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@futurebird That depends on two things:

When time is frozen, am I able to see when I'm staying perfectly still? If so, does everything appear white?

If the answers are "yes" and "no" then, I'm going to start by experimenting with progressively "longer" periods of timefreeze, to see if objects get hotter the longer time is frozen.

If there's no risk of melting the universe, then I'm going to start by studying the current physics body of knowledge. Then I'm going to get to work on fixing that body of knowledge.

Explanation:
If photons are also "frozen" then the only way for me to see is to move so that my eyeballs strike photons. If I can see, then photons keep moving.

If everything appears white, then a plausible explanation is that there are no new photos emitted, but everything perfectly reflects all photons.

If photons move and some photons are absorbed, then there MUST be new photons being emitted. (And if objects can't shed heat, then absorbing photons will make them hot.)