Xiaomi launches flagship Mi 6 smartphone in China | WeForNews | Latest News, Blogs Xiaomi launches flagship Mi 6 smartphone in China – WeForNews | Latest News, Blogs
Connect with us
Xiaomi Mi 6 Xiaomi Mi 6

Tech

Xiaomi launches flagship Mi 6 smartphone in China

The 5.15-inch display device sports 12MP wide angle with 4-axis OIS stabilisation + 12MP telephoto dual camera setup and houses 3,350mAh battery.

Published

on

Beijing, April 19 : Chinese smartphone company Xiaomi on Wednesday unveiled its new flagship smartphone Mi 6 which is powered by Qualcomms next-generation Snapdragon 835 platform with 6GB RAM and has up to 128GB storage.

Mi 6 will be available starting April 28 across Mi.com, Mi Home stores and other partner sites.

The 6GB+64GB version is priced at 2,499 Yuan, 6GB + 128GB version is priced at 2,899 Yuan and the ceramic edition is priced at 2,999 Yuan.

Image result for Mi 6 smartphone in China

“Mi 6 is the culmination of our seven years of research and development in the smartphone industry, and represents the pinnacle of our journey thus far,” said Lei Jun, Founder and CEO, Xiaomi.

The 5.15-inch display device sports 12MP wide angle with 4-axis OIS stabilisation + 12MP telephoto dual camera setup and houses 3,350mAh battery.

“The 2×2 802.11ac MU-MIMO Wi-Fi greatly enhances Mi 6’s wireless performance, enabling better reception indoors, with fewer blind spots,” the company added.

Tech

China Successfully Launches Its First Spacecraft To Moon To Collect Samples, Return To Earth

The spacecraft was launched by a Long March-5 rocket at 4.30 am (Beijing Time)

Published

on

Mars moon Phobos

China successfully launched its first unmanned space mission on Tuesday to collect samples from the moon’s surface and return to earth, the country’s maiden attempt to retrieve materials from an extra-terrestrial body.

China has successfully launched the Chang’e-5 lunar probe from the Wenchang Spacecraft Launch Site in the southern province of Hainan, state-run CGTN reported. The spacecraft was launched by a Long March-5 rocket at 4.30 am (Beijing Time).

Chang’e-5 is one of the most complicated and challenging missions in China’s aerospace history, as well as the world’s first moon-sample mission in more than 40 years.

The United States sent astronauts to the moon to collect samples. In the Soviet Union’s unmanned lunar sampling missions, the spacecraft took off from the moon and returned to Earth directly.

But China chose a complicated technological approach including unmanned rendezvous and docking in lunar orbit, which could bring back more samples and lay a technological foundation for manned lunar missions, according to Pei Zhaoyu, deputy director of the Lunar Exploration and Space Program Centre of the China National Space Administration (CNSA), ahead of the launch.

The mission will help promote China’s science and technology development and lay an important foundation for China’s future manned lunar landing and deep space exploration, Pei said.

Chang’e-5, comprising an orbiter, a lander, an ascender and a returner, with a total take-off mass of 8.2 tonnes, is expected to accomplish unmanned rendezvous and docking in lunar orbit, a complicated feat.

After it enters the lunar orbit, the lander-ascender combination will separate from the orbiter-returner combination.

While the orbiter-returner orbits about 200 km above the lunar surface, the lander-ascender will touch down on the northwest region of Oceanus Procellarum, also known as the Ocean of Storms, on the near side of the moon in early December, state-run Xinhua news agency reported.

Within 48 hours, a robotic arm will be extended to scoop up rocks and regolith on the lunar surface, and a drill will bore into the ground. About 2 kg of samples are expected to be collected and sealed in a container in the spacecraft.

Then the ascender will take off, and dock with the orbiter-returner in orbit. After the samples are transferred to the returner, the ascender will separate from the orbiter-returner.

When the geometric relationship between Earth and the moon is suitable, the orbiter will carry the returner back to the planet. The returner will re-enter the atmosphere and land at the Siziwang Banner in north China’s Inner Mongolia Autonomous Region.

The whole flight will last more than 20 days.

Pei said if the Chang’e-5 mission succeeds, China’s current lunar exploration project would come to a successful conclusion.

Named after legendary Chinese moon goddess Chang’e, China’s current three-step lunar exploration programme, which began in 2004, includes orbiting and landing on the moon along with bringing back samples.

The aim of the programme is for China to acquire the basic technologies of unmanned lunar exploration with limited investment, Pei said.

China is drawing up plans for future lunar exploration. To pave the way for manned lunar exploration and deep space exploration, the Chang’e-5 mission will use a sampling method different from those of the United States and the Soviet Union, Pei said.

“Unmanned rendezvous and docking in lunar orbit will be a historic first. It will be very difficult,” said Peng Jing, deputy chief designer of the Chang’e-5 probe from the China Academy of Space Technology under the China Aerospace Science and Technology Corporation.

“We could call it a milestone mission. Its success will help us acquire the basic capabilities for future deep space exploration such as sampling and take-off from Mars, asteroids and other celestial bodies,” Peng was quoted by Xinhua.

The scientific goals of the Chang’e-5 mission include the investigation of the landing area to obtain the on-site analysis data related to the lunar samples, as well as systematic and long-term laboratory analysis of the lunar samples.

