He is well known for his work in superconducting circuit cavity QED.

Then he moved to be a postdoc with Oscar Feinter and he will very soon start in Vienna, but

now he will give us lectures about optomechanical crystals.

We are very thankful for you for essentially helping us out.

Thank you.

Although I have a replacement, I've been honored.

I'm also glad that the organizers are glad because I was sent during my PhD, I was sent

to a conference by my advisor.

Although everybody was happy with the talk, the organizer refused to talk to me and said

it would have been better if no one had come.

So he's on the back of his mouth.

People don't know what he's doing, I guess.

So, okay.

I put you a little bit in an odd position, so I started to do electron mechanics in Oscar's

group with the big picture goal to combine, because most systems are really cool, but

I won't write, we think combining them may give us something great, but it's hard to

make it not go worse at the same time when you combine them.

So, before I get started, I have two announcements to make.

I will start in January at the new institute, Institute of Science and Technology in Austria.

It's about 5 to 10 years old, mostly life sciences, 35 professors.

In the next 10 years we're looking for another 35.

So, I don't know, at some point, I hope you may be ready.

We have a very nice group in science in Vienna already, and our goal is to complement that

with a nice state of your clean room facility where you can do solid state physics, which

is kind of missing in Vienna.

This is my webpage.

I will focus on 3QQD electron doctrine, because one of my big goals is to make this micro

doctrine link.

You've heard about this from Hunderd Lennard, and we tried to do this on chip, and I will

collaborate with Oscar to realize this, and we have written on it right now.

And I will come back to this later in the last few minutes.

And basically, once we have this, we have a lot of ideas for cool things you could do

with such a system, coupling qubits with optical fiber.

It's only the first step.

I forgot to mention, this is a rendering of the physics building.

It's a little bit outside of Vienna, and I just visited on Friday.

It doesn't look quite as great, but it's pretty close, and it's actually, now I believe

it's going to be finished in January, so that's good, because there's still no lab in the

physics building.

So I can announce with this one that Oscar asked me to advertise the GRC conference he

organized with Eva Weig.

It's in Ventura Beach.

They're in close Ventura, close to the beach in California in March, and these are the

data for the applications.

I guess Eva has already criticized them.

These are the topics, and the data for the week, so just checking it out.

I also forgot to mention, we obviously are not only looking for faculty, I'm also looking

for postdocs and grad students, so if one of you is interested, please talk to them.

So this is the opening for his slide.

So we've got Oscar, I guess.