How to pronounce “these” in English

These things can ruin a person.These things can ruin a nation.And it's the old ways, Ancient Intelligence.

That is if it isn't disturbed.These points are now known as the Lagrange Points.And while they didn't help solve the three-body problem, Lagrange was developing more sophisticated tools.

them, "What's authoritarianism getting so right?These leaders that are pushing people and places away from democracy, what are these authoritarians doingthat's so effective?" Pretty much everyone I talked to said I was asking the wrong question.

You can have movies, video games, key codes, MP3s, zip disks.These are all useful things that you can save to your desktop.So it's sort of an organizational technique.

More than once, I'd have to leave the crew working and go sit in the car by myself.These weren't just places on a map.I grew up in and around these neighborhoods, and often we were scanning the homes of friends of mine.

There is no longer that period of time where you're feeling stressed to take a test, then you're relieved, and you don't get your grade back for a week.These kids are getting it from all sides -- socially, academically, a lot of pressure from their parents -- and they're the ones that give me hope,that say, "Hey, we want to be the leaders.

Chile. Uh you've got the new Colombian government, for example, uh having thrown uh Petro out. I mean, all ofthese governments are folks that want to work closely with President Trump. And so I mean he would be doing a lot betterand the headlines would be a lot more favorable if he was moving on. Um and so

And here's what I've been seeing.These devices mimic intelligence and friendliness so well that children learn to trust them -- sometimes more than they trust themselves.And there is real danger of children becoming overly reliant on or inappropriately attached to their smart toys.

such that we cut in half the number of kids who have an IQ above 130.These are gifted kids.And we increase by half the number of kids who have an IQ below 70, who face

In "Light Architecture," AI takes a physical breath.These modules are no longer flat pixels.They are living neurons, and I call them neural parts.

Whether this is constitutional violation, what does this mean to my privacy, and are you building mass surveillance?These are pretty good questions. Let's hit the easy one, constitutional. 30 court cases over the last 2 years, every single one of them has unanimously said,"This does not violate the Constitution." Why? We're not tracking a person in real time.

"Oh, who are you?" You leave state A to state B and they're like, "Oh, we have no record of you." This entire problem is a data problem.These cities have not historically worked together. They moved to the cloud less than 10 years ago, 5 years ago. And so, one of the biggest criticisms ofFlock is that we create this national network of data that allows local law enforcement to work together. It's a

But there was no fixing his heart.These operations were merely palliative -- a series of sophisticated hacks designed to stabilize his circulation.The hope was to get him to teenage years where he might be eligible for a heart transplant.

There was more work to be done, obviously, but the belief began to shift in which people said, "OK, this is different.These leaders, they do not -- I can trust them," right?"I can trust this guy.

And you can now do that thanks to a revolution in wearable devices, smartwatches, rings and host of other devices.These devices will measure things like resting heart rate, heart rate variability, skin temperature and conductance, blood oxygen, even sleep.All of these things we know are very important for our health, and we can now measure them continuously 24/7 as long as you keep them charged.

Person 2: No! Why not?These people look fun.Would you dance with me on video?

These characters there are wearing truly extraordinary clothes.

These are nanocrystals. In other areas, the spidroins aren't so uniform.

These are called the amorphous regions.

These living cells are like protein factories.

These goats produce milk chock-full of spider silk proteins.

These are hydrophilic. While the repetitive region is repelled by it, this is hydrophobic.

These globules next enter the spinning duct.

These shear forces stretch and deform the globule.

These bind to the negative parts of the proteins, neutralizing them.

These chains are pulled through a tiny narrowing called the drawdown taper, which leads to the spigot.

These strands then interlock and rows of hydrogen bonds stitch them into rigid, sheet-like structures, which stack together into the nanocrystals that give the spider silk its strength.

These guys, they have 500 babies.

These are called jumping genes, or transposons.

These two wildly different predictions come from different assumptions about how metabolic rate scales as a function of mass.

These kinds of relationships are called power laws and all power laws have a special property.

These are the scaling exponents WBE theory predicts, including many that are not multiples of a quarter, but all follow from the same theory.

These components do shift the phase of our waves relative to each other.

These are horizontal lines on the complex plane.

These circles get bigger along the horizontal axis, so 0.7 is the circle right here.

These are called minutiae.

- These samples with multiple DNA profiles are called DNA mixtures, and they have been found to be the most common source of error in DNA interpretation.

These are basically just series of numbers where they're all the same step size apart.

These stations continuously record signals from satellite navigation systems, measuring how strong they are relative to background noise.

These systems are known as Global Navigation Satellite Systems or GNSS.

These blue nodes roughly split the graph in half.

- These are the biggest bottlenecks.

These two sets get the next highest ranks for their sides, and we can split these in half again and rank those nodes.

These two nodes split the graph roughly in half, so we give them the highest rank.

These magnetometers were incredibly sensitive, detecting fields as weak as a few femto Tesla.

- These new quantum magnetometers work at room temperature operation, and that's what's really exciting about them.

- These are the diamonds mentioned in the New York Post article.

These differences are tiny.

These can't possibly be made of exactly the same elements.