Strategic Objectives
• Master the materials science of Niobium-silicon integration.
• Eliminate Joule heating in high-density circuit architectures.
• Achieve near-perfect signal integrity at microwave frequencies.
• Navigate the complex thermal management of cryogenic systems.
The Core Challenge
Traditional copper interconnects are hitting a thermal and resistive wall, throttling the next generation of high-performance computing.
01
The Physics of Zero Resistance
02
The Superconducting Toolkit
03
Niobium: The Industry Standard
04
Substrate Synergy
05
Thin Film Deposition
06
The London Equations
07
Signal Integrity at Absolute Zero
08
Kinetic Inductance
09
Dielectric Loss Tangents
10
Thermal Conductivity in Solids
11
The Meissner Effect in Circuits
12
Impedance Matching
13
Photolithography for Superconductors
14
Cryogenic Refrigeration
15
Surface Roughness and Skin Effect
16
Microstrip and Stripline Design
17
Crosstalk and Electromagnetic Interference
18
Superconductor-to-Semiconductor Bonding
19
The BCS Theory Framework
20
Testing and Characterization
21