Quantum theory-based continuous precision NMR/MRI: method and apparatus

A method for performing nuclear spin magnetic resonance imaging (MRI) of a sample under investigation, comprising:

• generating continuously spin magnetic resonance random emission radiations by placing the sample in a MRI magnetic environment;
• detecting continuously spin magnetic resonance random emission radiations from the sample as well as other non-spin electronic noises and non-spin radiations as original MRI signals;
• conditioning said detected MRI signals so that the conditioned MRI signals are suitable for signal data processing;
• correlating said conditioned MRI signals to obtain an MRI auto-correlation function;
• and
• constructing spin magnetic resonance property images of the sample from said MRI auto-correlation function.

A method for performing nuclear spin magnetic resonance spectroscopy (NMR) of a sample under investigation, comprising:

• generating continuously spin magnetic resonance random emission radiations by placing the sample in a NMR magnetic environment;
• detecting continuously spin magnetic resonance random emission radiations from the sample as well as other non-spin electronic noises and non-spin radiation as original NMR signals using a detecting/receiving device;
• conditioning said detected NMR signals so that the conditioned NMR signals are suitable for signal data processing;
• obtaining an NMR power spectrum from said conditioned NMR signals;
• and
• retrieving spin magnetic resonance properties of the sample from said NMR power spectrum.

A method for performing nuclear spin magnetic resonance imaging (MRI) of a sample under investigation, comprising:

• generating continuously spin magnetic resonance random emission radiations by placing the sample in a MRI magnetic environment;
• detecting continuously spin magnetic resonance random emission radiations from the sample as well as other non-spin electronic noises and non-spin radiations as original MRI signals using a detecting/receiving device;
• conditioning said detected MRI signals so that the conditioned MRI signals are suitable for signal data processing;
• obtaining MRI power spectrum from said conditioned MRI signals;
• and
• constructing spin magnetic resonance property images of the sample from said MRI power spectrum.

A method for performing electron spin magnetic resonance (ESR) or its imaging of a sample under investigation, comprising:

• generating continuously spin magnetic resonance random emission radiations by placing the sample in an ESR magnetic environment;
• detecting continuously spin magnetic resonance random emission radiations from the sample as well as other non-spin electronic noises and non-spin radiations as original ESR signals using a detecting/receiving device;
• conditioning said detected ESR signals so that the conditioned ESR signals are suitable for signal data processing;
• correlating said conditioned ESR signals to obtain an ESR auto-correlation function;
• and then deriving ESR power spectrum from said ESR auto-correlation function;
• retrieving electron spin magnetic resonance properties or constructing electron spin magnetic resonance property images of the sample from said ESR auto-correlation function and/or ESR power spectrum using relevant equations and procedures.

A method for performing electron spin magnetic resonance (ESR) or its imaging of a sample under investigation, comprising:

• generating continuously spin magnetic resonance random emission radiations by placing the sample in an ESR magnetic environment;
• detecting continuously spin magnetic resonance random emission radiations from the sample as well as other non-spin electronic noises and non-spin radiations as original ESR signals using a detecting/receiving device;
• conditioning said detected ESR signals so that the conditioned ESR signals are suitable for signal data processing;
• obtaining ESR power spectrum from said conditioned ESR signals, and then deriving ESR auto-correlation function from said ESR power spectrum;
• and
• retrieving electron spin magnetic resonance properties or constructing electron spin magnetic resonance property images of the sample from said ESR power spectrum and/or ESR auto-correlation function using relevant equations and procedures.