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We are going to be working with the Yanks here, so just Max
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Red Joan

We are going to be workingwith the Yanks here, so just Max

We are going to be working
with the Yanks here, so just Max

Full Transcript

00:00:01.000 --> 00:00:04.029
We are going to be working with the Yanks here, so just Max.
Duration
4 seconds
Views
41
Timestamp in Movie
00:25:19
Uploaded
Jun 24, 2025
Genres
biography, drama, history
Production
Trademark Films,Cambridge Picture Company

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Movie Summary

The story of Joan Stanley, who was exposed as the K.G.B.'s longest-serving British spy.
Yes! We recruit by personal recommendation only. - Red Joan 00:05
Yes! We recruit by personal recommendation only.
I'm looking for a personal assistant. Typing, filing, that sort of thing. - Red Joan 00:05
I'm looking for a personal assistant. Typing, filing, t...
Now, that's important because you could be a party to everything that goes on here. - Red Joan 00:05
Now, that's important because you could be a party to e...
So, before we go any further, I'm going to need you to sign one of these. - Red Joan 00:07
So, before we go any further, I'm going to need you to ...
It's an undertaking, that binds you to absolute secrecy. - Red Joan 00:05
It's an undertaking, that binds you to absolute secrecy...
Tube Alloys. - Red Joan 00:05
Tube Alloys.
I would assume you are developing non-corrosive metals - Red Joan 00:06
I would assume you are developing non-corrosive metals
Our aim is to break the machine. - Red Joan 00:06
Our aim is to break the machine.
The critical mass is less than anyone thought. - Red Joan 00:06
The critical mass is less than anyone thought.
I'm sure we'll get better a better answer, as soon as we have the data on 235. - Red Joan 00:04
I'm sure we'll get better a better answer, as soon...
- I'm so sorry. I studied gasses. - Say that again. - Red Joan 00:04
- I'm so sorry. I studied gasses. - Say that again.
Well, I'm sure you've already thought of this, but... - Red Joan 00:04
Well, I'm sure you've already thought of this, but...
A centrifugal force could separate a gaseous mixture of the two isotopes. - Red Joan 00:06
A centrifugal force could separate a gaseous mixture of the ...
That's good. It's an interesting theory. - Red Joan 00:05
That's good. It's an interesting theory.
This is exactly why I wanted a first class science graduate as an assistant - Red Joan 00:07
This is exactly why I wanted a first class science graduate ...
You're not... not a pretty face. - Red Joan 00:04
You're not... not a pretty face.
Imagine if it were possible, to separate the two isotopes. - Red Joan 00:06
Imagine if it were possible, to separate the two isotopes.
And you had a critical mass; pure uranium 235 in isolation. - Red Joan 00:07
And you had a critical mass; pure uranium 235 in isolation.
Then more Uranium nuclei would split. - Red Joan 00:05
Then more Uranium nuclei would split.
The result will be a self-sustaining chain reaction. - Red Joan 00:05
The result will be a self-sustaining chain reaction.