Hong Kong Polytechnic University

She also leads in a number of corporate finance exercises and corporate restructuring activities.

Uh, Dr. Chan is also an independent non-executive director of Capital Environment Holdings Limited, and is appointed as an adjunct professor in the School of Accounting and Finance of the Hong Kong Polytechnic University.

Dr. Chan graduated from the City University of Hong Kong with a Bachelor of Arts in Accounting.

She then earned her MBA degree from the University of Nottingham.

His research runs across remote sensing, image processing, and GIS analytics, along with urban and ocean informatics and geospatial policy.

He is an alumnus of the Hong Kong Polytechnic University, where he held the Hong Kong PhD Fellowship and has set up geospatial programs at several institutions in India.

Dr. Nithyanandam, welcome to the podcast.

Thank you, Gopal, for having me today.

Number four, inject Eve.

So some researchers out of Hong Kong University and Hong Kong Polytechnic published a paper about how they use side channel attacks to recover audio from headphones while and argued with a microphone by sending a carrier wave, basically a steady tone to to the headphones and then observing what was reflected back and how it was changed by the modulation of the audio coming from the actual cable and such and stuff in the headphones.

I'm like, Good Lord.

So an additive sound wave? Pretty much.

And they could build those shelters out of yeast and gelatin, if a method described by Hong Kong-based researchers makes it out of the lab.

A paper published on Thursday, how long ago was this? Oh, this was two days ago, by a group of researchers from the Hong Kong University of Science and Technology and the Hong Kong Polytechnic University describes a method for building structures on Mars that doesn't rely on energy-intensive heating to turn regolith, I guess that's what we call Mars rock, into building blocks.

The team instead turned to bioengineered yeast and gelatin mixed with simulated Mars dirt to 3D print structures.

Okay.