Podcast
Questions and Answers
What is the primary purpose of the Substance-Field Model?
What is the primary purpose of the Substance-Field Model?
- To capture all elements within an operative zone.
- To analyze the impact of substances within a field, exemplified by a specific interrelation. (correct)
- To define the most important elements within a system.
- To demonstrate the flow of impact between substances within a field.
How many substances are included in the Substance-Field Model?
How many substances are included in the Substance-Field Model?
- Three
- It is not specified in the text.
- Two (correct)
- One
What is the significance of the arrows in the model?
What is the significance of the arrows in the model?
- They show the strength of interactions between substances.
- They depict the relationships between elements.
- They indicate the direction of impact. (correct)
- They represent the physical movement of substances.
What is the specific interrelation being exemplified in the Substance-Field Model?
What is the specific interrelation being exemplified in the Substance-Field Model?
What does the acronym 'SMASHES' likely represent in the context of the Substance-Field Model?
What does the acronym 'SMASHES' likely represent in the context of the Substance-Field Model?
Which of the following is a correct example of a field-substance pair based on the provided content?
Which of the following is a correct example of a field-substance pair based on the provided content?
Based on the provided strategy, if we use "Dust" as S1, what would a possible S2 be, if we use "Mechanical" as F1?
Based on the provided strategy, if we use "Dust" as S1, what would a possible S2 be, if we use "Mechanical" as F1?
Which field is most closely associated with the interaction of electrostatic charges?
Which field is most closely associated with the interaction of electrostatic charges?
What is the field associated with the interactions caused by particles, forces, and induction?
What is the field associated with the interactions caused by particles, forces, and induction?
From the provided content, which of the following is NOT a property of the Acoustic field?
From the provided content, which of the following is NOT a property of the Acoustic field?
Choose the interaction that BEST exemplifies the Biological field.
Choose the interaction that BEST exemplifies the Biological field.
Based on the content, identify the field that does NOT directly involve the interaction of particles.
Based on the content, identify the field that does NOT directly involve the interaction of particles.
Which field involves the use of catalysts and inhibitors?
Which field involves the use of catalysts and inhibitors?
Which of the following substances could be considered S2 when paired with "Fire" as S1, using the Mechanical field?
Which of the following substances could be considered S2 when paired with "Fire" as S1, using the Mechanical field?
Identify the field that commonly involves the use of indicators (pH) for interactions?
Identify the field that commonly involves the use of indicators (pH) for interactions?
Which of the following categories from the provided content could be used to address the issue of unwanted odor in a "6D Cinema"?
Which of the following categories from the provided content could be used to address the issue of unwanted odor in a "6D Cinema"?
If we consider "Rain" as S1, what could be a possible S2 using the "Thermal" field?
If we consider "Rain" as S1, what could be a possible S2 using the "Thermal" field?
Based on the content, what is the primary challenge faced by "Light Cinema"'s "6D Cinema" concept that has prevented its wider adoption?
Based on the content, what is the primary challenge faced by "Light Cinema"'s "6D Cinema" concept that has prevented its wider adoption?
Which of the following interactions is MOST directly related to the concept of "Optics"?
Which of the following interactions is MOST directly related to the concept of "Optics"?
What field is associated with the interaction of "Subatomic (nano) particles, pores, nuclear reactions, radiation, fusion, emission, laser, intermolecular interactions, surface effects, evaporation"?
What field is associated with the interaction of "Subatomic (nano) particles, pores, nuclear reactions, radiation, fusion, emission, laser, intermolecular interactions, surface effects, evaporation"?
Which category from the provided content could potentially be utilized to create the "chair movement" feature in the "6D Cinema"?
Which category from the provided content could potentially be utilized to create the "chair movement" feature in the "6D Cinema"?
In the context of designing a "N-Dimensional Cinema", which of the following aspects would be considered most important when it comes to creating a truly immersive experience?
In the context of designing a "N-Dimensional Cinema", which of the following aspects would be considered most important when it comes to creating a truly immersive experience?
Identify the field that encompasses "Heating, cooling, insulation, thermal expansion" as interactions.
Identify the field that encompasses "Heating, cooling, insulation, thermal expansion" as interactions.
Based on the content provided, which interaction is NOT characteristic of the "Magnetic" field?
Based on the content provided, which interaction is NOT characteristic of the "Magnetic" field?
Which of the following business models, based on the examples given, could be considered a potential disruptive model for the "N-Dimensional Cinema"?
Which of the following business models, based on the examples given, could be considered a potential disruptive model for the "N-Dimensional Cinema"?
Which of the following is NOT a category listed in the content as a potential approach to preventing unwanted effects in a "6D Cinema"?
Which of the following is NOT a category listed in the content as a potential approach to preventing unwanted effects in a "6D Cinema"?
