Which were what like auto mechanics to us now.

After that, MegaZest and Ecsie spring divided and EMS now working on a group in EKSL arrive

nearby.

Welcome to the center.

OK, so first of all, yeah, I'd like to be here

to thank the organizers for inviting me.

First of all, I should say it's wonderful.

And I'm so in a school that I feel together.

And anybody who can get here and participate in it.

And so I'd like to take the next on half

and tell you some of the experiments that you've been doing.

And so in the group of optimal mechanics.

And the outset, I'd like to mention that the work

I'm presenting is a combination of some really ancient,

old experiments we've done, also some more recent work

towards the end.

And the work that I'm presenting has particularly

been done by a number of co-workers.

And in particular, from the outset,

the results we've sent are the animation of these particular

polished resel, heli, and as I say, some of the babies.

And here are a little of some of the people who may also know.

We've also greatly crafted, and seriously,

used some very nice collaborations,

particularly also in theorists that obviously have

a great importance in the school.

It's the most recent work that we've done.

And most recently, the lifetime was cost

of the recent work that we did at Jesmond.

OK, so I work at EPRM.

That's just across the other side from the minus.

Thank you, Anima.

And I'll be there.

That was a nice conversation.

So let me just briefly give you the outline of the talk.

So it's going to be more, what I see, parts.

And I'll try to go through them.

I'm going to go through them slowly, so I'll run out of time.

I will not do the last part.

But basically, I will live talk about just some basic

optomechanical phenomena.

And you've seen a really long amount of equations

in the last week.

I'd like to show that you can explore optomechanics

with optical algorithms.

And I'd like to use that to showcase some of the basic

physics of doing very sensitive position measurement,

doing it with like a temperature gauge and cooling.

And in the second part of my talk, I'll talk about some

recent work that you've been interested in.