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[answer is to the original question before edit which posited only the existence of a homotopy equivalence rather than the identity map being a homotopy equivalence]

No. Let $T_2$ be the wedge of countably many circles and $T_1$ be the wedge of countably many circles and an interval.

No. Let $T_2$ be the wedge of countably many circles and $T_1$ be the wedge of countably many circles and an interval.

[answer is to the original question before edit which posited only the existence of a homotopy equivalence rather than the identity map being a homotopy equivalence]

No. Let $T_2$ be the wedge of countably many circles and $T_1$ be the wedge of countably many circles and an interval.

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No. Let $T_2$ be the wedge of countably many circles and $T_1$ be the wedge of countably many circles and an interval.