Thursday, July 16, 2020

Paradise for wildlife created on a private land in India

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Charvi Trivedi

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Paradise for wildlife created on a private land in India

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Global Views 360

Publication Date

July 16, 2020

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2 Tigers enjoying in water hole at Ranthambore Tiger Reserve

2 Tigers enjoying in water hole at Ranthambore Tiger Reserve | Source: Wildness.in via Flickr

Amidst the horror filled reports and anecdotes making it to the news bulletin in 2020, a wonderful story of altruism emerges from Rajasthan, India. Complete lockdowns followed by nations might have brought down our productivity and economy but it gave nature a chance to heal from the torments it faced due to us humans. However, Aditya and Poonam Singh, a couple from Rajasthan lent the environment a helping hand in speeding up the process of bringing biodiversity back to life.

The couple moved to Sawai Madhopur, a city in Rajasthan near Ranthambore Tiger reserve, in 1998. It was his passionate love for nature that made Aditya quit his prestigious Civil services job, give up the comfortable city life of New Delhi and shift to Rajasthan. In fact, his wife, Poonam was the one who suggested they move since both of them fell in love with Ranthambore when they first visited the National Park. “My first sighting was a tigress with three cubs on a hill. It was magical. At the end of the trip, I just asked him if we can move to Ranthambore. He wanted it too and within months we moved” says an ecstatic Poonam Singh.

After moving, they started a tourist resort as a means of earning their daily bread. Gradually, Mr. Aditya started purchasing the barren agricultural fields around Ranthambore Tiger reserve (RTR), an area known as Bhadlav (now Bhadlao). These fields would often be visited by predators like tigers, had no access to good roads or electricity, and were not being used extensively for farming. Due to such dangerous circumstances Mr. Singh got  fields at a cheap price from the owners who wanted to sell and move out.

Mr Singh left these plots of land for a long time to the mercy of nature and they soon grew into plush mini forests with two natural water holes. He also constructed a few artificial water holes for the animals visiting the area during summer heat. “I just bought this and did nothing to it except removing the invasive species. We allowed the land to recover and now after 20 years it has become a lush green patch of forest which is frequently visited by all kinds of animals, including tigers, leopards and wild boars, throughout the year,” says Singh.

These mini forests provide shelter and protection to those sub-adult tigers which are driven towards the edges of Ranthambore Tiger Reserve. Additionally, the couple is also working towards building a homestay for tourists which will be powered by renewable energy sources like solar and wind power. Mr. Singh’s beautiful story of their 40 acres huge sanctuary was shared to the public by The World Economic Forum via twitter and his efforts were highly lauded by millions of people.

The once barren fields which are now lush green forest have seen tremendous growth in commercial value. Mr Singh is regularly approached by suiters for sales or joint development of this area however he has never entertained these proposals. He says..  “Money was never the consideration. It is just about my love for nature and wildlife” Such unselfish acts are indeed rare in today’s times. Aditya and Poonam Singh are indeed a prime example of late Mahatma Gandhi’s saying ‘Be the change you wish to see in the world’.

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February 4, 2021 4:49 PM

Discovery of a new particle: A Charming Tetraquark

While the world is horrified by the novel Coronavirus, scientists at the European Centre for Nuclear Research (CERN) announced the discovery of a never seen before tetraquark. Any finding in particle physics is a phenomenal one because it could tell us a lot about the origins of the universe and how everything came to be. And this discovery is quite charming and quarky (quirky).

Quarks are the elementary particles so any further division of these particles is not possible. This means everything in the universe is ultimately a combination of Quarks. Any new discovery of Quarks  therefore increase our understanding about the origin of universe

When three Quarks come together, they form familiar particles known as Baryons, for instance, protons and neutrons, found in the nucleus of an atom. A tetraquark, in particle physics, is an exotic meson composed of four quarks.

Murray Gell-Mann, recipient of the 1969 Nobel Prize in Physics for his work on the theory of Elementary particles, chose the name ‘Quark’. Another scientist,  George Zweig from CERN also proposed the Quark theory independently of Gell-Mann.

All the new particles are detected using particle accelerators where particles are accelerated at almost the speed of light and collide to look into their subsets. It is like knocking two rocks together so that they break into smaller constituents.

The most recent tetraquark, named X (6900) was discovered by CERN physicists while working on LHCb (Large Hadron Collider beauty experiment). The already known tetraquarks contain a particular combination of two relatively heavy quarks and two light Quarks. On the other hand X(6900) consists of four heavy Quarks: two Quarks and two anti-Quarks.

This exclusive particle made of unusual combinations is a perfect setting for understanding the fundamental force of nature known as Strong Interaction. The strong force is vital to comprehend as it binds together protons, neutrons and the nucleus that ultimately make up matter. Another perk of X(6900)  is its relatively heavy mass, so these are simpler to look at and are more stable as compared to notoriously fast moving-lighter ones.

The paper written by 800 scientists is yet to be peer-reviewed. The bump observed has a statistical significance of more than five sigma (standard deviations) that is good enough to claim the discovery of a new particle.

In any scenario, this unusual discovery will serve as a piece for completing the puzzle of our universe while serving as evidence of the presence of new particles not yet found.

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