The library is a practical, organized, searchable encyclopedia of what and how brain-training changes lives in the real world written over a quarter-century by Peter Van Deusen, the founder of the Whole-Brain training system.
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Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]
Memory When I see an adult, especially mid-40s and beyond, with fogginess and memory issues, I would look at levels of frontal alpha and look at alpha frequency distribution. If the alpha levels in the front are relatively high–as high or higher than theta levels–then I would train them down. If the slow alpha to fast alpha ratio is high, indicating a generalized slowing, then I would train up, say, 10-15 Hz and train down 3-5 and 8-10 Hz. Working […]