Design

[Guest guest]

Irene,

You have mentioned Design on several of your posts. Have you considered the

possibility of the new scientific darling " Intelligent design " ?

Evolutionists despise this theory, but I find it convincing compared to much

of the fading theory of evolution.

I do not have a good link for you, but I bet they are plentiful on the web.

Joy

> Nature's design caters for the crowding of humans in a different way.

> Whenever it is too crowded, a new disease develops that kills off many

> people, and the balance is restored. That is the design, not cannibalism.

> It is why we have had epidemics such as cholera, smallpox, diptheria,

> scarlet fever, measles, yellow fever, plague, malaria, the killer flu,

> and now AIDS and mad cow are appearing. The more closely together you

> pack humans, the more new diseases develop to reduce the numbers. ALL

> these epidemic diseases started as a result of human crowding, and these

> are Nature's designed method of holding down the population.

> Cannibalism by man would not help any other links in the chain, for

> example it would not make us better food for other predators. So it is

> not in the design.

[Guest guest]

Coherence is a measure of the brain's ability to communicate between pools of neurons in the cortex.This ability to connect should be relaxed most of the time in alpha, theta and delta frequencies, independent and flexible in beta states and free of every high " background noise " (high-beta). 

The ability to connect in resting states appears in coherences in the range of 40 and 80.  Slow frequencies come from single generators in the sub-cortex. All signals in these lower frequencies come from the same place at the same time. If they appear at two different sites at nearly the same time, the sites are well-connected and clear. Low levels of slow-wave cohernece suggest an excitable brain, bursting into beta at different locations at rest. Energy is wasted and relaxation can be difficult.

Faster beta signals show areas of the cortex that are excited. For an efficient brain, levels of excitation during waking states should be in the alpha/lowbeta range with bursts of beta in areas where work is being done.  Channels of communication should be open and flexible. High coherences in beta speeds when not performing a task should be below 40. If these are high, communication between the sites has a lot of background noise. There may be constant thinking, anxiety, getting stuck. The effects may differ at different sites.

2C Multiband Coherence Down trains to reduce coherences below 40 in 4 different bands of fast and very fast frequencies.  This can help quiet the brain and allow it to be more still.  2C Multiband Coherence Up trains 4 delta, theta and alpha frequencies to exceed 40.  The higher they go, the more relaxed and able to " turn off " the brain may be.

Pete-- Van Deusenpvdtlc@...http://www.brain-trainer.comUSA 305 433 3160BR 47 3346 6235

The Learning Curve, Inc.

On Thu, Sep 22, 2011 at 12:41 AM, Jeff Simonian <jeff_simonian@...> wrote:

What type of issues can be resolved through using your coherence (up & down) designs?

     Or are they just used to enhance our mental state of coherence

[Guest guest]

Coherence is a measure of the brain's ability to communicate between pools of neurons in the cortex.This ability to connect should be relaxed most of the time in alpha, theta and delta frequencies, independent and flexible in beta states and free of every high " background noise " (high-beta). 

The ability to connect in resting states appears in coherences in the range of 40 and 80.  Slow frequencies come from single generators in the sub-cortex. All signals in these lower frequencies come from the same place at the same time. If they appear at two different sites at nearly the same time, the sites are well-connected and clear. Low levels of slow-wave cohernece suggest an excitable brain, bursting into beta at different locations at rest. Energy is wasted and relaxation can be difficult.

Faster beta signals show areas of the cortex that are excited. For an efficient brain, levels of excitation during waking states should be in the alpha/lowbeta range with bursts of beta in areas where work is being done.  Channels of communication should be open and flexible. High coherences in beta speeds when not performing a task should be below 40. If these are high, communication between the sites has a lot of background noise. There may be constant thinking, anxiety, getting stuck. The effects may differ at different sites.

2C Multiband Coherence Down trains to reduce coherences below 40 in 4 different bands of fast and very fast frequencies.  This can help quiet the brain and allow it to be more still.  2C Multiband Coherence Up trains 4 delta, theta and alpha frequencies to exceed 40.  The higher they go, the more relaxed and able to " turn off " the brain may be.

Pete-- Van Deusenpvdtlc@...http://www.brain-trainer.comUSA 305 433 3160BR 47 3346 6235

The Learning Curve, Inc.

