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Sean E. Lake
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Countability"Countable" and discreteness"discrete" are separate concepts. The Cantor set, for example, is discrete, but not countable.

As for discretizing space-time, the only theory I'm aware of that takes this approach is known as loop quantum gravity. String theory, if my passing understanding is correct, does not discretize space-time in this way.

Countability and discreteness are separate concepts. The Cantor set, for example, is discrete, but not countable.

As for discretizing space-time, the only theory I'm aware of that takes this approach is known as loop quantum gravity. String theory, if my passing understanding is correct, does not discretize space-time in this way.

"Countable" and "discrete" are separate concepts. The Cantor set, for example, is discrete, but not countable.

As for discretizing space-time, the only theory I'm aware of that takes this approach is known as loop quantum gravity. String theory, if my passing understanding is correct, does not discretize space-time in this way.

CountableCountability and discretediscreteness are separate concepts. The Cantor set, for example, is discrete, but not countable.

As for discretizing space-time, the only theory I'm aware of that takes this approach is known as loop quantum gravity. String theory, if my passing understanding is correct, does not discretize space-time in this way.

Countable and discrete are separate concepts. The Cantor set, for example, is discrete, but not countable.

As for discretizing space-time, the only theory I'm aware of that takes this approach is known as loop quantum gravity. String theory, if my passing understanding is correct, does not discretize space-time in this way.

Countability and discreteness are separate concepts. The Cantor set, for example, is discrete, but not countable.

As for discretizing space-time, the only theory I'm aware of that takes this approach is known as loop quantum gravity. String theory, if my passing understanding is correct, does not discretize space-time in this way.

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Sean E. Lake
  • 22.8k
  • 3
  • 43
  • 88

Countable and discrete are separate concepts. The Cantor set, for example, is discrete, but not countable.

As for discretizing space-time, the only theory I'm aware of that takes this approach is known as loop quantum gravity. String theory, if my passing understanding is correct, does not discretize space-time in this way.