Examples of 'microlensing' in a sentence
Meaning of "microlensing"
Microlensing (verb) - the gravitational lensing of light from a distant source by a compact mass (microlens) in the foreground
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- gravitational lensing
How to use "microlensing" in a sentence
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microlensing
There are two basic types of microlensing experiments.
Gravitational microlensing is an astronomical phenomenon due to the gravitational lens effect.
This is called the gravitational microlensing technique.
Gravitational microlensing by the galactic halo.
Such a phenomenon is known as a gravitational microlensing event.
The gravitational microlensing method gives us this capability.
Poles are adept at observing gravitational microlensing.
Microlensing allows the study of objects that emit little or no light.
Prediction and analysis of basic gravitational microlensing phenomena.
The microlensing body may have been a star or a black hole in the cluster.
The technique used is gravitational microlensing.
Microlensing techniques have been used to search for planets outside our solar system.
The planet was discovered using a technique called microlensing.
This is by microlensing.
Another detection technique in use today is called gravitational microlensing.
See also
Telescopes find microlensing black holes by taking many different pictures of a star over time.
List of exoplanets detected by microlensing.
Gravitational microlensing is a method which is used by astronomers for detecting and discovering cold planets.
Cartoon about gravitational microlensing.
The team used gravitational microlensing to discover the gravitational effects of planets orbiting distant stars.
This is known as microlensing.
Astronomers teased the signature of the three objects using an observational technique called gravitational microlensing.
Polarization in microlensing events towards the Galactic bulge.
It was detected by gravitational microlensing.
This special microlensing observing period or campaign will begin in April and end in July.
When it involves these smaller objects the process is called microlensing.
The Microlensing technique can be well suited for detecting planets far from their stars.
The astronomers discover the planet due to the phenomenon of gravitational microlensing.
The small number of detected microlensing candidates confirms the preceding results towards the Magellanic Clouds.
One method that can detect planets much further away is microlensing.
An artist 's impression of a gravitational microlensing event by a free-floating planet.
A virtual sky map like this would be of interest to astronomers studying gravitational microlensing.
Microlensing events are random encounters, so there will be no follow-up observations.
A highly sensitive space telescope would be needed to spot smaller bodies in microlensing events.
Gravitational microlensing is a completely different approach, predicted by general relativity.
Several groups have searched for MACHOs by searching for the microlensing amplification of light.
This makes microlensing well suited to finding low-mass planets.
Lensed per unit time is giving you effectively an optical depth due to gravitational microlensing.
They did not find enough microlensing effect with a sensitivity higher by a factor 2.
This planet was discovered by the OGLE project using the gravitational microlensing method.
Consequently, separate images in microlensing events are impossible to observe with current techniques.
Two stars and Earth must be perfectly aligned for a microlensing event to occur.
In addition, microlensing surveys can be effectively mounted using ground-based facilities.
Next Post Astrophysicists discover planets in extragalactic galaxies using microlensing.
If a microlensing event takes place anywhere within the observed starfield, it will be detected.
Discovery of a Jupiter/Saturn analog with gravitational microlensing.
In this project, gravitational microlensing method is used to search for distant objects, including planets.
The third hint, gravitational microlensing.
Disentangling these so-called microlensing effects poses a challenge to taking further advantage of high-energy lens observations.
So far, only about 2 percent of known exoplanets were discovered by microlensing.