What category from the content directly addresses the issue of unwanted vibrations and shocks that might occur in a "6D Cinema"?
What category from the content directly addresses the issue of unwanted vibrations and shocks that might occur in a "6D Cinema"?
Which category could be utilized to create effects such as simulated rain or snowfall in a "6D Cinema"?
Which category could be utilized to create effects such as simulated rain or snowfall in a "6D Cinema"?
Which of the following could be considered a 'field' in the context of the provided text, as applied to removing dust using a broom?
Which of the following could be considered a 'field' in the context of the provided text, as applied to removing dust using a broom?
Which of the following is a 'mechanical' interaction relevant to removing dust using a broom?
Which of the following is a 'mechanical' interaction relevant to removing dust using a broom?
Which of the following is a potential 'additive' that could be applied to the broom for more effective dust removal, as suggested by the text?
Which of the following is a potential 'additive' that could be applied to the broom for more effective dust removal, as suggested by the text?
What is the primary focus of 'STRATEGY 2' in the text?
What is the primary focus of 'STRATEGY 2' in the text?
Which interaction is NOT listed in the provided text as a potential factor in dust removal methods?
Which interaction is NOT listed in the provided text as a potential factor in dust removal methods?
Which of the following is NOT a potential outcome of applying 'thermal' interactions to dust removal?
Which of the following is NOT a potential outcome of applying 'thermal' interactions to dust removal?
Which of the following 'fields' is directly related to the use of a 'statically charged field' for dust removal?
Which of the following 'fields' is directly related to the use of a 'statically charged field' for dust removal?
Which of the following strategies primarily focuses on altering the properties of the dust itself to enhance removal?
Which of the following strategies primarily focuses on altering the properties of the dust itself to enhance removal?
What is the purpose of the "ENTITY-OBJECT-FIELD ANALYSIS" section in the text, as illustrated by the example of 'steel balls in a steel pipe?'
What is the purpose of the "ENTITY-OBJECT-FIELD ANALYSIS" section in the text, as illustrated by the example of 'steel balls in a steel pipe?'
How does the text explain the concept of a 'field' when discussing dust removal?
How does the text explain the concept of a 'field' when discussing dust removal?
While the text explores various methods for removing dust, it primarily focuses on which of the following?
While the text explores various methods for removing dust, it primarily focuses on which of the following?
Which of the following is NOT a possible 'field' for dust removal according to the text?
Which of the following is NOT a possible 'field' for dust removal according to the text?
Which of the following could be considered a 'mechanical' interaction in the context of dust removal?
Which of the following could be considered a 'mechanical' interaction in the context of dust removal?
Which of the following options is NOT classified as a 'mechanical' interaction in the context of dust removal as described in the text?
Which of the following options is NOT classified as a 'mechanical' interaction in the context of dust removal as described in the text?
What is the primary purpose of the "STRATEGY 4" approach to dust removal, according to the text?
What is the primary purpose of the "STRATEGY 4" approach to dust removal, according to the text?
What is the main purpose of the "cinema/learner/patient system"?
What is the main purpose of the "cinema/learner/patient system"?
According to the multi-screen thinking framework, which of the following dimensions could be used to analyze a cinema experience?
According to the multi-screen thinking framework, which of the following dimensions could be used to analyze a cinema experience?
What is the main implication of "STEM is about Energy, Field, Design, and Inventive?"
What is the main implication of "STEM is about Energy, Field, Design, and Inventive?"
In the given example, what is the "harmful effect" that needs to be addressed?
In the given example, what is the "harmful effect" that needs to be addressed?
Based on the IBM example, what strategy is used to solve the problem?
Based on the IBM example, what strategy is used to solve the problem?
What is the purpose of using TRIZ to solve a new problem?
What is the purpose of using TRIZ to solve a new problem?
The "Multi Senses" section in the diagram includes "Sight, Sound, Smell, Taste, Touch" and "Linguistic, Musical, Logical…", what is the purpose of this section?
The "Multi Senses" section in the diagram includes "Sight, Sound, Smell, Taste, Touch" and "Linguistic, Musical, Logical…", what is the purpose of this section?
Which of the following would NOT be addressed by "Dimension" section in the multi-screen thinking framework?
Which of the following would NOT be addressed by "Dimension" section in the multi-screen thinking framework?
Flashcards
SuField Model
SuField Model
A framework for analyzing the interaction between substances in a field.
Substance-Field Analysis
Substance-Field Analysis
A method capturing all substances within an operative zone and their interrelation.
S1 and S2
S1 and S2
The two substances in the SuField model that interact with each other.