On Thu, Sep 22, 2011 at 12:41 AM, Jeff Simonian <jeff_simonian@...> wrote:

What type of issues can be resolved through using your coherence (up & down) designs?

     Or are they just used to enhance our mental state of coherence

[Guest guest]

Pete - -what an incredibly clear and concise explanation of coherence and

coherence training. Wow! Thanks.....

--

Warm Regards,

Lindsey

[Guest guest]

Pete - -what an incredibly clear and concise explanation of coherence and

coherence training. Wow! Thanks.....

--

Warm Regards,

Lindsey

[Guest guest]

Ditto...

Thank you Pete - Jeff

From: Lindsey <mtlindsey@...> Cc: pvdtlc <pvdtlc@...>Sent: Thursday, September 22, 2011 5:17 PMSubject: Re: Re: design

Pete - -what an incredibly clear and concise explanation of coherence and coherence training. Wow! Thanks.....--Warm Regards, Lindsey

[Guest guest]

Hi Pete,

in your opinion, how do you create a design in BE where you may activate an Audio Player object after 15 minutes of the session; let's say the session would be 30 minutes long?

JR

From: pvdtlc <pvdtlc@...>Braintrainer List < >Sent: Thursday, September 22, 2011 5:41 AMSubject: Re: design

Coherence is a measure of the brain's ability to communicate between pools of neurons in the cortex.This ability to connect should be relaxed most of the time in alpha, theta and delta frequencies, independent and flexible in beta states and free of every high "background noise" (high-beta). The ability to connect in resting states appears in coherences in the range of 40 and 80. Slow frequencies come from single generators in the sub-cortex. All signals in these lower frequencies come from the same place at the same time. If they appear at two different sites at nearly the same time, the sites are well-connected and clear. Low levels of slow-wave cohernece suggest an excitable brain, bursting into beta at different locations at rest. Energy is wasted and relaxation can be difficult.Faster beta signals show areas of the cortex that are excited. For an efficient brain, levels of excitation during waking states should be in

the alpha/lowbeta range with bursts of beta in areas where work is being done. Channels of communication should be open and flexible. High coherences in beta speeds when not performing a task should be below 40. If these are high, communication between the sites has a lot of background noise. There may be constant thinking, anxiety, getting stuck. The effects may differ at different sites.2C Multiband Coherence Down trains to reduce coherences below 40 in 4 different bands of fast and very fast frequencies. This can help quiet the brain and allow it to be more still. 2C Multiband Coherence Up trains 4 delta, theta and alpha frequencies to exceed 40. The higher they go, the more relaxed and able to "turn off" the brain may be.Pete-- Van Deusenpvdtlc@...http://www.brain-trainer.comUSA 305 433 3160BR 47 3346 6235The Learning Curve, Inc.

On Thu, Sep 22, 2011 at 12:41 AM, Jeff Simonian <jeff_simonian@...> wrote:

What type of issues can be resolved through using your coherence (up & down) designs?

Or are they just used to enhance our mental state of coherence

[Guest guest]

