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Q: Is every formula of $L_\Omega$ equivalent to a formula of $L_1$ modulo $T_1$?

The notation comes from the following question: Is the following theory countably axiomatizable?Is the following theory countably axiomatizable?

Edit: I mean $T_\Omega$.

Q: Is every formula of $L_\Omega$ equivalent to a formula of $L_1$ modulo $T_1$?

The notation comes from the following question: Is the following theory countably axiomatizable?

Edit: I mean $T_\Omega$.

Q: Is every formula of $L_\Omega$ equivalent to a formula of $L_1$ modulo $T_1$?

The notation comes from the following question: Is the following theory countably axiomatizable?

Edit: I mean $T_\Omega$.

added 28 characters in body
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Q: Is every formula of $L_\Omega$ equivalent to a formula of $L_1$ modulo $T_1$?

The notation comes from the following question: Is the following theory countably axiomatizable?

Edit: I mean $T_\Omega$.

Q: Is every formula of $L_\Omega$ equivalent to a formula of $L_1$ modulo $T_1$?

The notation comes from the following question: Is the following theory countably axiomatizable?

Q: Is every formula of $L_\Omega$ equivalent to a formula of $L_1$ modulo $T_1$?

The notation comes from the following question: Is the following theory countably axiomatizable?

Edit: I mean $T_\Omega$.

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Is every formula of LΩ equivalent to a formula of L1 modulo T1?

Q: Is every formula of $L_\Omega$ equivalent to a formula of $L_1$ modulo $T_1$?

The notation comes from the following question: Is the following theory countably axiomatizable?