Mountable microstructure and optical transmission apparatus

A mountable microstructure which is engaged and mounted in a concavity formed at a predetermined location on an upper surface of a base substance, by mixing in a fluid to form a slurry and flowing the slurry over the upper surface of said base substance, wherein there is provided an Si block of a shape for engaging in said concavity on the upper surface of said base substance, and a compound semiconductor element formed on an upper surface of said Si block;

• wherein individual elements are formed on said Si block itself;
• said individual elements formed on said Si block itself and said compound semiconductor element are arranged so as to overlap or face each other;
• and
• a current blocking layer using a PN connection is provided between a compound semiconductor element electrode formed on the upper surface of said Si block and said Si block.

A mountable microstructure which is engaged and mounted in a concavity formed at a predetermined location on an upper surface of a base substance, by mixing in a fluid to form a slurry and flowing the slurry over the upper surface of said base substance, wherein there is provided an Si block of a shape for engaging in said concavity on the upper surface of said base substance, and a compound semiconductor element formed on an upper surface of said Si block;

• wherein individual elements are formed on said Si block itself;
• said individual elements formed on said Si block itself and said compound semiconductor element are arranged so as to be displaced from each other;
• and
• a current blocking layer using a PN connection is provided between a compound semiconductor element electrode formed on the upper surface of said Si block and said Si block.

A mountable microstructure which is engaged and mounted in a concavity formed at a predetermined location on an upper surface of a base substance, by mixing in a fluid to form a slurry and flowing the slurry over the upper surface of said base substance, wherein there is provided an Si block of a shape for engaging in said concavity on the upper surface of said base substance, and a compound semiconductor element formed on an upper surface of said Si block;

• and
• wherein all of the electrodes for said compound semiconductor element are formed on the upper surface of said Si block;
• and
• a current blocking layer using a PN connection is provided between said compound semiconductor element electrode formed on the upper surface of said Si block and said Si block.

An optical transmission apparatus comprising:

• a first base substance with a first mountable microstructure which is engaged and mounted in a concavity formed at a predetermined location on an upper surface of the first base substance, by mixing in a fluid to form a slurry and flowing the slurry over the upper surface of said first base substance, wherein there is provided a Si block of a shape for engaging in said concavity on the upper surface of said first base substance, and a compound semiconductor element formed on an upper surface of said Si block, the first base substance including a light emitting element mounted in the concavity, and
• a second base substance with a second mountable microstructure which is engaged and mounted in a concavity formed at a predetermined location on an upper surface of the second base substance, by mixing in a fluid to form a slurry and flowing the slurry over the upper surface of said second base substance, wherein there is provided a Si block of a shape for engaging in said concavity on the upper surface of said second base substance, and a compound semiconductor element formed on an upper surface of said Si block, which includes the second base substance including a light receiving element mounted in the concavity,
• wherein the first base substance and the second base substance are laminated so that said light emitting element and said light receiving element face each other.

An optical transmission apparatus having a light emitting section comprising:

• a first base substance with a mountable microstructure which is engaged and mounted in a concavity formed at a predetermined location on an upper surface of the first base substance, by mixing in a fluid to form a slurry and flowing the slurry over the upper surface of said first base substance, wherein there is provided a Si block of a shape for engaging in said concavity on the upper surface of said first base substance, and a compound semiconductor element formed on an upper surface of said Si block, and a light emitting element mounted in the concavity, and
• a light receiving section comprising:
• a second base substance with a mountable microstructure which is engaged and mounted in a concavity formed at a predetermined location on an upper surface of the second base substance, by mixing in a fluid to form a slurry and flowing the slurry over the upper surface of said second base substance, wherein there is provided a Si block of a shape for engaging in said concavity on the upper surface of said second base substance, and a compound semiconductor element formed on an upper surface of said Si block, and a light receiving element mounted in the concavity wherein the first base substance and the second base substance are laminated so that said light emitting element and said light receiving element face each other.