How to pronounce “interference” in English

Interference is not a property of physics.

Interference is another word for confusion.

interference.

interference can turn genes off uh by basically latching onto the messenger RNA and destroying it uh that was

Solar interference typically builds up and fades over tens to hundreds of seconds.

Solar interference typically spans a wide range of radio frequencies, whereas this interference was confined to a very narrow slice, just five megahertz wide,

The interference events were happening mostly on Tuesdays, Wednesdays and Thursdays during business hours in Europe.

Spectrum interference-- and I've got my hat on now.

No interference.

To get a baseline interference pattern, Chambers fired two beams of electrons around an empty region of space.

The resulting interference of these two waves doesn't change the overall shape of the original signal all that much, so there's nothing to worry about.

to reduce interference.

We were experienced with interference that you could call local, something on a tower, something on a plane

If a satellite caused interference at all these stations at the same time, then it had to be above the horizon for all of them at once.

we were seeing interference on.

But these interference bursts only lasted three to five seconds, which means each event is captured in just a handful of samples.

They captured these interference events on February 11th, 2026.

- You can get interference.

The quantum interference between the two cats, it's a very delicate phenomenon.

You get a little interference signal that we see as a sort of blip or chirp signaling that a gravitational wave has happened.

You can look at interference as being illegal jamming, such as this hand-held jammer.

you get constructive interference.

Yet an interference pattern is emerging.

then you get this interference pattern at the back, which is exactly the same that you saw when there was lots of light going through the double slit.

And you get an interference pattern.

of constructive interference, which all have non-zero probability for the photon to end up in.

Then the interference pattern disappears.

That's destructive interference.

There's no interference.

What kind of air interference we may be looking at.

And you can produce interference fringes, not nice, neat lined-up ones, pretty rough ones.

But that interference phenomenon that I talked about, and entanglement mean that we can't use some of these methods.

TV show without interference from every anyone so but then all the mistakes would be also down to me so I had to

It has this wonderful interference rejection.

operational burden and interference from regulators, from NGOs; less Green Peace sort of demonstration of what you are doing, less regulators breathing down your back, stronger ability to attract

And so you get an interference pattern that looks like this.

Now think about what this interference pattern should look like.

You see these are the interference fringes inside and outside the magnet.

The raw data also revealed a second interference burst aimed at a lower frequency, 1,558.5 megahertz, which overlaps with signals

When we see maps of massive GPS interference today, you are almost entirely looking at reports from commercial aircraft affected by ground-based jammers.

And this pattern of constructive interference also occurs for other small rational fractions.

develop their ideas freely without interference, without censorship.

And what about the potential Russian interference?

open up a gateway of interference by

On the right-hand side is the interference pattern because the electron beam will interfere with the other electrons to create

But you're getting an interference pattern of a mathematical abstraction.

You can calculate what the interference pattern is on the other side.

So it turns out that the interference pattern created by the wave functions-- there are many, many regions where there is a non-zero probability for the photon to end up in.

So this is showing you interference, or rather, this is showing you the photons' particle-like behavior.