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A black hole is a region of space-time exhibiting gravitational acceleration so strong that nothing—no particles or even electromagnetic radiation such as light—can escape from it. It is to be noted that in the universe, black holes are one of the most complex entities. Apart from taking photographs, modern science is still unable to answer questions regarding these cosmic bodies. What if Earth gets trapped in a black hole? What will happen to humans? NO IDEA. We can only say that there are hundreds of black holes in the space that can be harmful for us.

Now, a new study has revealed that two gigantic black holes are now heading towards a cosmic collision.

According to a study published in Astrophysical Journal Letters, the two massive black holes, each 800 million times more massive than the Sun, will collide around 2.5 billion light-years away from Earth.

As the collision is taking place at such a huge distance from Earth, astronomers will have to wait for a very long time to detect the cosmic waves released by the two gigantic black holes.

More importantly, the gravitational waves emitted by these two supermassive black holes will not reach us for billions of years, even if it travels at the speed of light. However, the collision will help astronomers to get a better understanding of the black holes.

Recently, another study revealed that Milky Way and Andromeda, two of the biggest galaxies, will collide in about four billion years. According to the experts, this galactic collision will be huge. Only one of these space entities will become victorious while the other one will be absorbed.

In Saturn's largest moon 'Titan', NASA is now preparing to send drones. NASA said in a statement that in the future we will send a drones named 'Dragonfly' to Titan, using the propeller to study in many places in the ice moon and find out if life is possible for micro-organisms in this moon. A propeller is a device or machine that helps push it forward after it takes any vehicle.

The significance of the dragonfly can be gauged from the fact that it has performed better than other vehicles in almost a dozen proposed projects. That's why scientists have chosen this for their new mission. According to NASA, this drone will be fired in 2026 and it is likely to reach Titan by 2034. The total cost of this mission is $ 850 million (about Rs 85 crore). Let us know that the nuclear powered mission is part of NASA's competitive New Frontiers program, which launched the New Horizons Spacecraft. This dwarf planet is the first to visit Pluto. Now NASA is preparing to go to Titan. Lori Glaze, director of NASA's Planetary Science Department, said that Titan has all the necessary materials for life. Methane in the Moon, the mountain of snow and an ocean beneath the surface, it shows that its environment can be possible.

The three subtle basic components of sattva, raja and tama - are the very fabric of creation. Unknown to modern sciences, they permeate through all living and non-living, tangible and intangible things. The vibrations emitted by anything are dependent on the predominant subtle basic component. It also influences the behaviour of all things. The proportion of these components in human beings can only be changed by spiritual practice.

According to modern sciences, the Universe is made up of basic physical particles that include electrons, protons, neutrons, mesons, gluons and quarks.

At a spiritual level however, the Universe is made up of something even more basic. These basic particles are known as the 3 subtle basic components (trigunas) namely sattva, raja and tama. In the word triguna, ‘tri’ stands for three while ‘gunas’ stand for subtle components.

We call the components subtle because they are intangible, not physical in nature and cannot be seen with any instruments such as the latest electronic microscopes. Technically advanced physical instrumentation in the future too will not be able to measure them. These three subtle basic components can only be perceived by the subtle sense organs or our sixth sense (ESP).

The subtle basic sattva (Sattvik) component is the most subtle or intangible of the three subtle basic components. It is the component nearest to divinity. Hence its predominance in a person is characterised by happiness, contentment, virtues like patience, perseverance, ability to forgive, spiritual yearning etc.

The subtle basic tama (Tamasik) component is the basest of the three. Its predominance in a person is reflected by laziness, greed, attachment to worldly matters etc.

The subtle basic raja (Rajasik) component provides fuel to the other two, i.e. brings about the action. So depending on whether a person is predominantly sattvik or tamasik the subtle basic raja component will bring about actions pertaining to sattva or tama.

Due to the intangible nature of subtle basic sattva, raja and tama components, schools and universities that teach modern sciences are unaware that they exist. Hence they do not include them in their curriculum. As a result, the concept of the three subtle basic components may seem alien to some of us. However this doesn't discount the fact that they pervade our entire existence and the world we live in. Depending on which one of the three subtle components is predominant within us, it influences how we:

• React to situations
• Make decisions
• Make choices
• Live our lives.

