Abstract: : The MIT Research Laboratory of Electronics' Joint Services Program comprises seventeen work units (see below) that span a broad array of topics in high speed optics, surface and phase transitions, submicron structures and quantum effect devices, the electrical behavior of interconnect structures, and atomic and molecular physics. The work units include: (1) InGaAlAs Quantum Heterostructures for High Performance Devices; (2) Chemical Beam Epitaxy of II-VI/III-V Quantum Wells; (3) Physics of InAlAs/InGaAs Heterostructure Field Effect Transistors; (4) Sub-100-Nanometer Structures: Technology, Electronics, and Optics; (5) Single Electron Electronics, (6) Quantum Transport in Mesoscopic Systems; (7) Statistical Mechanics of Quantum Dots; (8) Single Electron Microscopy; (9) Femtosecond Quantum Optics; (10) Ultrafast Optical and Electronic Processes; (11) Excitations, Ground State Properties, and Phase Transitions of Surfaces; (12) Synchrotron X-ray Studies of Semiconductor Surface Disordering; (13) Step Structures and Epitaxy on Semiconductor Surfaces; (14) Optical Frequency Metrology; (15) Precision Physical Measurements; (16) Ultracold Atoms; and (17) Electromagnetic Waves in Complex Media.