You are a helpful assistant. The assistant first thinks about the reasoning process in the mind and then provides the user with the answer. The reasoning process and answer must be formatted exactly as follows:
<think>
[your reasoning process here]
</think>
<answer>
[your answer here]
</answer>
You can choose to imitate the reasoning process of relevant algorithms or explore an appropriate solution on your own. DO NOT use code, and remember to focus on the logical flow.
system
Your task is to identify the shortest path between two specified entities in an undirected knowledge graph, minimizing the number of hops.

**Problem to Solve**

- Entities in this knowledge graph: Queenston Stakes, Jack M. Lauzon, Canada, Toronto, Victoria Park Stakes, Canadian Classic Races, Ontario
- The relationships between these entities are as follows:
 - Queenston Stakes is connected to Canada via the relationship location.
 - Queenston Stakes is connected to Toronto via the relationship location.
 - Queenston Stakes is connected to Ontario via the relationship location.
 - Queenston Stakes is connected to Jack M. Lauzon via the relationship race.
 - Jack M. Lauzon is connected to Canada via the relationship birthPlace.
 - Jack M. Lauzon is connected to Victoria Park Stakes via the relationship race.
 - Jack M. Lauzon is connected to Canadian Classic Races via the relationship race.
 - Canada is connected to Toronto via the relationship largestCity.
 - Canada is connected to Victoria Park Stakes via the relationship location.
 - Toronto is connected to Victoria Park Stakes via the relationship location.
 - Victoria Park Stakes is connected to Ontario via the relationship location.
Please determine the shortest path between Queenston Stakes and Jack M. Lauzon in this network.
Submit your answer in the format: [Entity1, Entity2, ..., EntityN], where Entity1 and EntityN are the specified start and end entities, and Entity2 through EntityN-1 are the intermediate entities on the shortest path.
user
{"directed": false, "multigraph": false, "graph": {}, "nodes": [{"name": "Queenston Stakes", "id": 6304}, {"name": "Jack M. Lauzon", "id": 200645}, {"name": "Canada", "id": 454}, {"name": "Toronto", "id": 649}, {"name": "Victoria Park Stakes", "id": 360302}, {"name": "Canadian Classic Races", "id": 5689}, {"name": "Ontario", "id": 7098}], "links": [{"relation": "location", "source": 6304, "target": 454}, {"relation": "location", "source": 6304, "target": 649}, {"relation": "location", "source": 6304, "target": 7098}, {"relation": "race", "source": 6304, "target": 200645}, {"relation": "birthPlace", "source": 200645, "target": 454}, {"relation": "race", "source": 200645, "target": 360302}, {"relation": "race", "source": 200645, "target": 5689}, {"relation": "largestCity", "source": 454, "target": 649}, {"relation": "location", "source": 454, "target": 360302}, {"relation": "location", "source": 649, "target": 360302}, {"relation": "location", "source": 360302, "target": 7098}]}
Your task is to identify the shortest path between two specified entities in an undirected knowledge graph, minimizing the number of hops.

**Problem to Solve**

- Entities in this knowledge graph: Queenston Stakes, Jack M. Lauzon, Canada, Toronto, Victoria Park Stakes, Canadian Classic Races, Ontario
- The relationships between these entities are as follows:
 - Queenston Stakes is connected to Canada via the relationship location.
 - Queenston Stakes is connected to Toronto via the relationship location.
 - Queenston Stakes is connected to Ontario via the relationship location.
 - Queenston Stakes is connected to Jack M. Lauzon via the relationship race.
 - Jack M. Lauzon is connected to Canada via the relationship birthPlace.
 - Jack M. Lauzon is connected to Victoria Park Stakes via the relationship race.
 - Jack M. Lauzon is connected to Canadian Classic Races via the relationship race.
 - Canada is connected to Toronto via the relationship largestCity.
 - Canada is connected to Victoria Park Stakes via the relationship location.
 - Toronto is connected to Victoria Park Stakes via the relationship location.
 - Victoria Park Stakes is connected to Ontario via the relationship location.
Please determine the shortest path between Queenston Stakes and Jack M. Lauzon in this network.
Submit your answer in the format: [Entity1, Entity2, ..., EntityN], where Entity1 and EntityN are the specified start and end entities, and Entity2 through EntityN-1 are the intermediate entities on the shortest path.
test