3. Today’s Objectives
• Discussion of the modeling project
• Introduction of concepts:
– Modeling internal strategies
– Eye accessing cues
– Olfactory memory and imaging
– Submodalities
– The internal image map or grid
– Internal visual constructs for calibrating structure
and more
• Project methodology, findings and exercises
5. My Background
• Two degrees in music:
– BA Music History: University of New Mexico 1979
– MM Classical Trumpet: University of Michigan 1983
– A short music free-lance career: 1984-1989
• Restaurant industry: 1972 – 1993: everything but
kitchen and maître ‘d
• MS diploma 1992
• Court of Master Sommeliers Americas: Education
Chair – Education Director 2003-2011
7. Teaching Tasting
Is one of the most
rewarding things we do
It can also be one of
the most frustrating …
8. Teaching Tasting: the Challenge
• Trying to give students our own experiences
and vocabulary of wine
• Knowing that everyone has different
neurologies, memories and life experiences
• How can we establish commonality so the
students can learn easily and quickly using
their own experience?
11. Overall Goals for the Project
• To improve how we teach tasting:
– Students learning to taste with more ease in a shorter
period of time
– Using their own internal maps, memories and
neurology
• To discover internal strategies of top tasters
• To replicate and use the best strategies in order
to teach more effectively
12. Project Participants:
• Karen MacNeil
• Evan Goldstein MS
• Tracy Kamens Ed.D., DWS, CWE
• Emily Wines MS
• Doug Frost MS MW
• Peter Marks MW
• Brian Cronin MS
• Tim Gaiser MS
30. Modeling Criteria for Tasting Project
• Language usage and patterns
• Eye movements and patterns
• Olfactory image representations
• Internal image maps
• Driver submodalities
• Visual constructs for calibrating structure
and other aspects of tasting
31. How Sessions Were Conducted
• Most sessions recorded and transcribed
• My acting as a guide
• Use of an outline of questions based on the
Meta Model:
– Goals
– Evidence procedures
– Needs
– Outcomes
33. Overall Goals for Tasting
• Contextual-based for all tasters:
– Tasting for pleasure
– Tasting for a buyer’s role
– Tasting for reviewing wine
– Tasting for exam practice
– Tasting for teaching purposes
34. Evidence: Needs for Tasting
• Adequate light
• Quiet environment
• Odor free
• Tasting wine in batches
• Wines at proper temperatures
• Good glassware
36. Goals For Looking at Wine
• The appearance of a wine, especially the color,
builds instant expectations
• Identify color and use that information to:
– Identify age
– Identify grape variety
– Identify wine making type style
38. Visual Constructs for Color
• Tasters commonly identified the color (and often
age) of a wine by using internal color swatches
created from memories of previously tasted
wines
• Swatches were either gradated or segmented into
different colors (“Like paint samples.” EW)
• An internal auditory prompt often precedes using
construct, i.e., “what color is it?”
39. Visual Color Construct: Evan Goldstein
• Internal question (“What color is it?”) prompts
appearance of flat panel:
– Panel directly in front, eye-level, about 2-3 feet
away
– The panel is rectangular, about 2’ x 3’ and flat, like
a flat screen monitor
• Colors range changes in a gradual gradation from
light red on the left side to deep purple on the
right.
• Matches color in the glass to a color in the
spectrum
43. Taster’s Eye Positions
• Emily Wines: straight ahead (about 3 feet) and
slightly down
• Doug Frost: pattern of several very rapid
movements: down, centered and moving left
to right
• Peter Marks: down and centered
• Brian Cronin: down and center/ slightly left
• Tim Gaiser: down and to the left
44. Eye Positions & Auditory Prompts
• An internal auditory “prompt” was almost
always used following the starting eye position:
– “What’s there?”
– “What am I smelling?”
– “What’s in the glass?”
– “What kind of fruit is it?”
• The combination of a starting eye position and
internal auditory question started the smelling
sequence
45. Eye Patterns: Other Findings
• Other eye positions used to access:
– Internal imaging “field ” for creating or
comparing images
– Auditory memories about a wine
– To look at a tasting “grid” as a guide
47. What Are Eye Accessing Cues?
• 1890: William James -- relationship between eye
movements and internal representation in his
book Principles of Psychology
• 1970’s: Richard Bandler, John Grinder and
colleagues:
– Found consistent patterns of eye movements
associated with the activation of different parts of
the brain
• Neurologists now call them lateral and vertical
eye movements
48. Eye Accessing Cues Defined
• Visual memory: up and to the left
• Visual imagination: up and to the right
• Auditory memory: lateral eye movements to
the left
• Auditory imagination: lateral eye movements
to the right
• Internal dialogue: down and to the left
• Kinesthetic (either physical or emotional
sensations): down and to the right
50. Important to Note
• Not everyone utilizes the same eye accessing
cues
• Some individuals, particularly if left handed,
have the pattern reversed
• Everyone was found to use eye patterns on a
consistent basis to access various memory
functions
54. Statement:
“It smells like black cherries.”
Question:
“How do you know?”