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Someone asked Einstein how to know the ultimate reality of the world, Einstein said, "We try to know the world through the instruments (senses and intelligence, etc.), it is only part of this world." They are also in the periphery of the country and the times, and the truth is beyond the periphery . So they said - leap beyond your mind.🌸🌷🍀

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The truth is that talent is with everyone, everyone is born with a talent, a gift. But some people are destined, who get the full chance to use this gift. Most people do not get this opportunity. This should change the situation. Every child who has innate talent will have to identify and promote it, develop it and give it such opportunities that he can use the talent. Only then will the society benefit. Talent is not only in women but also in differently abled people. To overcome the problems of this world, we need all talents.

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Hello;

The Asgardian fellows of our Lucknow India,

Let us all together make a good future. Start a new era with innovation that can lead to unity and peace in the entire universe.

Please see our Asgardian platform and vote for me.

Your vote is precious. Thank you!

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https://www.facebook.com/prakashprince.singh

Prince kr. Singh (Prakash)

The Asgardia Mayoral candidate of Lucknow

India

Suppose the light you are talking about is coming from the Sun.

The speed of light is 299,792,458 m/s, then;

distance of Mercury from the sun: 57.91 million km

5.791x10e10m/299792458m/s=193.1669675s

193.1669675s∗1min/60s=3.219449459min

0.219449459min∗60s/1min=13.16696753s

approx. 3 minutes and 13 seconds (00:03:13)

distance of Venus from the sun: 108.2 million km

1.082x10e11m/299792458m/s=360.916351s

360.916351s∗1min/60s=6.015272517min

0.015272517min∗60s/1min=0.9163510044s

approx. 6 minutes and 1 second (00:06:01)

distance of Earth from the sun: 149.6 million km

1.496x10e11m/299792458m/s=499.0118864s

499.0118864s∗1min/60s=8.316864774min

0.316864774min∗60s/1min=19.01166842s

approx. 8 minutes and 19 seconds (00:08:19)

distance of Mars from the sun: 227.9 million km

2.279x10e11m/299792458m/s=760.192573s

760.192573s∗1min/60s=12.66987622min

0.66987622min∗60s/1min=40.19257296s

approx. 12 minutes and 40 seconds (00:12:40)

distance of Jupiter from the sun: 778.5 million km

7.785x10e11m/299792458m/s=2596.796481s

2596.796481s∗1min/60s=43.27994135min

0.27994135min∗60s/1min=16.79648112s

approx. 43 minutes and 17 seconds (00:43:17)

distance of Saturn from the sun: 1.433 billion km

1.433x10e12m/299792458m/s=4779.973484s

4779.973484s∗1h/3600s=1.327770412h

0.327770412h∗60min/1h=19.66622474min

0.66622474min∗60s/1min=39.97348419s

approx. 1 hour, 19 minutes and 40 seconds (01:19:40)

distance of Uranus from the sun: 2.871 billion km

2.871x10e12m/299792458m/s=9576.625173s

9576.625173s∗1h/3600s=2.660173659h

0.660173659h∗60min/1h=39.61041955min

0.61041955min∗60s/1min=36.62517314s

approx. 2 hours, 39 minutes and 37 seconds (02:39:37)

distance of Neptune from the sun: 4.495 billion km

4.495x10e12m/299792458m/s=14993.70608s

14993.70608s∗1h/3600s=4.164918355h

0.164918355h∗60min/1h=9.895101319min

0.895101319min∗60s/1min=53.70607916s

approx. 4 hours, 9 minutes and 54 seconds (04:09:54)

Mercury: 00:03:13

Venus: 00:06:01

Earth: 00:08:19

Mars: 00:12:40

Jupiter: 00:43:17

Saturn: 01:19:40

Uranus: 02:39:37

Neptune: 04:09:54

Note:

Sun’s light travels continuously, so just calculated the time the sun’s light took (not takes) to reach each planet’s surface. Each orbit is not perfectly circular, it’s elliptical. So each planet has farthest and closest distances from the sun (perihelion and aphelion). The given distances are in average and approximate range, so as the time calculated depending on the given data.

