How to pronounce “detecting” in English

So just to remind you, here are the two views, put in terms of whether attention promotesdetecting thing, and then asks people afterwards whether they saw a figure.

Since the Higgs field is zero, the weak force particles don't feel mass, and therefore, they can travel at the speed of light, just like the- So detecting the Higgs boson confirmed the

Well, I really hammered them.Because detecting deception in an interaction, you only know to cover up what you know is important.

So NV magnetometers do exist with these synthetic diamonds, and they do have potential military applications.It's just that detecting heartbeats kilometers away probably isn't one of them.I wanna give a shout-out to a great Scientific American article on this story by Deni Béchard that initially expressed skepticism in Ghost Murmur

Then you have the cloud computing platforms.It could be around detecting early machine failure.

It's the sting of alcohol being picked up by your nerve endings in your mouth.And this is actually detecting all chemical sensations.So if you guys have ever tried to take a cup of hot coffee in the morning, and you start to take your first sip,

And so what we're going to look at is, how do they detect you coming in?So they actually are detecting the vibrations and touches that are happening within the ground.So that's what we're going to be doing today.

And the challenge wasn't so much detecting gravitational waves.It was not detecting everything else, because anything that moved those arms or anything that moved the mirrors that the lasers bounced off ofwould show up as noise or show up as an excess signal.

scowls as expressions of emotion. And it's this assumption that leadscompanies to claim that detecting a smile with computer vision algorithms is equivalent to detecting an emotion likejoy. But I want you to consider this

many different causes. So your brain has this dilemma. And it doesn't justis not "detecting" emotion. Her brain is guessing by creating categories for

That's one of the US instruments from Alan Stern and SWRI.So your chance of detecting life or the precursors of life there depends on being able to do that quickly.

So that you can all see it and we can demonstrate what's going on with it, the sensor is an optical sensor.It's actually detecting pulse.What's your name? Chris.

Well, I really hammered them.And that's why detecting deception is not that helpful.

Planes, the moon, the sun, tides-- everything rings this machine.And they would be detecting things like supermassive black holes colliding, bigger things, lower frequency stuff.

it will try to find the nearest examples around the brightest stars in the sky, where we can actually have a hope of characterizing those planets extremely well,maybe even detecting their atmospheres.This is a full-scale model of the TESS satellite, with the core science team at MIT.

So the human eye is really not designed for detecting absolute brightness levels.It's designed for detecting differences, edges, changes.That's what it's designed for.

If you are detecting a nearby cell tower.

That could do detecting.

These were decades of work by a thousand-plus person team.And the challenge wasn't so much detecting gravitational waves.It was not detecting everything else, because anything that moved those arms or anything that moved the mirrors that the lasers bounced off of

And so either we should be detecting this background of gravitational waves or we should be detecting gravitational waves from the inspiral

And just as the whale is detecting the bounce-back, the sensors are able to detect as well.

we're not as good at detecting the storm comes and goes and we think well that's over we've survived it life is going to

find this pheasant um basically it's detecting concentration gradient of

The hard part about photons is detecting them.

Your brain just gets better at detecting the different sensations in nearby areas of the body.

Which were very good at detecting, particularly when you have people mugging those facial expressions as you do here.

And I think that's what probably the public is detecting.

For example, by detecting from the activations when the model is trying to deceive the human it is talking to.

It turns out humans actually are not very good at detecting direction of illumination, but these computer methods are absolutely superb,

have many more receptors that are capable of detecting and informing our brains about many more different molecules

mimicking human speech, detecting lung cancers and diagnosing and predicting survival periods.

So they have different parts of reality that they're detecting.

for example, detecting change and detecting just black and white image intensity, differences, and so on.

Though I think they may be more accurately detecting whether we're playing video games.

And you can really see how the sensors are detecting these really tiny kind of fluctuations, perturbations in bird behavior.

Suppose you were contaminating your own mechanism for detecting life.

What's your name? Chris.Chris. It's detecting Chris's pulse.And you see-- Chris won't see, because Chris can't turn around.

Planes, the moon, the sun, tides-- everything rings this machine.I understand there are like solar-system scale interferometers for detecting less energetic events or more energetic events.

Cover up that piece, that piece, that piece, that piece, that piece, and that piece.So the human eye is really not designed for detecting absolute brightness levels.It's designed for detecting differences, edges, changes.

And you can see that we're accurately detecting that this rock is closer to us than the one behind it.

Because I had to train myself because I wasn't detecting it.

And then thereís the use of sensors for detecting your quality of sleep, because we live in this wired world of wireless devices.

By the 1970s, we got superconducting quantum interference devices, or SQUIDs.These magnetometers were incredibly sensitive, detecting fields as weak as a few femto Tesla.To no surprise, the US military quickly strapped these SQUIDs to planes and helicopters, and they tried to use them to detect large magnetic signatures

There's so much of these little biases that we have towards detecting threat or not that, if we can understand that, and we're in front of somebody, and they're communicating

colors. What's useful about this? First of all, that's just fascinating. It allows us to learn what the sun is madeof. But it's also useful for detecting exoplanets because these are nice sharpfeatures, these lines that we can track very precisely to see if their wavelengths are changing.

Well, until we had ways of detecting the cosmic background radiation, and some pretty fancy math, and the redshift of stars, that's not a question anyone

And so I think this could be the sort of smoking gun for detecting that black hole is affecting galaxies through this process of feedback that we've been looking

But this was still an indirect detection of gravitational waves because we're detecting the effect of the radiation of gravitational waves.

Well, the big problem in detecting the stretching and squeezing of space itself, you can't just hold up a meter stick and detect