Lyrid Meteor Shower is Finally here; Don’t Miss the Shooting Stars

The annual Lyrid meteor shower is starting. Every year it is realized about April 16 to 25. And this year it is going to fall on the morning of April 22 “with little or no interference from the waxing moon” as mentioned Earthsky. It is supposed to fall the greatest number of meteors during the few hours before dawn. You have an opportunity to see from about 10 to 2o Lyrid meteors an hour at the shower’s peak on the morning of April 22. In 2018, the waxing moon will set before the primetime morning hours. Earthsky indicated “In 1982, American observers did see an outburst of nearly 100 Lyrid meteors per hour.

Signal from the First Stars in the Universe

For the first time Scientists detected a signal from stars emerging in the early universe. Researchers discovered that ancient suns were active within 180 million years of the Big Bang with the help of a radio antenna. Astronomers from prestigious institutes made a disclosure with their Experiment to Detect the Global EoR (Epoch of Reionization) Signature (EDGES) project. The head of the investigator on the project Judd Bowman said “Finding this miniscule signal has opened a new window on the early universe”, and added that telescopes could not far enough to directly image such ancient stars, but they had seen when they turned on in radio waves arriving from space.

Top 10 Largest Stars In The Universe

Stars are massive sphere of plasma held together by gravity. As you know Earth’s nearest star is the Sun at the center of the Solar System. It has a diameter of about 1,392,684 km.However, compared to many of the other stars discovered in the Universe our central stars is very small. Some other stars are visible from Earth during the night, appearing as a multitude of fixed luminous points due to their huge distance. Historically, the most prominent stars were grouped into constellations, and the brightest stars gained proper names. The below is the list of top 10 largest stars known in the universe:

The Mysteries of Sirius

Since ancient times and across multiple civilizations, Sirius located in the constellation CanisMajor – also known as the Big Dog, has been surrounded with a mysterious lore. Sirius is the brightest star in the night sky, because of both its intrinsic luminosity and its proximity to Earth at a distance of 8.5 light year. The name “Sirius” is derived from the Ancient Greek: Σείριος Seirios (“glowing” or “scorcher”). Artifacts of ancient civilizations have revealed that Sirius was of a great importance in astronomy, mythology and occultism. Mystery schools consider it to be “sun behind the sun” and, therefore, the true source of our sun’s potency.

Gold on Earth could appear because of collision of dead stars

All gold on Earth could result from space accident between super dense dead stars. Gold on Earth it is shrouded in mystery as it can’t be formed in stars as easier elements, such as carbon and iron. But the secret can be opened now. As approves new research, collision of the dead stars could become the catalyst of creation of valuable metal. By the words of leading author of research Edo Berger they consider that the amount of the gold which made and has been thrown out during merge of two neutron stars, can be comparable weighing 10 Moon – quite decently. Berger and his colleagues studied short gamma splash which was noticed on Earth orbit by the spacecraft of NASA of Swift at the beginning of June.

Composition of the first stars and galaxies of the Universe

Scientists learned of what were constructed the first stars and galaxies of the Universe. Thanks to a radio telescope of CSIRO which is located in the Australian Observatory Parkes, astronomers could find the main construction material from which the first stars and galaxies of our Universe were created. BY the words of Professor Ron Ekers the telescope of CSIRO is one of the few telescopes in the world which could carry out such difficult work and find a material from which the first stars and the first galaxies in the Universe were created. It appeared that cold molecular hydrogen (H2) was the key material of forming the first stars and galaxies. It was found in early stars and galaxies with help of CO intermediary gas which radiates radio waves. To make the discovery, scientists studied the remote protogalaxies and other protoobjects of the Universe.

The habitable zone around the Gliese 667C star

The group of astronomers of the Goettingen university in Germany and the British university in Herfordshira conducted new researches of a star of Gliese 667C and found round it seven candidates in exoplanets. Three of these exoplanets has potentially habitable zones. According to the scientists, six found exoplanets are very reliable, and a signal from the seventh, Gliese 667C-h, can be false. Nevertheless, uniqueness of system is not in a large number of planets, and the habitable zone, which is the area where existence of liquid water is possible. Three potentially manned planets in one system are now an absolute record. Besides, in Gliese 667C they occupy all possible orbits. For other planets in the habitable zone simply don’t remain places.

The stars from constellation Hydra will help to understand Sun development

The star, which is close to Earth, grows in constellation Hydra, actively “eating” gas from the protoplanetary disk, in the same way could develop the Sun. TW of the constellation Hydra — being at distance from our planet a star age of 10 million years became about 180 light years object of research of scientists. The star weight is slightly less than Sun and have own protoplanetary disk. According to astronomers studying TW of the constellation Hydra, they will be able to understand that happened to our Sun when it was “kid”. In the work scientists used the data obtained by orbital x-ray observatory of “Chandr” and land telescopes. It became clear that for the growth of star of the constellation Hydra “exhausts” from a protoplanetary disk gas. Then the gas moves on lines of a magnetic field to star poles.

Astronomers found neutron stars with abnormal behavior

Astrophysics found an object with abnormal behavior, capable to change the developed system of classification of neutron stars: magnetar with very weak magnetic field. According to the astrophysics it is anomaly among anomalies. Magnetar is a rare class of neutron stars, which differ ability to make bright flashes of gamma radiation and which magnetic field are many orders more than a magnetic field of neutron stars. Neutron stars represent the remains of usual stars with very high density: so high that electrons are absorbed by protons and turn into neutrons. Besides, at collapse of an object with abnormal behavior all its magnetic field is pulled together after substance in a sphere with a diameter about 20 kilometers and for this reason intensity of a field sharply increases on 11-12 orders.

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