrons in the nucleus so, technically, however you do it it is a "nuclear reaction". And if you are going to use "nanorobots", they would have to smaller than the subatomic particles so what are you going to make them out of? As for "quantum teleportation", do you know of any device that can do that?
 
  • #3
Estrella14 said:
The process itself is possible since
it does not violate the laws of physics.
Any tips?

It doesn't have to violate the laws of physics to be completely unfeasible. And that's what it is. Unfeasible for the near/moderate future. We can't even make nanorobots commercially feasible yet.
 
  • #4
On top of that, transforming a spoon into a cup seems like a bad idea because the cup might be made of more particles than the spoon, or vice versa, so what would you do with the leftover particles?
 

FAQ: How to move particles in solid?

1. How can I move particles in a solid?

To move particles in a solid, external forces must be applied to the solid. These forces can include mechanical forces, such as pushing or pulling, or thermal forces, such as heating or cooling. These forces will cause the particles to vibrate and move, allowing the solid to change shape or position.

2. Can particles in a solid be moved without applying external forces?

In most cases, particles in a solid cannot be moved without the application of external forces. Solids have strong intermolecular forces that hold the particles in place and resist movement. However, in some cases, such as in the presence of high temperatures or radiation, particles in a solid can exhibit spontaneous movement without external forces.

3. How does the movement of particles in a solid affect its properties?

The movement of particles in a solid can greatly affect its properties. For example, when particles are moved closer together, the solid becomes more dense and stronger. When particles are moved further apart, the solid becomes less dense and weaker. The movement of particles can also affect the conductivity, thermal expansion, and other properties of solids.

4. Are there any methods to control the movement of particles in a solid?

Yes, there are several methods to control the movement of particles in a solid. One method is to apply external forces, such as mechanical or thermal forces, as mentioned earlier. Another method is to manipulate the conditions of the solid, such as changing its temperature or pressure, to induce movement. Additionally, techniques such as applying an electric or magnetic field can also control the movement of particles in a solid.

5. What are some applications of moving particles in solids?

Moving particles in solids has a wide range of applications in various fields. In materials science and engineering, controlling the movement of particles is crucial in designing and producing materials with specific properties. In nanotechnology, manipulating the movement of particles in solids is essential for creating and assembling nanomaterials. In biology and medicine, understanding and controlling the movement of particles in biological solids is important for drug delivery and tissue engineering.

Similar threads

A question about wave/particle duality
Replies
5
Views
2K
How do we identify one particular particle that moves ?
Replies
7
Views
2K
How Does the Double-Slit Experiment Illustrate Wave-Particle Duality?
Replies
1
Views
2K
I Three inertial particles: Separating the twins from the paradox
2
Replies
40
Views
3K
I Measurement problem - will this work?
Replies
3
Views
864
Quantum entanglement and multiple dimensions
Replies
3
Views
3K
Can ChatGPT Handle Complex Physics Questions Accurately?
6
Replies
190
Views
11K
Question about the Mass, Volume and Shape of Elementary Particles
Replies
15
Views
8K
I A Bold New Take on Quantum Theory
Replies
25
Views
2K
How Does the Element of Solid Angle Transform Under Lorentz Transformation?
Replies
12
Views
4K

Hot Threads

Recent Insights

Back
Top