I'm John Batscher with Joanna Kutzurudu, who it Rido, who is a professor of physics and astronomy at the University of Florence.

She and her team have discovered a descendant of the original population three star,

the first stars for massive, huge things, that eventually exploded and created everything more

more on the periodic table than helium so-called metals.

Professor an unlimited budget I know that you fight for telescope time, you book months ahead of time,

you make your proposals. We're giving you an unlimited budget so you don't have to worry about all that.

You can buy the time you want. What happens next with you and your team? Thank you.

So what we have seen with this study is that given only one descendant of a population three star we can have so much information on the

mass on the masses of the first stars and their properties so imagine if what we could

do if we had more stars, basically.

So the first point is to have to enlarge the catalog of very metal-pur stars with very high quality spectra that we have.

And then as a theorist myself, I would devote a large part of this budget to produce more sophisticated models that we need in order to

interpret the data that we are having and we are expected to have in the future.

You would take a budget to produce more models.

Does that mean hiring people? Does that mean more, more, more, more names on the chart you need a bigger team we need a bigger team

we need a bigger team yes to produce a stellar revolution models and the galaxy formation models in order to interpret the data that we are

expected to have in the following years.

David, you have a question. Go ahead David.

Is this a fairly common field of study in astronomy, so if you wanted to enlarge your team,

it would be relatively easy to find new members for your team?

This is becoming actually a popular field these years,

because also in the following years

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