A Doubt On Working on Heart And Brain System

In summary, the conversation discusses the possibility of the brain and heart emitting signals that can be detected and decoded. However, it is concluded that while these signals can be measured, they are not strong enough for telepathic communication. The conversation also mentions techniques such as fMRI, EEG, MEG, EMG, and ECG that are used to measure these signals for clinical and research purposes.
  • #1
Akshay_Anti
62
0
Hello!

The other day, i was referring to some comic book and it said something about telepathy which made me wonder if the heart and brain really emit signals thaat are powerful enough to be able to be caught or processed? if yes, how... Elaborate help shall be acknowledged...

Thanks
 
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  • #3
The brain and heart, like any electrical system, generate an electromagnetic field that can be detected but that doesn't mean that thoughts, feelings and memories can be decoded from this. There's a lot of work going on with fMRI machines that can give some indication of what someone is thinking but that's an active scan rather than detecting something being given off normally.
 
  • #4
fMRI means? i know about MRI but what's fMRI?
 
  • #5
fMRI = functional MRI.

Basically a time-series of MRI's with a BOLD (blood oyxgen level dependent) analysis tacked on that associates brain activity with blood flow. It turns MRI pictures into a movie while sensing changes in time to show the dynamical story of the movie.
 
  • #6
Interestingly, a pioneer of EEG (Hans Berger) was originally motivated into studying electric fields from the brain to see if they could explain apparent psychic phenomena. The answer is no, the signal is not strong enough for brains to interact like that, but crucially they ARE strong enough to be measured, as in electroencephalography (EEG, measuring brain generated electric fields on the scalp) or magnetoencephalography (MEG, measuring brain-generated magnetic fields on the scalp). The heart and muscles createstronger electric fields, captured by electromyography (EMG - muscles) and electrocardiography (ECG - heart). These techniques are all used clinically and for research.
 

Related to A Doubt On Working on Heart And Brain System

1. What is the heart and brain system and why is it important to study?

The heart and brain system refers to the close relationship between our heart and brain, which work together to regulate many bodily functions such as circulation, hormones, and emotions. It is important to study because imbalances in this system can lead to various health issues and diseases.

2. What are some common doubts or controversies surrounding working on the heart and brain system?

Some common doubts or controversies include the ethical considerations of conducting research on human subjects, the complexity of the system and its interactions with other bodily systems, and the limitations of current technology in fully understanding this system.

3. What are some current research areas or advancements in studying the heart and brain system?

Current research areas include investigating the role of the heart-brain connection in mental health disorders, developing new technologies to better monitor and understand the system, and exploring the potential of mind-body interventions to improve overall health and wellness.

4. How can studying the heart and brain system impact medical treatments?

Studying the heart and brain system can provide insights into the underlying mechanisms of various diseases and disorders, leading to more targeted and effective medical treatments. It can also help identify potential risk factors and preventive measures for maintaining a healthy heart-brain connection.

5. What are some potential future implications of understanding the heart and brain system?

A better understanding of the heart and brain system can lead to the development of personalized medicine, where treatments are tailored to an individual's unique physiology. It may also pave the way for new interventions to improve mental and emotional well-being, as well as advancements in artificial intelligence and brain-computer interfaces.

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