Dark cosmic onion

Should I ask you anything about your career or your goals?

Or what prospect do I see in this field? Because at the present, it sounds very saturated because, you know, dark matter search, there has been, nothing has been found, right? That's right.

We are looking for it.

looking for signals.

Of course, there's better data every day.

But technically, this sounds very saturated from a very broad perspective.

And also, there is this often question that, you know, what good does it do

to the

common people? Because as I said, there are layers of the onions.

Yes.

you are looking at something you it's just a very curious curiosity driven field

yes

it sounds that it sounds like that but I have my own take on that maybe I can just share that absolutely you you can always tell me that even if you do do discover dark matter or even if you do know that neutrinos decay into something lighter that doesn't solve any of my problems that doesn't cure cancer or Let's say, I don't know, that doesn't do anything to the technology.

But I think, first of all, the methods you develop to understand any fundamental physics process is helpful.

in other physics things that you do.

As in, let's say, we know a lot about different numerical techniques that are being developed to understand a particular physics process.

So I think that is what this field has to offer to the branch of physics in general.

It might not solve your day-to-day problems, but it teaches you how to approach one.

So since it's fundamental physics, there are a lot of things that you don't know.

So you have to sit down, assume some model, do the math, think how things might work.

So, yeah, if it's a curiosity driven field, then it first of all, one teaches you how to think.

Now, if you know, if you know how to think, you can devise methods to calculate something.

Maybe you have done some new calculation, nothing novel perhaps, but some new calculation.

You have developed some new technique.

Maybe it could be just computational.