The landing site of Chang’e-5 will be to the west of that of Chang’e-3, which went to the moon in 2013.

This site is chosen because the region has a young geological age, younger than the sampling areas of the United States and the Soviet Union 40 years ago. This region has never been sampled. The new samples will be of great scientific value, Chinese experts said.

“Domestic and overseas scientists will all have a chance to get the lunar samples to be brought back by Chang’e-5 for research,” Pei added.

Continue Reading

Entertainment

Boycott Netflix India trends over Temple kissing scene in series ‘A Suitable Boy’, BJP’s Narottam Mishra orders probe

On Sunday Afternoon, netizens urged fellow citizen to #BoycottNetflix over a kissing scene in the Netflix series ‘A Suitable Boy’, directed by Mira Nair.

Published

on

A Suitable Boy Netflix Review

On Sunday Afternoon, netizens urged fellow citizen to #BoycottNetflix over a kissing scene in the Netflix series ‘A Suitable Boy’, directed by Mira Nair. A section of the internet has expressed its displeasure over the content shown in ‘A Suitable Boy’, starring Tabu, Ishaan Khatter, and Tanya Maniktala.

The outrage is over Tanya Maniktala’s character Lata kissing Danesh Razvi’s character Kabir Durrani in the series in a sequence shot in a temple. Lata hailed from a Hindu family and Kabir was a Muslim.

Madhya Pradesh Home Minister Narottam Mishra, who had recently announced that the state government will bring a Bill against ‘love jihad’ in the next Assembly session, has now directed the authorities to ‘examine the objectionable scenes’ in filmmaker Meera Nair’s web series ‘A Suitable Boy’.

Narottam Mishra tweeted, “A film titled ‘A Suitable Boy’ has been released on an OTT platform. It depicts extremely objectionable scenes that hurt the feelings of a particular religion. I have directed police officials to look into it.”

Youth BJP leader Gaurav Tiwari submitted a written complaint against the makers and demanded the registration of an FIR. He also urged netizens to boycott Netflix and slammed the makers.

“In ‘A Suitable Boy’ show, @NetflixIndia filmed kissing scenes in the temple courtyard thrice in a single episode. According to the script, a Hindu woman is in love with a Muslim young man, but why were all the kissing scenes shot in the temple courtyard? I have lodged an FIR in Rewa on this matter,” he tweeted.

Actor-TV personality Rahul Mahajan was among the others who expressed his displeasure over the scene. He wrote, “A Muslim man kissing a Hindu woman during the Ram Aarti was ‘creative freedom’. But when a Hindu man and Muslim women would kiss in a mosque during Azaan, this creative freedom would go missing.’

Here are the reactions of Netizens:

Continue Reading

Tech

NASA rover helps scientists find signs of megafloods on Mars

“The planet had the conditions needed to support the presence of liquid water on the surface — and on Earth, where there’s water, there’s life.

Published

on

By

NASA Curiosity rover

New York: Analysing data collected by NASA’s Curiosity rover, scientists have found that floods of unimaginable magnitude once washed through Gale Crater on Mars’ equator around four billion years ago.

The finding, published in the journal Scientific Reports, hints at the possibility that life may have existed on the Red Planet.

The raging megaflood — likely touched off by the heat of a meteoritic impact, which unleashed ice stored on the Martian surface — set up gigantic ripples that are tell-tale geologic structures familiar to scientists on Earth.

“We identified megafloods for the first time using detailed sedimentological data observed by the rover Curiosity,” said co-author Alberto Fairen, a visiting astrobiologist at Cornell University, Ithaca, New York.

“Deposits left behind by megafloods had not been previously identified with orbiter data.”

As is the case on Earth, geological features, including the work of water and wind have been frozen in time on Mars for about four billion years. These features convey processes that shaped the surface of both planets in the past.

This case includes the occurrence of giant wave-shaped features in sedimentary layers of Gale crater, often called “megaripples” or antidunes that are about 30-feet high and spaced about 450 feet apart, according to study lead author Ezat Heydari, Professor of Physics at Jackson State University in Mississippi, US.

The antidunes are indicative of flowing megafloods at the bottom of Mars’ Gale Crater about four billion years ago, which are identical to the features formed by melting ice on Earth about two million years ago, Heydari said.

The most likely cause of the Mars flooding was the melting of ice from the heat generated by a large impact, which released carbon dioxide and methane from the planet’s frozen reservoirs.

The water vapour and release of gases combined to produce a short period of warm and wet conditions on the red planet.

Condensation formed water vapour clouds, which in turn created torrential rain, possibly planetwide.

The Curiosity rover science team has already established that Gale Crater once had persistent lakes and streams in the ancient past.

These long-lived bodies of water are good indicators that the crater, as well as Mount Sharp within it, were capable of supporting microbial life.

“Early Mars was an extremely active planet from a geological point of view,” Fairen said.

“The planet had the conditions needed to support the presence of liquid water on the surface — and on Earth, where there’s water, there’s life.

“So early Mars was a habitable planet,” he said.

“Was it inhabited? That’s a question that the next rover Perseverance … will help to answer.”

Perseverance, which launched on July 30, is scheduled to reach Mars on February 18, 2021.

Continue Reading
Advertisement

Most Popular

Corona Virus (COVID-19) Live Data

COVID-19 affects different people in different ways. Most infected people will develop mild to moderate illness and recover without hospitalization.