Thứ Tư, 6 tháng 12, 2017

News on Youtube Dec 6 2017

The thought that you're having right now, how much does that weigh?

As much as an electron?

As much as a water molecule?

Or, as much as a mosquito?

Because anywhere information goes — even in your mind — energy goes with it.

Bottle up that energy and it has mass...weight .

That's heavy.

If you've seen any movie, you've probably seen an animation like this.

Nerve impulses shooting through brain neurons, but how much energy is actually in that "neuro-electricity"?

This is about a hundred million neurons.

It's a part of the brain that lit up in you when you saw my face.

It's called It's the fusiform face area.

And the neuron in it weigh about as much as a paperclip.

But we are interested in the weight of a thought going through those neurons.

And it's hard to define a thought.

Is a dream a thought?

Is a reflex a thought?

But we can all relate to recognizing somebody and having the mental image of them in your

mind.

In the moment you recognize somebody, that about 1/10th of a second, even if they don't

recognize you, the electricity that surges through those neurons has a combined energy

of about a billionth of a joule.

That's the amount of energy to lift an eyelash just a few inches, and make a wish.

The sun's fusion converts atomic mass to light energy?

What if we do that in reverse, and take that brain energy, and bottle it up into mass,

it would weigh less than a trillionth of a trillionth of a pound.

About the weight of a water molecule.

So that's the weight of the energy in that section of the brain.

How much would a thought outside a brain weigh, just disembodied.

What's a thought but information?

And there's a precise relationship between information and energy.

The smallest amount of information is one bit: 0 or 1, yes or no, happy or sad.

To record 100 million bits of information at room temperature, you'd need the energy

of one visible photon.

More on that in a future episode on the physics of memory.

One of your current thoughts is probably the mental image of what's on this screen – how

much information is that?

Each colored pixel has 24 bits of information, and your screen has about 5 million pixels.

That's 100 million bits of information in the image that you're seeing right now.

And to record that much information, you'd need the energy of a million visible photons,

that's the number of photons you'd get if you looked at a star in the night sky for

about a minute or two.

If you literally bottled up those photons and weighed them, they would weigh about a

millionth of a trillionth of a trillionth of a pound.

That means a single thought outside of a body weighs about as much as one single electron.

No, that's not heavy.

So a single fleeting thought isn't that heavy.

But your brain usually does a lot of things all at once.

And whether you're solving a puzzle or dreaming, your brain runs on a fairly steady 20 watts

of power, that's the same as a single compact florescent light bulb.

Only about 10 percent of that is being used for electrical signals in your brain.

But if we assume the rest of it is in some way supporting your ability to have thoughts.

Then, over a lifetime, that adds up.

A lifetime of thought, bottled up, weighs about as much as one mosquito.

Is there a way to test if you're a conscious computer?

Have you ever wondered what it'd be like to get the universe in the mail ?

Check out our other videos.

For more infomation >> How Much Does a Thought Weigh? - Duration: 3:58.

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Bar Design Tips - How To Design And Build A Drink Rail For A Bar - Duration: 4:20.

Hey, Rick Uzubell again from Cabaret Design Group, talking today about bar

'Bar Design Tips - How To Design And Build A Drink Rail For A Bar'....coming up!

What are the guidelines for designing a drink rail for a bar? Discover how to

design and build a drink rail for restaurants, bars, sports bars and man caves. Stay tuned!

At any point in this video, please check-out the affiliate

links, including the equipment and gift ideas, and if you're new here, definitely subscribe!

In this video I'll review the architectural standards for correct

drink rail design for bars, restaurants sports bars and many caves and later

I'll review two special sketches I prepared just for you! Coming up!

Drink rails are popular in many settings. A drink rail is a mini-version of a bar top

and is typically featured along walls, which is the type of drink rail

I'm going to discuss today. From a previous video of ours, you may recall the

restaurant bar which featured two seating areas along a wall -- shown here.

The first approach showed three 2-top tables along the wall, which could yield

dining for six or as a drink rail for 11. While drink rails can facilitate greater

occupancy, they aren't conducive to dining; however, even where food is being

featured, some Owners prefer the profitability of selling more alcohol.

Here's today's design tip: Drink rails work best when the distance from the

edge of the bar top to the face of the wall is between 82" - 96".

As I've said before, architectural standards are the key to planning bar

and restaurant seating, and drink rails fall into this category.

When space planning, we need to ensure proper circulation and interface clearances in

front of the bar and drink rail. Use the following updated ADA standards for

ergonomic bar design, referenced in this downloadable sketch: 1). The height of the

drink rail should match the bar top height, which is between 42' - 45",

2). The drink rail should be between 10" - 12" in depth and should have a 4" backsplash,

3). Plan 18" for the customer activity zone or 24" if using bar stools,

4). Always include a 36" activity zone for ADA and waitstaff.

Our most popular DIY drink rail design is shown here, referenced the

downloadable sketch. If you're unable to afford the same material for your drink

rail as the bar top, at least use a high-pressure laminate with a 3/4" particle board core,

as shown in this photo. All drink rails should have

a continuous plywood underlayment, setback not more than 2" from the outside edge of the drink rail.

The key to this drink rail design is that it doesn't need

support brackets and it's wholly and continuously supported by the plywood

underlayment, which is fully-constrained between two layers of 2x4 plates, inside the wall.

Use 3 1/2" coarse-threaded deck screws to fasten.

The drink rail should be bonded to the underlayment with construction adhesive

and for commercial applications, all materials should be fired-treated.

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