JRSet up an expression evaluator with "time" as the argument in the evaluator. connect that to input one a second evaluator. GIven that 15 minutes is 900 seconds, The expression in the should say (not in proper form as I can never remember the syntax without an example to look at) but it should say if input 1 < 900 then 0 if input 2 > 900 then Input three, Input three would be the pass fail signal with which you want to control the audio player.Two expression evalualtors. One has a random input to make sure the element i active, this one counts the time in second passing the time value to the output. FIrst evaluator output goes into IN1 of second evaluator, THE pass fail signal is connected to input 2 of evaluator will pass a zero through to output as long as the time value is under 900 seconds. If the time is over 900 seconds then it will pass through the on off signal to the connected audio playerOn Sep 22, 2011, at 8:01 PM, R. wrote:Hi Pete, in your opinion, how do you create a design in BE where you may activate an Audio Player object after 15 minutes of the session; let's say the session would be 30 minutes long? JRFrom: pvdtlc <pvdtlc@...>Braintrainer List < >Sent: Thursday, September 22, 2011 5:41 AMSubject: Re: designCoherence is a measure of the brain's ability to communicate between pools of neurons in the cortex.This ability to connect should be relaxed most of the time in alpha, theta and delta frequencies, independent and flexible in beta states and free of every high "background noise" (high-beta). The ability to connect in resting states appears in coherences in the range of 40 and 80. Slow frequencies come from single generators in the sub-cortex. All signals in these lower frequencies come from the same place at the same time. If they appear at two different sites at nearly the same time, the sites are well-connected and clear. Low levels of slow-wave cohernece suggest an excitable brain, bursting into beta at different locations at rest. Energy is wasted and relaxation can be difficult.Faster beta signals show areas of the cortex that are excited. For an efficient brain, levels of excitation during waking states should be in the alpha/lowbeta range with bursts of beta in areas where work is being done. Channels of communication should be open and flexible. High coherences in beta speeds when not performing a task should be below 40. If these are high, communication between the sites has a lot of background noise. There may be constant thinking, anxiety, getting stuck. The effects may differ at different sites.2C Multiband Coherence Down trains to reduce coherences below 40 in 4 different bands of fast and very fast frequencies. This can help quiet the brain and allow it to be more still. 2C Multiband Coherence Up trains 4 delta, theta and alpha frequencies to exceed 40. The higher they go, the more relaxed and able to "turn off" the brain may be.Pete-- Van Deusenpvdtlc@...http://www.brain-trainer.comUSA 305 433 3160BR 47 3346 6235The Learning Curve, Inc.On Thu, Sep 22, 2011 at 12:41 AM, Jeff Simonian <jeff_simonian@...> wrote:What type of issues can be resolved through using your coherence (up & down) designs? Or are they just used to enhance our mental state of coherence

[Guest guest]

Wow , amazing! I really appreciate your help here :)Now, let me share with you the purpose of my question: I want to include positive reinforcement suggestions into the Audio Player object in the Alpha Theta design, so the client will start to listen to those suggestions after 15 minutes, under AT state for few minutes. My hypothesis here is that in that moment (around minute 15 of the session) the brain & the mind are more than open and eager to "accept" any external suggestion, improving the area we're reinforcing. Please give me your thoughts about this idea.Best

regards, JRFrom: <gmartin@...> Sent: Friday, September 23, 2011 12:07 AMSubject: Re: Re: design

JRSet up an expression evaluator with "time" as the argument in the evaluator. connect that to input one a second evaluator. GIven that 15 minutes is 900 seconds, The expression in the should say (not in proper form as I can never remember the syntax without an example to look at) but it should say if input 1 < 900 then 0 if input 2 > 900 then Input three, Input three would be the pass fail signal with which you want to control the audio player.Two expression evalualtors. One has a random input to make sure the element i active, this one counts the time in second passing the time value to the output. FIrst evaluator output goes into IN1 of second evaluator, THE pass fail signal is connected to input 2 of evaluator will pass a zero through to output as long as the time value is under 900 seconds. If the

time is over 900 seconds then it will pass through the on off signal to the connected audio playerOn Sep 22, 2011, at 8:01 PM, R. wrote:Hi Pete, in your opinion, how do you create a design in BE where you may activate an Audio Player object after 15 minutes of the session; let's say the session would be 30 minutes

long? JRFrom: pvdtlc <pvdtlc@...>Braintrainer List < >Sent: Thursday, September 22, 2011 5:41 AMSubject: Re: designCoherence is a measure of the brain's ability to communicate between pools of neurons in the cortex.This ability to connect should be relaxed most of the time in alpha, theta and delta frequencies, independent and flexible in beta states and free of every high "background noise" (high-beta). The ability to connect in resting states appears in coherences in the range of 40 and 80. Slow frequencies come from single generators in

the sub-cortex. All signals in these lower frequencies come from the same place at the same time. If they appear at two different sites at nearly the same time, the sites are well-connected and clear. Low levels of slow-wave cohernece suggest an excitable brain, bursting into beta at different locations at rest. Energy is wasted and relaxation can be difficult.Faster beta signals show areas of the cortex that are excited. For an efficient brain, levels of excitation during waking states should be in the alpha/lowbeta range with bursts of beta in areas where work is being done. Channels of communication should be open and flexible. High coherences in beta speeds when not performing a task should be below 40. If these are high, communication between the sites has a lot of background noise. There may be constant thinking, anxiety, getting stuck. The effects may differ at different sites.2C Multiband Coherence Down trains to reduce

