No, generally the solid state of matter has a larger volume than its liquid state.

Here's why:

* Particle Arrangement: In solids, particles are tightly packed and arranged in a fixed, ordered structure (crystal lattice). In liquids, the particles are closer together than in gases, but they are not fixed in a specific position. They can move around, slide past each other, and change their positions.

* Intermolecular Forces: The intermolecular forces between particles in solids are stronger than those in liquids. This stronger attraction pulls the particles closer together in a solid.

* Compressibility: Liquids are less compressible than solids. This means that the volume of a liquid is less affected by pressure compared to a solid.

Exceptions:

There are some exceptions to this rule:

* Water: Water is unique because its solid form (ice) is less dense than its liquid form. This is due to the hydrogen bonding that forms a crystal lattice in ice, which creates empty spaces between water molecules.

* Other Substances: Some substances, like bismuth and gallium, also expand when they solidify.

Overall: In most cases, the solid state of matter has a larger volume than its liquid state.