Insulating inductor conductors with air gap using energy evaporation material (EEM)

An integrated circuit structure comprising:

• a substrate;
• a first layer on the substrate;
• and
• a porous material layer on the first layer,
• wherein the first layer includes:
• first electrical conductors comprising an inductor structure;
• a void adjacent to the first electrical conductors of the inductor structure;
• and
• an insulator material portion bordering the inductor structure,
• wherein the insulator material portion includes second electrical conductors comprising electrical connectors separate from the inductor structure,
• wherein the void extends between the substrate and the porous material layer, and
• wherein the void is the same height between the substrate and the porous material layer as the inductor structure.

An integrated circuit structure comprising:

• a substrate;
• a first layer on the substrate;
• and
• a porous material layer on the first layer,
• wherein the first layer includes:
• first electrical conductors comprising an inductor structure;
• a void adjacent to the first electrical conductors of the inductor structure;
• and
• an insulator material portion bordering the inductor structure,
• wherein the insulator material portion includes second electrical conductors comprising electrical connectors separate from the inductor structure,
• wherein the void extends between the substrate and the porous material layer,
• wherein the void is the same height between the substrate and the porous material layer as the inductor structure, and
• wherein the insulator material portion, the first electrical conductors, and the second electrical conductors provide mechanical support for the void.