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Waves in sentence

1037 examples of Waves in a sentence

And when surfers are out waiting for waves, you probably wonder, if you've never been out there, what are they doing?
In some of these floodings, a submerged stage allowed chariot drivers to glide across the water as though they were Triton, making waves as he piloted his chariot on the sea.
The first thing that we had to do is figure out how do we get dogs to go into a tube, to put a head coil around their head to pick up the brain waves, and hold absolutely still.
We are heading for an uninhabitable earth: monster storms, killer floods, devastating wildfires, crazy heat waves that will cook us under a blazing sun.
We were about 100 miles off the coast of Russia: 50-foot seas, big waves, green water coming over the wheelhouse, right?
Extremes in terms of heat waves, floods and droughts are significantly affecting productivity.
While a subject is viewing or interacting with media content, the narrative engine takes in and syncs real-time data from brain waves, biophysical data like heart rate, blood flow, body temperature and muscle contraction, as well as eye-tracking and facial expressions.
From Tanzania to Timor-Leste, from India to Indonesia, we're seeing the same story unfold: that when we design it right, marine conservation reaps dividends that go far beyond protecting nature, improving catches and driving waves of social change along entire coastlines, strengthening confidence, cooperation and the resilience of communities to face the injustice of poverty and climate change.
And so it came to me in waves.
So let's dive straight into the story of our fearless speaker, Bhakti Sharma, who's making waves in the world of long-distance swimming.
I remember, at the age of 14, when I jumped into an ocean for the first time for a swim, and throughout this swim, the waves were picking me up and throwing me down, I saw the child in me, who enjoys such adventures.
This is massive amounts of sand that naturally accumulates just based on the forces of the waves and the ocean topography.
So what we're proposing is to work with the forces of nature to build rather than destroy, and in my lab at MIT, we set up a wave tank, a big tank that's pumping waves, and we placed geometries underwater.
The waves interact with the geometry, and then create turbulence and start to accumulate the sand so the sand starts to form these sandbars on their own.
The waves are crashing over.
Like adaptable artificial reefs, you could deploy them if there's a storm coming from one direction or another or if the seasons are changing, you can use these adaptable reef structures to use the force of the waves to accumulate sand.
And so what we're proposing at the lab and with this project specifically is to use simple materials like sand that collaborates with forces in the environment like waves to accumulate and adapt.
We can't see it with our eyes, we can't detect it with radio waves or microwaves or any other kind of light.
And then you can measure your brain waves.
We've tracked the currents, traced the waves.
Our colony retaliates, but new waves of raiders from even further away overwhelm the workers.
So slow down, slow down the speed of the epidemic, and then in the troughs, in between waves, jump on, double down, step on it, and find every case, trace every contact, test every case, and then only quarantine the ones who need to be quarantined, and do that until we have a vaccine.
Heinrich Hertz, when he discovered radio waves in 1887, he called them radio waves because they radiated.
In winter, storms bring powerful waves, which cross the vast ocean unobstructed to detonate on these shores.
Then over the late '40s, '50s, '60s, '70s and '80s, waves of decolonization took place.
This is the number one high resolution, most precise spectrograph on this planet, called HARPS, which is actually used to detect extrasolar planets and sound waves in the atmospheres of stars.
It is an amazing tool called astroseismology where we can detect sound waves in the atmospheres of stars.
We can detect sound waves in the atmospheres of sun-like stars.
Those waves have frequencies in infrasound domain, the sound actually nobody knows, domain.
(Ocean waves) It has the frequency of roughly 12 cycles per minute.
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