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Dmitry67
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What is a smallest system which can be considered a 'measurement device' in terms of CI. How many atoms does it consist of?
Dmitry67 said:What is a smallest system which can be considered a 'measurement device' in terms of CI. How many atoms does it consist of?
Dmitry67 said:What is a smallest system which can be considered a 'measurement device' in terms of CI. How many atoms does it consist of?
I think that they still exist, but that most of them prefer to shut up and calculate.Dmitry67 said:Looks like there are no people left who believe in CI :)
Fra said:The key is to go from a realist birds view of symmetries of nature, to an instrinsic frogs view. To make this strange suggestion work, the implication is that all structures are evolving, and it's not evolving globally as per some objective law. It evolves differentially as per subjective(or local, meaning almsot the same thing here) beliefs. The result is both evolving beliefs, and evolving evolution rules.
The similarly to GR, dynamics in spacetime and dynamics OF spacetime is clear, but I'm picturing taking it yet another step, to apply to generic structures, in an intrisic information view.
The smallest measurement device is a nanoscale sensor, which is a device that can measure very small particles or structures, often on the scale of nanometers (10^-9 meters).
A nanoscale sensor typically works by detecting changes in electrical or optical properties of a material at the nanoscale level. This can be achieved through various techniques such as nanowires, quantum dots, or carbon nanotubes.
Nanoscale sensors have a wide range of potential applications, including medical diagnostics, environmental monitoring, and industrial process control. They can also be used in research for studying biological and chemical processes at the nanoscale level.
One of the main challenges of using nanoscale sensors is their sensitivity to external factors such as temperature and noise. They also require advanced manufacturing techniques and can be expensive to produce.
Nanoscale sensors have enabled scientists to study and manipulate matter at the smallest scale, leading to breakthroughs in various fields such as medicine, material science, and electronics. They also have the potential to revolutionize how we collect and analyze data in the future.