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WSK-5: Antennas and Packaging for a Sub-THz Wireless Point-to-Multipoint Link
This talk presents antennas and packaging for a sub-THz wireless point-to-multipoint link operating in the 220–325GHz frequency range. A point-to-multipoint link is an attractive solution for a sub-TH...
WSK-6: Characterization and Modeling of HEMTs Beyond 110GHz
High electron mobility transistors (HEMTs) have demonstrated operation beyond 1THz, indicating significant potential for RF front-ends in both future communication and sensing applications. In this ta...
WSK-7: Trends in mm-Wave and THz Test Equipment
This talk looks at some current challenges and advances in mm-wave and THz test equipment. In particular, spectral purity of mm-wave signal sources and downconverters is addressed, both at full power ...
WSK-8: Non-Contact On-Wafer Probing for mm-Wave and THz Metrology
We will present recent advances for on-wafer device and material testing at mm-wave and THz bands using non-contact probing as a cost-effective and highly repeatable alternative to conventional contac...
WSK-9: On-Wafer Measurement of Planar Circuits at mm-Wave and Sub-THz Frequencies
High-frequency on-wafer S-parameter measurements present significant challenges due to various factors that can impact accuracy and consistency. Efforts are underway to address these challenges and en...
QUB1-1: Introduction to Quantum Computing: Qubits, Gates, and Algorithms
Quantum computers are fundamentally different from conventional computers. They promise to address problems that are practically prohibitive and even impossible to solve using today’s supercomputers. ...
QUB1-2: Microwave Engineering of Quantum Computers
We will explore the construction and operation of superconducting quantum computers from the perspective of microwave engineering. We will describe the properties of photons and qubits, focusing on mi...
QUB1-3: Industry perspective: Quantum computing at Google
In this talk I will review Google’s approach to building a useful quantum computer. I will discuss our roadmap to a fault tolerant machine based on the surface code, and highlight milestone experiment...
WSP-1: Highly Linear Time-Variant Mixers/Filters: Operation and Analysis
Linear time-variant circuits combine linearity with digital programmability, allowing for different functionalities discussed in this workshop. In this contribution the focus will be on the operation ...
WSP-4: Advanced RFIC Techniques using Non-Uniform Sampling and Time-Approximation Filters
This talk will include an overview of the recent development of using non-uniform sampling (NUS) to enable new capabilities for RF transceivers, such as a non-uniform subsampling (NUSS) front-end, and...