#Japan #Tokyo #SSK Seminar #Saga University #Diamond Semiconductor

Exploring Diamond Semiconductors

On June 24, 2025, a significant seminar will be held focused on diamond semiconductors, led by Professor Makoto Kakazu from Saga University. This event, part of the SSK seminar series, aims to highlight the development trends and future expectations for diamond-based power semiconductor devices. The seminar promises an in-depth exploration of how the unique properties of diamond can revolutionize the semiconductor industry.

Seminar Details

The seminar will be conducted online via Zoom, providing participants with the opportunity to engage in real-time, as well as access to recorded sessions for two weeks post-event. This flexible setup ensures that individuals from various backgrounds can participate, regardless of their geographical location.

Key Topics Covered

1. Exceptional Properties of Diamond: Diamond boasts an extremely high breakdown electric field, high carrier mobility, and excellent thermal conductivity. These characteristics make it an ideal material for power semiconductors.
2. Large-Diameter Diamond Wafer Growth Techniques: Recent advancements in research have led to successful growth techniques for large-diameter diamond wafers, paving the way for innovative semiconductor manufacturing.
3. Power Semiconductor Fabrication Techniques: The seminar will delve into state-of-the-art production methods for power semiconductor devices, shedding light on how these techniques can be applied in various industries.
4. High-Frequency Power Semiconductor Manufacturing: Participants can expect detailed discussions on the production of high-frequency power semiconductor devices, a crucial area for future tech applications.
5. Future Challenges: While the potential for diamond semiconductors is vast, there are hurdles to overcome. The seminar will address these challenges and outline strategies for future research.
6. Q&A Session: An interactive segment will allow attendees to engage directly with Professor Kakazu, providing a platform for addressing specific inquiries and gaining deeper insights into the subject matter.

Significance of Diamond Semiconductors

The use of diamond in semiconductors is particularly relevant as the industry pushes towards higher efficiency and performance standards. The advantages of diamond can lead to significant improvements in power management and heat dissipation, critical for modern electronic devices. This seminar aims to not only inform but also inspire new ideas and partnerships within the field.

About SSK

New Social System Research Institute (SSK) has been a leader in providing high-quality business seminars since its establishment in December 1996. With over 500 seminars annually, SSK is dedicated to offering strategic information on management, marketing, and technology to help businesses thrive in a competitive landscape. Their commitment to delivering cutting-edge information ensures that they remain a valuable partner for businesses seeking to innovate and grow.

For more information about the seminar and to register, visit SSK Seminar Page. For inquiries, contact SSK at their Tokyo office or through the provided email and phone details.

Join this pivotal seminar to gain insights into the future of semiconductor technology driven by one of the most promising materials—diamond.