
But you might wonder, how does monitoring blood flow relate to neuronal activity? Well, when we use our brains intensively, they require more energy. These electrical signals in the brain create observable differences in brain activity.
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They are interconnected and use electrical signals to exchange messages between the brain and the rest of the body, much like Morse code or the binary system used in computers.
Imagine neurons as the electrical wires in a complex computer or telephone network. One limitation is that changes in blood flow occur more slowly than the lightning-fast communication between neurons, which happens in nanoseconds.
AI detects Parkinson’s through voice recordingsĪlthough fMRI and blood flow monitoring provide valuable insights into the brain, they do have their limitations. The team employs a non-invasive brain imaging technique called functional MRI (fMRI), which tracks changes in blood flow within the brain, providing insights into brain activity. However, individuals facing hearing, speech or vision impairments find it particularly challenging to participate in conversations in the real world.īut what if we could bypass the usual channels of communication and tap directly into the source – the brain? Imagine being able to extract messages from a person’s mind, even if they are unable to express them due to communication impairments.Ī team of researchers from the University of Texas, Austin is making significant progress in assisting individuals with communication impairments.Īs reported in BBC’s Science Focus, they have developed a decoding machine capable of interpreting the biological processes behind our thoughts, effectively transforming ideas into words. In various situations, we adjust our thoughts and communication to suit the context. Our brains play a crucial role in formulating and filtering these messages to ensure clarity. It can be filled with meaning, passion, or even contempt. Neurotechnologists in Austin, Texas have developed a decoder which can read our minds and put words to thoughts.Ĭommunication, at its core, involves a sender and a receiver using language to convey messages.