Notes from Transcript on Perceived Value, Psychological Ownership, and Stock

Engagement and collaborative learning: The idea that engaging with the material in class and collaborating (e.g., with peers or external partners like a burger shop in Japan) can make understanding easier than studying the entire content alone.
Perceived value: The value that a person believes a product or outcome is worth; it can differ between individuals.
Psychological ownership: A study concept referenced to examine how ownership feelings towards a product impact its perceived value.
Willingness to pay (WTP): The monetary amount a consumer is willing to exchange to obtain a product.
Exchange and scarcity considerations: Whether people are willing to exchange money for a product depends on perceived value and whether the item is available.
Stock/availability impact: Out-of-stock situations influence buying decisions and willingness to wait or seek alternatives.
Real-world examples mentioned: MacBooks as a high-value item; a pen used in the study; New Balance shoes with a hard-to-find size.
Contextual factors: Collaboration examples and product categories (tech, writing instruments, footwear) to illustrate how perceived value and availability interplay across different markets.

MacBooks as a reference for high willingness to spend: some people are willing to spend more on a high-end laptop due to perceived value and utility.
Collaboration example: a collaboration between a creator (student) and a burger shop in Japan to illustrate value creation through partnerships.
Pen used in the study: half of the group received a pen and were asked how much they would be willing to spend, highlighting the link between possession and perceived value.
Shoes example: New Balance shoes, size 16, which is described as difficult to find; a product that was out of stock or delayed, illustrating scarcity and inventory challenges.

Experimental setup (described):
- Participant groups: half of the participants received a pen.
- Question asked: how much would you be willing to spend to buy the pen? Are you willing to make an exchange?
Reported result (partial):
- The transcript notes that most participants were "only willing to" do something (likely willing to pay a certain amount) but then the item was out of stock, affecting their decision.
Conceptual takeaway: Psychological ownership and perceived value influence willingness to pay, but availability constraints (stock status) can override or complicate the decision process.

Perceived value statement: "That would be considered as a perceived value. So think about MacBooks. Some people are willing to spend …" (illustrates individual differences in value assignment).
Experimental price cues: A value comparison is presented as $10 for one person and $30 for another person, demonstrating subjective valuation of the same item.
Numerical references:
- Individual price references: $10$ (lower perceived value) vs $30$ (higher perceived value).
- Sample group proportion: $rac{1}{2}$ of the group received the pen in the study.
Conceptual formula (illustrative):
- Basic relationship between perceived value and willingness to pay can be framed as WTP_i \n
= f(V_{p,i}, A, S) where
- $V_{p,i}$ is the perceived value by individual $i$ ,
- $A$ represents product attributes and context,
- $S$ represents stock/availability constraints.
- In a simplified ideal case: $WTPi \approx V{p,i}.$
Foundational note: Perceived value is not only about the product itself but also about the buyer and context (e.g., collaboration, brand, and perceived utility).

Out-of-stock experiences: When an item is out of stock after indicating willingness to pay, the purchase cannot proceed, highlighting the impact of inventory status on consumer decisions.
Audience prompts: The speaker asks the audience if they’ve encountered products that went out of stock recently (example: shoes).
Specific stock example: New Balance shoes, edition vs. regular, and the challenge of finding size $16$ ; the item was out of stock but listed as potentially in stock in a couple of months.
Implicit behavior pattern: Scarcity and delivery delays can shape future purchase intent and perceived value, even if the price the consumer is willing to pay remains the same.

Relationship to marketing and pricing strategies: Understanding perceived value, willingness to pay, and stock constraints informs how firms price products and manage inventory.
Role of collaboration in value creation: Partnering with other brands (e.g., a burger shop) can alter perceived value and provide experiential value beyond the core product.
Psychological ownership as a lever: How owning or being connected to a product (even briefly) can inflate the perceived value and willingness to pay.
Real-world relevance: Everyday consumer experiences with scarce items (limited editions, size availability) illustrate how perceived value and stock status interact in practice.

When designing pricing, consider both perceived value and availability constraints; availability can alter willingness to pay dynamics.
Scarcity can elevate perceived value but may also frustrate consumers if the product remains unavailable for too long.
For marketing messaging, emphasize collaborative or experiential aspects to boost perceived value beyond the product alone.
In classroom discussions, engage students with questions about their own experiences with out-of-stock items and how that affected their willingness to wait or switch to alternatives.

Explain how perceived value and psychological ownership can influence an individual's willingness to pay for a product. Include potential effects of stock availability.
Discuss how a collaboration (e.g., with a burger shop in Japan) could alter the perceived value of a product and affect consumer decisions.
Describe a scenario in which two people assign different perceived values to the same product (e.g., a pen) and how stock status might influence the final purchase decision.
Give examples of how scarcity and inventory delays (like a couple-month wait for size 16 shoes) might change consumer behavior and pricing strategy.

Perceived value and willingness to pay (illustrative relationship):
- $WTPi = V{p,i} + \epsilon_i$
- In an idealized case: $WTPi \approx V{p,i}$
Example price references from the transcript:
- Individual value references: $10\, (\text{lower perceived value})$ and $30\, (\text{higher perceived value})$
Proportion of participants in the pen study: $\frac{1}{2}$
Product attribute example: shoe size as a constraint: $16$ (size)