Entropy appears to have a translation symmetry - adding some constant value to it doesn't appear to my fairly rudimentary understanding of physics alter the actual physics. Is this correct?

Now (translational) symmetry enters into Noethers theorem; does then this theorem apply to entropy? If it does - what then is the Noether charge?

Entropy appears to have a translation symmetry - adding some constant value to it doesn't appear to my fairly rudimentary understanding of physics alter the actual physics. Is this correct?

Now (translational) symmetry enters into Noether's theorem; does then this theorem apply to entropy? If it does - what then is the Noether charge?

Entropy appears to have a translation symmetry - adding some constant value to it doesn't appear to my fairly rudimentary understanding of physics alter the actual physics. Is this correct?

Now (translational) symmetry enters into Noethers theorem; does then this theorem apply to entropy? If it does - what then is the Noetherian charge?

Entropy appears to have a translation symmetry - adding some constant value to it doesn't appear to my fairly rudimentary understanding of physics alter the actual physics. Is this correct?

Now (translational) symmetry enters into Noethers theorem; does then this theorem apply to entropy? If it does - what then is the Noether charge?