What are the fundamental information-processes in physics?

In summary, in the conversation, the speaker discusses the concept of fundamental information-processes in physics, which has been a topic of debate and speculation. There are multiple theories and approaches, such as Carlo Rovelli's "Relational QM", but the issue is complex and often counter-intuitive. The speaker makes three main points: 1. Physical observation is not just recording data, 2. The actual information-processes in physics are complex, and 3. Observation in physics could involve a recursive process. They also highlight the contextual nature of observation and the fact that nothing is observed simply and directly in physics.
  • #36
Naty1 said:
I'd be interested if you guys that have been in the thick of the discussion could agree on a list of issues/uncertainties...

I'm not too sure what even the question is here :smile:

But the standard lament in the systems science circles in which I move is that standard issue reductionist modelling - the modern information theoretic approach being its latest form - manages to leave out essential aspects of reality, such as meaning, observers, and other contextual or global factors.

So aim number one would be to provide an alternative model in which these kinds of things get represented again.

In practice, the standard view of information is that bits just exist. They are substantial locales just waiting to be counted. No meanings are implicit in their existence, no observers are required.

The systems view would then be - at least my version of it - that bits can only exist within bit-shaping contexts. So we have a dyadic or dichotomistic story. The existence of a bit implies the existence of a matching context. And the nature of this relationship can then be generalised mathematically in the language of symmetry, symmetry-breaking and asymmetry. Hopefully.
 
<h2>1. What is the definition of information-processes in physics?</h2><p>The fundamental information-processes in physics refer to the ways in which information is transmitted, stored, and manipulated within the physical world. This includes the transfer of energy, the movement of particles, and the interactions between different systems.</p><h2>2. How do information-processes impact our understanding of the physical world?</h2><p>Information-processes are essential for understanding the behavior of matter and energy in the universe. They allow us to explain and predict the movements and interactions of objects, from the smallest subatomic particles to the largest galaxies.</p><h2>3. What are some examples of information-processes in physics?</h2><p>Some examples of information-processes in physics include electromagnetic waves, quantum entanglement, and the laws of thermodynamics. These processes play a crucial role in fields such as mechanics, thermodynamics, and electromagnetism.</p><h2>4. How do scientists study information-processes in physics?</h2><p>Scientists use a combination of theoretical models, mathematical equations, and experimental data to study information-processes in physics. They also use advanced technologies such as particle accelerators and telescopes to observe and measure these processes in action.</p><h2>5. What are the implications of understanding fundamental information-processes in physics?</h2><p>Understanding the fundamental information-processes in physics has numerous implications for our daily lives and the advancement of technology. It allows us to develop new technologies, improve existing ones, and gain a deeper understanding of the natural world around us.</p>

1. What is the definition of information-processes in physics?

The fundamental information-processes in physics refer to the ways in which information is transmitted, stored, and manipulated within the physical world. This includes the transfer of energy, the movement of particles, and the interactions between different systems.

2. How do information-processes impact our understanding of the physical world?

Information-processes are essential for understanding the behavior of matter and energy in the universe. They allow us to explain and predict the movements and interactions of objects, from the smallest subatomic particles to the largest galaxies.

3. What are some examples of information-processes in physics?

Some examples of information-processes in physics include electromagnetic waves, quantum entanglement, and the laws of thermodynamics. These processes play a crucial role in fields such as mechanics, thermodynamics, and electromagnetism.

4. How do scientists study information-processes in physics?

Scientists use a combination of theoretical models, mathematical equations, and experimental data to study information-processes in physics. They also use advanced technologies such as particle accelerators and telescopes to observe and measure these processes in action.

5. What are the implications of understanding fundamental information-processes in physics?

Understanding the fundamental information-processes in physics has numerous implications for our daily lives and the advancement of technology. It allows us to develop new technologies, improve existing ones, and gain a deeper understanding of the natural world around us.

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