Professor Tanabe Will Deliver an Invited Talk at ASSL 2026
Microcoms are light sources that generate multiple wavelengths from a compact optical resonator. In this presentation, we will discuss how to leverage their multi-wavelength capabilities and low-noise characteristics […]
Comparison of Orthogonal Modulation Schemes for Terahertz Wireless Transmission Utilizing the Entire Optical Comb (The Institute of Electronics, Information and Communication Engineers)
All-com modulation, which makes effective use of Microcom’s optical output, is a method that leads to highly efficient terahertz wireless transmission. In this study, […]
We presented five research findings at the Fall Academic Conference of the Japan Society of Applied Physics.
At the 87th Fall Meeting of the Japan Society of Applied Physics, held at Hokkaido University from September 8 to 11, 2026, Microcom and micro-optical resonators […]
Microcom Enhances the Efficiency of Terahertz OFDM Communications (Presentation at CLEO-PR)
In terahertz-band OFDM communications, increasing the number of pilot signals used for phase noise compensation reduces the communication resources available for data transmission […]
High-Efficiency Terahertz Transmission in the 300 GHz Band Using Multisolitons (IEEE Phot. J.)
By utilizing multiple solitons within a SiN microring, it is possible to maintain an optical frequency spacing of 300 GHz while generating terahertz waves […]
Improving Reception Quality in Terahertz OFDM Communications Through Equalization That Accounts for Phase Noise (OECC2026)
In terahertz-band OFDM communications, signal distortion caused by phase noise limits transmission performance. In this study, using a known auxiliary signal […]
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