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Amazing information, thanks! Maybe you can explain how to effectively deal with surface traps?

👍

Would frequency domain methods for EVM still capture nonlinearity due to memory effects?

Good

Thank you please how can I calculate cutoff frequency of high order TE12 mode in substrate integrated waveguide

Thank you very much for the informative presentation.

thank you

Great intuition on outphasing PA

This popped up on my fyp

Thanks.

Thanks.

Thanks.

Great deed indeed 👍

Brilliant

How can I find the full version?

Amazing....insightful and full of innovative solutions...can you please add the link of referred publications in description ❤.

Can we please get the slides professor?

Sir, can u help me how to design yagi uda antenna for 6th G application in FHSS softwar?

How can I access the webinar with power point slides??

How can I access the webinar with power point slides??

Professor Tatsuo Itoh was a true legend.

so handsome, i love him.

Hi! thanks for sharing this great preview. Could not find the full talk! could you please help on this ? Thank you

good presentation Dr. Wang.

Small error in the graphic at 37:32 lower right corner. Arrow with infinity sign actually has to be located a bit more to the left. left of the capacitor to be precise. Thank you for sharing!

The video cuts at 31:50… can you re-upload with the full video?

Bbelnet 6 on TT DP

Some segments in the video are stamped not adjacent to each other

Wow this was really helpful... doing a graduate project on a GaN MMIC design (switching type) and this has been incredibly beneficial!

Q. could SAR radar be modified to monitor people in a building like a CCTV camera?

Neat and I'll have to find the papers related to the research to see the waveform methods in more detail. Sounds like lower energy/power methods too which is excellent being minimalist. Can be heterodyne, pulse train and carrier with modulation and target demodulation methods from what I've researched reading into. Seems the dimensions of the range of source methods can be advanced to characterize effects so most minimal risks associated with. Amazes me still dealing with even the ionizing range methods how corrupt the medical devices seem to me for detection and treatment, and not having that capabilities of performing 100% confidently and with no alpha or beta errors, real time both very logically. Strange... and creepy the history of the medical field as an art too. Science is new to those mostly Roman or similar corrupted necrophiliacs I'm guessing. Just like Law with the M.D. researchers being well known as the most fraudulent... where I reasonably suspect due to the J.D.'s being best at compounding and concealing evidence and obstructing justice so they're not so observed. Thanks for sharing! Love the wide frequency range studies. That is really something awesome!

Amazing the gaps in the RF microwave range biological spectroscopy or applications disclosed when there are known effects clearly. Scary to me personally. Even with the other non-ionizing ranges lack of preference in applications. The earliest microwave spectroscopy, albeit in units most spectroscopists are not used to, was thorough starting back in the era the MASER was developing... like pre-LASER. Guessing the RINT or other MASINT labs wanted hush hush or something to better camouflage into the ambient implemented and developing signals... since the electronics industry in general was tied with military and intel... maybe with foreign service too the more internationalist the U.S. degraded into. Great presentation. Would love to run through all the permutations of combinations of spectra of all the materials in that range for optimal design considerations. Enjoyed the FT-NIR data which probably pissed people off for being too healthy and non-destructible for the most part with my work... as I see the struggles and transitions into phonons from photons appears with the Open Water Company developed disclosed work.

Should have expected there would be no coverage of military usage.

Thank you so much

starts at 4:19

Its fucking 2019 and even if 2016 is correct accoring © in the slides, having such a shitty sound is just embarrassing....

thank you

A very similar presentation was made in year 2014 by Dr.Paul Rosen at Victor Menezes Auditorium, IIT Bombay. At the end of that talk, Dr.Paul Rosen zoomed into the Powai Lake on the screen on Google Maps and said "We are somewhere here, right?". Of course, the presentation is brilliant in its all encompassing terrain measurements. I really appreciate such lectures and such technology is most exciting to work on.