coherences below 40 in 4 different bands of fast and very fast frequencies. This can help quiet the brain and allow it to be more still. 2C Multiband Coherence Up trains 4 delta, theta and alpha frequencies to exceed 40. The higher they go, the more relaxed and able to "turn off" the brain may be.Pete-- Van Deusenpvdtlc@...http://www.brain-trainer.comUSA 305 433 3160BR 47 3346 6235The Learning Curve, Inc.On Thu, Sep 22, 2011 at 12:41 AM, Jeff Simonian <jeff_simonian@...> wrote:What type of issues can be resolved through using your coherence (up & down) designs? Or are they just used to enhance our mental state of coherence

[Guest guest]

JR,Marty Wuttke and I talked about something similar several years ago. He was looking at having the suggestions start after theta had risen above alpha. I think giving clients a period of time to achieve that state then starting the suggestions would be another good way to do that.I suppose you could work in a counter of some sort too, so that the a minimal amount of time with crossover had been met.On Sep 23, 2011, at 9:37 AM, R. wrote:Wow , amazing! I really appreciate your help here :)Now, let me share with you the purpose of my question: I want to include positive reinforcement suggestions into the Audio Player object in the Alpha Theta design, so the client will start to listen to those suggestions after 15 minutes, under AT state for few minutes. My hypothesis here is that in that moment (around minute 15 of the session) the brain & the mind are more than open and eager to "accept" any external suggestion, improving the area we're reinforcing. Please give me your thoughts about this idea.Best regards, JRFrom: <gmartin@...> Sent: Friday, September 23, 2011 12:07 AMSubject: Re: Re: designJRSet up an expression evaluator with "time" as the argument in the evaluator. connect that to input one a second evaluator. GIven that 15 minutes is 900 seconds, The expression in the should say (not in proper form as I can never remember the syntax without an example to look at) but it should say if input 1 < 900 then 0 if input 2 > 900 then Input three, Input three would be the pass fail signal with which you want to control the audio player.Two expression evalualtors. One has a random input to make sure the element i active, this one counts the time in second passing the time value to the output. FIrst evaluator output goes into IN1 of second evaluator, THE pass fail signal is connected to input 2 of evaluator will pass a zero through to output as long as the time value is under 900 seconds. If the time is over 900 seconds then it will pass through the on off signal to the connected audio playerOn Sep 22, 2011, at 8:01 PM, R. wrote:Hi Pete, in your opinion, how do you create a design in BE where you may activate an Audio Player object after 15 minutes of the session; let's say the session would be 30 minutes long? JRFrom: pvdtlc <pvdtlc@...>Braintrainer List < >Sent: Thursday, September 22, 2011 5:41 AMSubject: Re: designCoherence is a measure of the brain's ability to communicate between pools of neurons in the cortex.This ability to connect should be relaxed most of the time in alpha, theta and delta frequencies, independent and flexible in beta states and free of every high "background noise" (high-beta). The ability to connect in resting states appears in coherences in the range of 40 and 80. Slow frequencies come from single generators in the sub-cortex. All signals in these lower frequencies come from the same place at the same time. If they appear at two different sites at nearly the same time, the sites are well-connected and clear. Low levels of slow-wave cohernece suggest an excitable brain, bursting into beta at different locations at rest. Energy is wasted and relaxation can be difficult.Faster beta signals show areas of the cortex that are excited. For an efficient brain, levels of excitation during waking states should be in the alpha/lowbeta range with bursts of beta in areas where work is being done. Channels of communication should be open and flexible. High coherences in beta speeds when not performing a task should be below 40. If these are high, communication between the sites has a lot of background noise. There may be constant thinking, anxiety, getting stuck. The effects may differ at different sites.2C Multiband Coherence Down trains to reduce coherences below 40 in 4 different bands of fast and very fast frequencies. This can help quiet the brain and allow it to be more still. 2C Multiband Coherence Up trains 4 delta, theta and alpha frequencies to exceed 40. The higher they go, the more relaxed and able to "turn off" the brain may be.Pete-- Van Deusenpvdtlc@...http://www.brain-trainer.comUSA 305 433 3160BR 47 3346 6235The Learning Curve, Inc.On Thu, Sep 22, 2011 at 12:41 AM, Jeff Simonian <jeff_simonian@...> wrote:What type of issues can be resolved through using your coherence (up & down) designs? Or are they just used to enhance our mental state of coherence