The solar system planets in order from the Sun are Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune. This has been correct since 2006 when the International Astronomy Union actually defined what a "Planet" is and also what a "Dwarf Planet" is.

There are now 5 official dwarf planets: Ceres, Pluto, Haumea, Makemake, Eris.

From 1801 to the 1845 there were up to 23 planets. These were due to the discovery of Ceres, Pallas, Vesta and Juno early in the century - all of which were classified as planets. Then around 1845-49 more bodies were discovered (Astraea, Hebe, Iris, Flora, Metis and Hygiea) as well as Neptune (1846) and over a period of a few years (within which Parthenope, Victoria, Egeria, Irene and Eunomia were discovered) it was decided that the classification of Asteroid was needed to describe the bodies in this newly found "Asteroid Belt". Once the classification of asteroid became widely accepted, we were left with the 8 planets we have today. Currently we have over 300,000 catalogued asteroids, with probably a million or more waiting to be found.

The gravity on Mars is around a third of that on Earth. Mars receives about half of the sunlight we get on Earth, but much higher levels of harmful ultraviolet (UV) and cosmic rays. The surface temperature of Mars is about -60℃ and it has a thin atmosphere primarily made of carbon dioxide.
Unlike Earth’s soil, which is humid and rich in nutrients and microorganisms that support plant growth, Mars is covered with regolith. This is an arid material that contains perchlorate chemicals that are toxic to humans.
Also – despite the latest sub-surface lake find – water on Mars mostly exists in the form of ice, and the low atmospheric pressure of the planet makes liquid water boil at around 5℃.
Plants on Earth have evolved for hundreds of millions of years and are adapted to terrestrial conditions, but they will not grow well on Mars.
This means that substantial resources that would be scarce and priceless for humans on Mars, like liquid water and energy, would need to be allocated to achieve efficient farming by artificially creating optimal plant growth conditions.
Adapting plants to Mars:
A more rational alternative is to use synthetic biology to develop crops specifically for Mars. This formidable challenge can be tackled and fast-tracked by building a plant-focused Mars biofoundry.
Such an automated facility would be capable of expediting the engineering of biological designs and testing of their performance under simulated Martian conditions.
With adequate funding and active international collaboration, such an advanced facility could improve many of the traits required for making crops thrive on Mars within a decade.
This includes improving photosynthesis and photoprotection (to help protect plants from sunlight and UV rays), as well as drought and cold tolerance in plants, and engineering high-yield functional crops. We also need to modify microbes to detoxify and improve the Martian soil quality.
These are all challenges that are within the capability of modern synthetic biology.
Benefits for Earth:
Developing the next generation of crops required for sustaining humans on Mars would also have great benefits for people on Earth.
The growing global population is increasing the demand for food. To meet this demand we must increase agricultural productivity, but we have to do so without negatively impacting our environment.
The best way to achieve these goals would be to improve the crops that are already widely used. Setting up facilities such as the proposed Mars Biofoundry would bring immense benefit to the turnaround time of plant research with implications for food security and environmental protection.
So ultimately, the main beneficiary of efforts to develop crops for Mars would be Earth.

Hello!

My honorable fellow Asgardians,

Some friends ask me what you want to do for Asgardia. So we would like to say to our friends that I have placed everything in front of you as own platform. Please carefully study about our platform once. As our slogan is that people, along with humanity, are spiritually mentally and physically fit. Spiritual growth of people along with science and engineering. Only then can there be a sense of true peace and spiritual unity. The biggest thing for this is that we should have positive energy through our eyes, ears and mouth. For this, such films should be created and such education should be done, in which science and technology as well as the spiritual development of the people and the creation of good character. And we should also make regular practice of connecting our energy with our infinite universe by purifying our nerves. If we become a culture minister, then first we will have to work according to some rules related to this. Only then we can create a good space nation.
Thank you very much to all of you!