Einstein's God Model Page #2

- Stop that.

Stop that, don't talk like that.

This was not your fault.

- I don't know.

- Abbey, listen to me.

New rule, no blaming

ourselves for things

we can't control.

We accept life as it comes.

- Okay, I like rules.

I love you to death,

you know that.

- Me, too, I'm driving

around right now

looking for you.

- You are?

- Yes.

Now, where are you?

I'm taking you home.

- Franklin.

- Franklin?

Franklin and what?

Abbey!

- Holy sh*t!

- Abbey, are you okay?

- Holy sh*t!

- Abbey, I'm so sorry.

- Just unlock the door.

Brayden, open the door.

- Abbey.

- - I'm freezing

my ass off.

- It won't unlock

if you're lifting the handle.

Abbey, don't move.

- What?

- Brayden?

- - I'm here.

I'm here.

- I hear sirens.

Brayden, get the door.

Someone's knocking.

- Abbey, stay awake.

Come on, don't close

your eyes, stay awake.

Abbey, look at me,

look at me, right here.

You don't go

anywhere without me.

Look.

I have something for you.

Open your eyes.

Brayden, Brayden, Brayden.

- Sir, emergency response units

are on their way.

Sir, I need you to

tell me her condition.

Is she awake?

Is she breathing?

Hello, sir, can you hear me?

Is anyone there?

I can hear you breathing.

- Abbey.

- Hey, buddy, it's Devin.

Me and Donna were thinkin'

maybe, you should come and stay

with us for a little while.

It's probably not a good idea

for you to be alone right now.

- Hi, Abbey.

- Hi, Brayden.

What are you doing?

- You're very pretty.

- Oh, thank you.

You're very handsome.

You're pretty cute.

- I'm a scientist, I'm, I'm...

- Human, there we go.

- Yeah, in medical

profession, trust me.

These hands have

put people to sleep

and brought them back to life.

- That's so hot.

- It's the button on the side.

Just push it forward and back.

Eat something.

- Babe.

- Here, let me

hold the camera a second.

- What is it?

You better not have, I...

- What?

- Brayden.

- Earrings!

- - Earrings.

- Yay.

- - A whole set.

Oh, almost.

Oh, no, yeah, it's

perfect, it's beautiful.

Thank you.

- Hi, this is Brayden.

- And, this is Abbey.

We're not here but if you

think about it, who is.

- What was that?

- What, I was being existential.

- Abbey, just

record a normal message.

- Hey, buddy, it's Devin.

Take as much time

off as you need

but I'm thinking, maybe,

if you got back to work

it might help you

get into, well.

Anyway, give me a call

when you're ready.

- Hello.

- Hey, Bob, it's me, Brayden.

- Brayden, are you okay?

- Yeah, listen.

The other day, you said

something about a guy

on faculty doing

research with Ketamine.

Who was that?

- Oh, oh yeah.

Dr. Meiselhoff, Dr.

Carl Meiselhoff.

He had this crazy

idea about using

electromagnetic

fields for anesthesia.

Wanted me to use it for

his radical prostate.

- He was a patient?

- Yeah.

- Dr. Carl Meiselhoff.

Meiselhoff?

What department was he in?

Surgery, medicine?

- He's in, uh, physics.

- Physics?

- - Yeah.

He has a PHD.

Listen, Brayden,

I'm here for you.

I really am but can we

talk about this tomorrow.

I got a cranium at 6:30.

- Yeah, um, sure, of course.

Sorry.

Thanks, Bob.

- Anytime.

I mean it.

- I know.

- And, this leads us to

the ultimate big question.

Why do the laws of physics,

in our classical world

seem to break down

at the subatomic or

the quantum world.

Shouldn't there be one law

that unifies everything?

Shouldn't there be a theory

of

Everything.

Well, it seems that

the answer may lie

in incredibly small

particles of vibrating energy

that we call superstrings.

Or string theory.

When you vibrate a superstring,

the vibrations produce

unique subatomic particles

like an electron.

In a sense, the

universe that we know

is the result of a

symphony being played

at the subatomic level by

vibrating superstrings.

Are you with me so far?

- Hi, welcome back

to true science.

I'm your host Sean fox and today

we're here with one

of the country's

leading physicist,

Dr. Carl Meiselhoff.

Dr. Meiselhoff, you've

long been regarded

as something of a

rebel in the field

of particle physics

and other dimensions.

- I'm not a rebel,

I am doing the work

of a long legacy of rebels

but I'm not a rebel.

- Well, the physics

community has long

relied on large expensive

particle colliders

to study such things as

fusion and string theory.

You claim to have

found a different path.

- Well, it's very complex, Sean.

But, the fundamentals

of our work suggest that

at the moment of

death, the human brain

can perceive the subatomic realm

or quantum universe,

if you will.

- So, are you saying your

subjects are people or

ghosts?

- Are you saying

there's a difference?

If someone

communicates or travels

from one membrane to another,

that which makes it human

remains intact.

Anybody that's familiar with

Niels Bohr would know that.

- Of course.

- We found that by using

a combination of stimuli,

we can mimic the moment of

death in the human brain.

We actually are

tricking the brain

into thinking it's dying.

- Define stimuli.

- Low frequency sound

waves, medicinal agents.

That sort of thing.

- Really, what sort

of medicinal agents

are we talking about here?

- Well, we've tried several but

we found the most

success with Ketamine.

- May I help you?

- Oh, I'm looking for

Dr. Carl Meiselhoff.

Is he home?

- I'm sorry, he's not.

I'm his wife, Margaret.

- Nice to meet you, Margaret.

My name is Brayden Taylor.

I was just hoping to

speak with your husband

about his work.

- I'm sorry that's not possible.

- I don't need much time.

I just have a few.

- Dr. Meiselhoff

is no longer with us.

- Oh.

Oh, I'm, I'm so sorry.

- Yeah. Thank you.

- I just recently went

through a similar loss myself.

My fiance,

I lost her last week.

- Well, I'm sorry.

You're far too young to

know that kind of pain.

- With all due respect, ma'am,

I don't think anyone's old

enough to know that pain.

- Would you care

for a cup of coffee?

Now, tell me, what do you do?

- I'm an anesthetist.

- Good for you.

I don't believe in god either.

- What?

No, anesthetist.

Anesthesia.

I've been doing some research

on the use of electromagnet.

- You're not the first

person to come around.

And, you didn't come

here to find out

how to put people to sleep.

My guess is that there's someone

you're looking to wake up.

No?

- Thomas Edison gave

an interview with

scientific American magazine.

He stated that he's

working on a device

that would allow

those that have died

to communicate with

those that are living.

Apparently, he actually

built a prototype

and generations of scientists,

including your husband,

have worked on it.

- I see.

- I thought he might

know where the device is.

- The only way you're

gonna have a conversation

with the dead is

if you join them.

- Perhaps.

- Let me ask you this.

If you found it, what would

you do with that device?

It wouldn't help you

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