[Guest guest]

Ok , sounds great. Thank you for your input JRFrom: <gmartin@...> Sent: Friday, September 23, 2011 11:36 AMSubject: Re: Re: design

JR,Marty Wuttke and I talked about something similar several years ago. He was looking at having the suggestions start after theta had risen above alpha. I think giving clients a period of time to achieve that state then starting the suggestions would be another good way to do that.I suppose you could work in a counter of some sort too, so that the a minimal amount of time with crossover had been met.On Sep 23, 2011, at 9:37 AM, R. wrote:Wow , amazing! I really appreciate your help here :)Now, let me share with you the purpose of my question: I want to include positive reinforcement suggestions into the Audio Player object in the Alpha Theta design, so the client will start to listen to those suggestions after 15 minutes, under AT state for few minutes. My hypothesis here is that in that moment (around minute 15 of the session) the brain & the mind are more than open and eager to "accept" any external suggestion, improving the area we're reinforcing. Please give me your thoughts about this idea.Best regards, JRFrom: <gmartin@...> Sent: Friday, September 23, 2011 12:07 AMSubject: Re: Re: designJRSet up an expression evaluator with "time" as the argument in the evaluator. connect that to input one a second evaluator. GIven that 15 minutes is 900 seconds, The expression in the should say (not in proper form as I can never remember the syntax without an example to look at) but it should say if input 1 < 900 then 0 if input 2 > 900 then Input three, Input three would be the pass fail signal with which you want to

control the audio player.Two expression evalualtors. One has a random input to make sure the element i active, this one counts the time in second passing the time value to the output. FIrst evaluator output goes into IN1 of second evaluator, THE pass fail signal is connected to input 2 of evaluator will pass a zero through to output as long as the time value is under 900 seconds. If the time is over 900 seconds then it will pass through the on off signal to the connected audio playerOn Sep 22, 2011, at 8:01 PM, R. wrote:Hi Pete, in your opinion, how do you create a design in BE where you may activate an Audio Player object after 15 minutes of the session; let's say the session would be 30 minutes long? JRFrom: pvdtlc <pvdtlc@...>Braintrainer List < >Sent: Thursday, September 22, 2011 5:41 AMSubject: Re: designCoherence is a measure of the brain's ability to

communicate between pools of neurons in the cortex.This ability to connect should be relaxed most of the time in alpha, theta and delta frequencies, independent and flexible in beta states and free of every high "background noise" (high-beta). The ability to connect in resting states appears in coherences in the range of 40 and 80. Slow frequencies come from single generators in the sub-cortex. All signals in these lower frequencies come from the same place at the same time. If they appear at two different sites at nearly the same time, the sites are well-connected and clear. Low levels of slow-wave cohernece suggest an excitable brain, bursting into beta at different locations at rest. Energy is wasted and relaxation can be difficult.Faster beta signals show areas of the cortex that are excited. For an efficient brain, levels of excitation during waking states

should be in the alpha/lowbeta range with bursts of beta in areas where work is being done. Channels of communication should be open and flexible. High coherences in beta speeds when not performing a task should be below 40. If these are high, communication between the sites has a lot of background noise. There may be constant thinking, anxiety, getting stuck. The effects may differ at different sites.2C Multiband Coherence Down trains to reduce coherences below 40 in 4 different bands of fast and very fast frequencies. This can help quiet the brain and allow it to be more still. 2C Multiband Coherence Up trains 4 delta, theta and alpha frequencies to exceed 40. The higher they go, the more relaxed and able to "turn off" the brain may be.Pete-- Van Deusenpvdtlc@...http://www.brain-trainer.comUSA 305 433 3160BR 47 3346 6235The Learning Curve, Inc.On Thu, Sep 22, 2011 at 12:41 AM, Jeff Simonian <jeff_simonian@...> wrote:What type of issues can be resolved through using your coherence (up & down) designs? Or are they just used to enhance our mental state of

coherence