<｜begin▁of▁sentence｜>### Instruction:
As a government official overseeing the city's strategic development projects that rely on advanced network analysis, I've taken an interest in particular graph theory applications. I understand we are exploring the Mycielski construction to assess certain network properties that may inform our infrastructure planning. With this in mind, I've been briefed that the 4th Mycielski Graph, known as M4, exemplifies characteristics that could be beneficial to our analytical models.

To further our understanding of M4's structure within the context of our city's network analysis, would you be so kind as to furnish me with the specific details related to this graph? Specifically, I'm interested in the precise number of intersections (nodes) and thoroughfares (edges) that M4 encompasses. These figures are critical in benchmarking the complexity and potential utility of the Mycielski construction for our purposes.
### Response:
import networkx as nx

# Generate the n-th Mycielski Graph
n = 4
M = nx.generators.small.mycielski_graph(n)

# Display graph properties
print(f'The number of nodes in M{n} is {M.number_of_nodes()}')
print(f'The number of edges in M{n} is {M.number_of_edges()}')
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