“If I had to be you, how would I know?
“What would I do?”
“What would I experience?”
“What would I see?”
55. Findings: Olfactory Image Connection
• All tasters represented aromas in wine with
internal images or a combination of images
and words
– Both still images or movies
• Images vary not only in content but structure:
size, proximity, color, brightness etc.
• There is an relationship to the intensity of the
aroma and the structure of the image
57. Findings
• All tasters formed an internal map of the
aroma images once generated
• The image maps or grids differ-- sometimes
radically--from person to person
68. Front Loading
• The most common aromas of red wine:
– Black fruits: berries, cherries, currants,
raspberries
– Red fruits: cherries, cranberries, currants
etc.
– Dried fruits: figs, prunes, raisins, dates
– Non-fruit: flowers, herbs, spices
– Wood: vanilla, spices
72. What are Submodalities?
• Moda: Greek term for the five senses
• Modalities: the inner representation of the five
senses: visual (V), auditory (A), kinesthetic (K),
olfactory and gustatory
• Submodalities: the structural qualities that
each modality can possess
73. Common Submodalities: Visual
• Black & white or color* • Associated / Dissociated
• Proximity: near or far* • Focused or Defocused
• Location* • Framed or Unframed
• Brightness* • Movie or still image
• Size of image* • If a Movie-
• Three dimensional or flat Fast/Normal/Slow
image*
*Driver Submodality
74. Auditory
• Volume: loud or soft • Fast or slow
• Distance: near or far • Pitch: high or low
• Internal or external • Verbal or tonal
• Location • Rhythm
• Stereo or mono • Clarity
• Pauses
75. Kinesthetic
• Intensity: strong or • Constant or
weak intermittent
• Area: large vs. small • Temperature: hot or
• Weight: heavy or light cold
• Location • Size
• Texture: smooth, rough • Shape
or other • Pressure
• Vibration
76. Findings:
Altering driver submodalities in all
tasters changed their experience of
a wine—sometimes dramatically
77. Driver Submodality Findings
• Karen MacNeil:
– Proximity, Size, 2D vs. 3D, Color vs. black and white
• Emily Wines:
– Proximity, Size, and 2D vs. 3D
• Doug Frost:
– Changing any structural aspect of the images of
either fruit or words makes the experience artificial
and unreal
• Tim Gaiser
– Proximity, Size, 2D vs. 3D, Color vs. black and white
80. Palate:
Confirmation of aromatics
Do images and image maps change
from nose to palate?
81. Findings: Images and the Palate
• As flavors change or increase/decrease in
intensity, the structure of the images changes for
most tasters.
• Stronger intensity on the palate vs. nose equals
the image increasing in size, brightness or closer
proximity or location.
• Less intensity on palate vs. nose equals image
decreasing in size, brightness or a more distant
proximity or location.
82. Palate Findings: Image Grid Changes
• Tim Gaiser
– Images stay in their grid but may shift in terms
of size, brightness, proximity or 2D vs. 3D
• Emily Wines
– Order and size of cards reshuffles from the nose to
the palate.
– Stronger flavors causes cards on the “table” to
move closer, increase in brightness and color.
– Less intense flavors do the opposite.
85. Structural Calibration: Tracy Kamens
• For sweetness/dryness: sees scale directly in
front of her.
• A continuum with markers from dry on the left
to sweet on the right.
• Her attention moves on the scale until the
right sweetness level found; a tick (mark) on
the scale marks the right point.
86. Structural Calibration: Emily Wines
• Uses different internal scales for structural
elements.
• Acid: yellow ruler about 12” long with markers
for low, medium, etc.
– Tastes wine and then points to a mark on the
ruler
• Alcohol: 24” blue ruler with a “level”-like
bubble that moves to the appropriate mark
87. Structural Calibration: Emily Wines
• Tannin: piece of wool stretched out, thin at
one end and much thicker and larger at the
other.
– Texture combined with amount of tannin
• Finish: image of the horizon
– The longer the finish the farther down the
horizon can be seen
88. Structural Calibration: Tim Gaiser
• All structural components calibrated with a 3-
4’ “slide rule”-like device with a red button in
the middle resting at “medium”
• As I taste the wine the button moves until it
matches the amount of acid, alcohol etc., I’m
sensing on my palate.
• Internally I point to the marker on the ruler
and say “it’s medium-plus” or whatever
96. Thanks
• Richard Bandler and John Grinder for the
principles behind this work.
• Tim and Kris Hallbom, Robert Dilts and Suzi
Smith for their superb instruction and
guidance.
• Taryn Voget of the Every Day Genius Institute
for her help and guidance in the DVD project
97. Thanks to Project Participants:
• Karen MacNeil
• Evan Goldstein MS
• Tracy Kamens Ed.D., DWS, CWE
• Emily Wines MS
• Doug Frost MS MW
• Peter Marks MW
• Brian Cronin MS
• Tim Gaiser MS
98. Tim Gaiser, MS
tgaiser@earthlink.net
www.timgaiser.com
Blog: www.timgaiser.com/blog.html