Impact Flow
Impact Flow
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Operative Zone
Operative Zone
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Mechanical Dynamics
Mechanical Dynamics
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Acoustic Phenomena
Acoustic Phenomena
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Thermal Expansion
Thermal Expansion
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Chemical Reactions
Chemical Reactions
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Electrical Conductivity
Electrical Conductivity
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Magnetic Induction
Magnetic Induction
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Intermolecular Forces
Intermolecular Forces
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Digital Transformation
Digital Transformation
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Multi-Screen Thinking
Multi-Screen Thinking
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Dimensions in Design
Dimensions in Design
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Cinema Audience Interaction
Cinema Audience Interaction
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Multi-Sensory Experience
Multi-Sensory Experience
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Adaptability in Design
Adaptability in Design
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Maintenance in System Design
Maintenance in System Design
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Disposal in Design
Disposal in Design
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TRIZ Problem Solving
TRIZ Problem Solving
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Mechanical Interaction
Mechanical Interaction
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Acoustic Treatment
Acoustic Treatment
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Thermal Process
Thermal Process
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Chemical Change
Chemical Change
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Electrical Effects
Electrical Effects
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Magnetic Forces
Magnetic Forces
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Biological Factors
Biological Factors
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Mechanical Processing
Mechanical Processing
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Static Charge
Static Charge
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Vibrational Energy
Vibrational Energy
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Fluid Dynamics
Fluid Dynamics
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Endothermic Reaction
Endothermic Reaction
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Exothermic Reaction
Exothermic Reaction
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Phase Change
Phase Change
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Mechanical Wave
Mechanical Wave
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Acoustic
Acoustic
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Thermal Dynamics
Thermal Dynamics
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Electric Charge
Electric Charge
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Magnetic Field
Magnetic Field
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Biological Interactions
Biological Interactions
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Gravitational Interaction
Gravitational Interaction
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Vibration
Vibration
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Electromagnetic Waves
Electromagnetic Waves
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Conductors
Conductors
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Superconductivity
Superconductivity
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Ultrasound
Ultrasound
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Study Notes
SuField Model
- The SuField Model captures all substances within the operative zone.
- Key elements are identified and included in the substance-field model.
- This model comprises Substance 1 (S1), Substance 2 (S2), and a field illustrating their interconnectedness.
- The model uses arrows to show the impact flow between substances.
Substance-Field Analysis Approach
- All substances in the operative zone are recorded.
- Critical components are identified and transferred to the substance-field model.
- This model consists of two substances (S1 and S2) and a field, which depicts the link between them.
- The impact flow is shown using arrows to indicate the relationship between elements.
MATCHEM Fields and Interactions
- The table categorizes different fields and corresponding interactions.
- Mechanical: Interactions include gravitation, collisions, friction, vibration, gas/fluid dynamics, mechanical treatment.
- Acoustic: Interactions include sound, ultrasound, infrasound, and cavitation.
- Thermal: Interactions include heating, cooling, phase changes, and fire.
- Chemical: Interactions include reactions, catalysts, dissolving, and crystallization.
- Electric: Interactions include electrostatic charges, conductors, insulators, and superconductivity.
- Magnetic: Interactions include magnetic fields, electromagnetic waves, and subatomic particles.
- Intermolecular: Interactions focus on subatomic particles, nuclear reactions, and intermolecular interactions.
- Biological: Interactions related to living organisms, including microbes, bacteria, and cells.
MATCHEM-IB Fields and Interactions
- The table further expands upon the interactions in the various fields.
Problem Model
- The diagram illustrates a problem, likely involving dust (S1) on a floor (S2).
- Different fields (F1, F2, etc.) and interactions between substances and fields are shown relating to the problem's cause.
- The diagram shows potential solutions involving different fields (F1, F2), and substances (S1, S2) in a cause-and-effect relationship to resolve the issue.
Strategy 1: Complete the Triad
- This strategy involves removing (dust) (S1) from the floor (S2) using a broom (S2).
- This depicts a direct method of removing dust from a floor using a mechanical field (F1).
Strategy 2: Additives
- This strategy addresses the problem by introducing an additive (water, S3).
- Water can help break down the dust and facilitates removal.
Strategy 3: Statically Charged Field or Heated Broom
- This strategy proposes using a static electrical field (or heated broom) to potentially impact (dust) (S1) and the broom (S2).
- This is a different approach using a different field and possibly an additive to impact both substances.
Strategy 4: Broom plus Blowing System
- This solution uses mechanical means (broom (S2)) and a blowing system for cleaner removal of (dust) (S1).
- Combined approach suggesting multiple fields and interacting substances for resolution.
Entity-Object-Field Analysis Examples
- Presents an example of Steel Ball and Pipe related issues, in a mechanical environment.
- This example addresses the issue of wear and tear to resolve concerns.
Summary of Different Fields in SuField
- The Model describes the different fields, including mechanical, acoustic, thermal, chemical, electric, magnetic, intermolecular, and biological fields.
- Key interactions are described in each of these fields.
Information (Sense)
- This section contains a table detailing human senses and associated information (e.g., colour, shape, verbal communication.
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