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Injective resoutionresolution of the ring of entire functions

Let $R$ be the ring of entire functions on $\mathbb{C}$. I heard that the concrete value of the global dimension of the ring depends on continuum hypothesis. I would think that the injective dimension of the regular module $R$ should coincide with the global dimension for this ring but ImI'm not sure.

Question: Can one write down an explicit (minimal) injective resolution of the regular module $R$? How does it look like in case it is possible?

Injective resoution of the ring of entire functions

Let $R$ be the ring of entire functions. I heard that the concrete value of the global dimension of the ring depends on continuum hypothesis. I would think that the injective dimension of the regular module $R$ should coincide with the global dimension for this ring but Im not sure.

Question: Can one write down an explicit (minimal) injective resolution of the regular module $R$? How does it look like in case it is possible?

Injective resolution of the ring of entire functions

Let $R$ be the ring of entire functions on $\mathbb{C}$. I heard that the concrete value of the global dimension of the ring depends on continuum hypothesis. I would think that the injective dimension of the regular module $R$ should coincide with the global dimension for this ring but I'm not sure.

Question: Can one write down an explicit (minimal) injective resolution of the regular module $R$? How does it look like in case it is possible?

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Injective resoution of the ring of entire functions

Let $R$ be the ring of entire functions. I heard that the concrete value of the global dimension of the ring depends on continuum hypothesis. I would think that the injective dimension of the regular module $R$ should coincide with the global dimension for this ring but Im not sure.

Question: Can one write down an explicit (minimal) injective resolution of the regular module $R$? How does it look like in case it is possible?