:28:02
Can you explain
the actual process of fusion...
:28:05
you know, the theory?
:28:06
Yes. Oh, there it is.
:28:09
This is the--the apparatus.
:28:13
And very simply...
:28:14
when positively charged
deuterons...
:28:18
are attracted
to the palladium cathode...
:28:20
they cram together...
:28:22
and there are millions of them
inside the cathode...
:28:25
getting closer and closer,
and then they fuse...
:28:29
and they create energy
in the form of helium.
:28:31
WOMAN: But I read somewhere...
:28:32
that the experiment
couldn't be replicated...
:28:34
so how do we know it works?
:28:38
EMMA: We don't.
:28:40
Not yet.
:28:42
But if you remember Einstein...
:28:44
he knew the theory
of relativity to be true...
:28:47
long before he could prove it.
:28:49
I mean, he felt the truth.
:28:51
And, uh, some of us
feel the same way...
:28:54
about cold fusion...
:28:55
because it's there.
It's in nature...
:28:58
the raw, natural power
just waiting to be harnessed.
:29:02
When we ignite
that cold fusion fire...
:29:06
I mean, just imagine.
:29:10
There's more energy
in one cubic mile of seawater...
:29:14
than in all the known
oil reserves on earth.
:29:16
I mean, you could drive
your car 55 million miles...
:29:20
on a gallon of heavy water.
:29:23
It would be the end
of pollution...
:29:26
warmth for the whole world.
:29:29
So why don't I demonstrate
for you...
:29:33
why other people in the past
have been so unsuccessful?
:29:39
They used very complex...
:29:42
SIMON: November 17, 11:30 a.m.
:29:44
Entering flat
of Dr. Emma Russell.
:29:47
High Street, Oxford.
:29:49
No alarms on outer doors.
Strange.
:29:52
TAPE: No messages.
:29:59
SIMON: Shelley Monument.