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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Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]
Four-Channel or More Training I’m not aware of any data comparing multi-channel with 2-channel options. In areas other than sum-channel options (synchrony, squashes, squishes, etc.) it becomes rather complicated to set up 4-channel protocols without ending up with a large number of inhibit and reward bands. One of the benefits of 4-channel over 2-channel would be that you can cover a lot of real estate in the brain. For example, in a brain with excessive fast activity on the right […]