Info Rate Development 2021

Rate Development
Title of Rate:
Intent of Rate:
Researcher: Date: Time:
Bank 1 Rate Detected:

1. Start with Bank 1 on, Bank 2 off, Bank 3 off (if applicable).
2. Set Bank 1 dials to: LHD = 0, RHD = 100.
3. Begin scan on LHD, recording each resonance point detected and measuring intensities.
4. Set LHD to the rate detected with the highest intensity.
5. Starting with RHD=0, scan and record the intensities of the resonance points found on this dial.
6. Record the LHD and RHD rates detected with the highest intensities in the gray box.
Left Hand Dial Right Hand Dial
Rate Detected Intensity Rate Detected Intensity
1 = =
2 = =
3 = =
4 = =
5 = =
Bank 2 Rate Detected:

1. Start with Bank 1 on and rate dials set to the highest intensity rates detected, Bank 2 on, Bank 3 off (if
applicable).
1 = =
2 = =
3 = =
4 = =
5 = =
Bank 3+ (if applicable) Rate Detected:

1. Start with all banks on, with Bank 1 and 2 rate dials set to the highest intensity rates detected.
1 = =
2 = =
3 = =
4 = =
5 = =
This information compiled for experimental agricultural research only and is not intended for use with
humans. If medical or mental health care is needed, please visit a licensed professional.
Copyright 2009-2021, Kelly Research Technologies, Inc.

Rate Development (Example)
While fundamental components like basic nutrients and chemicals are universal, many
complex organic systems are unique due to local variations in species, soil makeup, water
conditions, magnetic patterns and the countless other factors that change with geography.
For this reason, one of the most valuable skills that a radionic researcher can
develop is the ability to scan their own scalar frequencies, or “rates”, for use in both
analyzing and broadcasting with radionic instruments. A rate that has been scanned based
on samples or specimens specific to the location of interest can allow the researcher to
refine the focus of their intent to address the exact situation and objectives at hand. Many
beginning users are intimidated by the idea of scanning their own rates, worrying that they
do not have the necessary skills. In fact, there is a systematic process that may be
employed that makes rate development nearly as easy as the analysis done while
completing a standard worksheet.
Describing the “Keystone” Rate

The keystone in a masonry arch is the single stone or brick at the
center that bears the forces of all the other stones or bricks; remove
the keystone and the arch will collapse. Similarly, the majority of the
radionic rates that have been published over the years can be
considered the keystone rates for each particular organic system or
subsystem - those scalar frequencies that are most central to the
energetic strength of each particular element. After all, the
energetic composition of an organism as complex as a plant, Keystone in an Arch
animal or even a subsystem within is actually a virtual
symphony of scalar frequencies, not just a single simple frequency. This is proven by
the fact that we utilize entire sheets of rates to assess the overall energetic state of a plant
or animal. Yet in each case, the simple radionic rate – the keystone rate - will allow that
organism to be most directly strengthened or weakened through energetic balancing by the
radionic operator.
Finding the “Keystone” Rate

In almost all cases, the keystone rate is that frequency which yields the strongest reactions
when the specimen or witness in the input well is isolated by the focused intent of the
trained operator. However, many beginners are confused by the fact that multiple “sticks”
may be detected on the reaction plate in the course of scanning around the rate dial. But
identifying the strongest resonance point is as simple as taking an intensity
reading for every reaction detected on the rate dial. Once the strongest reaction has
been identified on a particular dial, the search may continue on the next dial to find the
reaction that builds upon the strength of the first dial to reach an even higher level of
intensity. This process may be continued on additional banks of the instrument, building
“four dial” and even “six dial” rates that most closely and accurately identify the keystone
rate for the situation being investigated.
Refine an Existing Rate

Similarly, known rates may be further refined to reflect the specific situations at hand by
applying the rate scanning process to the second (and third, if applicable) bank of the
radionic instrument. Simply set the known rate on Bank 1 and utilize the scanning process
described to any available banks. The following example illustrates the scanning process.

A Kelly radionic instrument was set up for “Analysis” mode, then the following steps were carried
out to develop a two bank (four dial) rate.
1. The instrument was set with Bank 1 turned on and Bank 2 turned off.
2. Bank 1’s dials were set with the left hand dial (LHD) to zero, right hand dial (RHD) to “100”.
3. The LHD of Bank 1 was slowly rotated toward “100” while seeking a reaction on the “rub” plate.
4. Each time a resonance point was found on the LHD, an intensity reading was taken by turning
the “Intensity” dial and seeking a reaction on the “rub” plate. The resonance points and
corresponding intensities were recorded.
5. After no additional resonance points were found, the LHD was reset to the rate that had the
highest intensity, then the above steps were then repeated on the RHD.
6. Once all resonance points and their intensities were detected on the RHD, the single bank (two
dial) rate was designated as that rate with the highest combined LHD and RHD intensities.
7. Bank 1 was set to the rate found in the previous step, then Bank 2 was turned on and set to
“0.00-0.00”.
8. Resonance points and their corresponding intensities were detected on the LHD of Bank 2.
9. The LHD of Bank 2 was set to the rate with the highest intensity, then the process was repeated
on the RHD of Bank 2.
10. The complete two bank (four-dial) rate was that rate with the highest combined strength, as
measured on the “Intensity” dial.
Final Two-Bank Rate Bank 1: 60.00-87.50

Bank 2: 95.25-66.00
Bank 1 Rate Detected: 60.00-87.50

1 17.75 = 290 27.00 = 280
2 41.50 = 390 57.00 = 490
3 60.00 = 480 73.50 = 620
4 85.50 = 240 87.50 = 700
5 = 98.25 = 210
Bank 2 Rate Detected: 95.25-66.00

1 32.00 = 430 20.00 = 380
2 63.50 = 550 45.50 = 590
3 80.75 = 620 66.00 = 930
4 95.25 = 865 89.25 = 870
5 = =
Note: It is essential that measurements for each dial are built upon the results of the last. This
ensures that the final rate reflects the maximum harmony between each rate setting, thus
guaranteeing maximum effectiveness. In contrast, if each dial had been scanned independently of
each other, the result could be four settings that may or may not have any synergistic relationship
with one another. Remember, the keystone is always found at the TOP of the arch!
This information compiled for experimental agricultural research only and is not intended for use with
humans. If medical or mental health care is needed, please visit a licensed professional.

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Rate Development

Researcher: Date: Time:

Bank 1 Rate Detected:

Bank 2 Rate Detected:

Bank 3+ (if applicable) Rate Detected:

Copyright 2009-2021, Kelly Research Technologies, Inc.

Describing the “Keystone” Rate

Finding the “Keystone” Rate

Refine an Existing Rate

Copyright 2009-2021, Kelly Research Technologies, Inc.

Final Two-Bank Rate Bank 1: 60.00-87.50

Bank 1 Rate Detected: 60.00-87.50

Bank 2 Rate Detected: 95.25-66.00

Copyright 2009-2021, Kelly Research Technologies, Inc.

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