One hundred meters or almost 328 ft underground, there lies a tunnel. The largest and the one of the most powerful machines ever to have been built by man, the Large Hadron Collider(LHC) is a 27km ( 17 miles) long circular tunnel in Europe, crossing the border between France and Switzerland at 4 points, but most of it within France.
It was built by CERN or the European Organization for Nuclear Research. Sounds familiar? That’s right; Dan Brown based his bestseller ‘Angels and Demons’ on a controversy heavily involving the production of antimatter (geek alert!) and the faiths of the Christian church.
Anyway, now that we know that CERN is the biggest, badass-est research organization there is, let’s talk about the awesomeness of the LHC.
What is it supposed to do?
The purpose of LHC is to increase our knowledge of the universe. There are hopes that it will help answer some fundamental questions about physics, gravity, quantum mechanics and general relativity.
LHC went live in 2008. For those noobs out there, the LHC is responsible for smashing together teeny tiny particles in the speed of light. Comprendo? Let me explain further.
It is basically a particle accelerator with superconducting magnets to boost the energy of the particles along the way. Inside the tunnel, two high energy particle beams travel almost at the speed of light in opposite directions and are made to collide. The events on collision are what scientists study so minutely.
What has it already done?
There has been a question that has confounded scientists for century. What is it that creates matter? Or what is the one ingredient that holds the universe together? One can phrase this question in many ways since we’ve realized, there isn’t a missing key. There are many missing keys. Imagine a map with lots of holes in it. This theory is further explained in Stephen Hawking’s ‘A Brief History of Time’ (Read it, it’s a great book!) LHC concentrates a lot of effort into determining the existence of exotic particles, dark matter (dark matter is a kind of matter which cannot be seen by telescopes but accounts for most of space).
In 2009, LHC successfully performed 284 collisions in the ALICE detector which yielded new data about proton-proton collisions.
In 2011, LHC successfully created the quark-gluon plasma (the densest matter besides black holes). It’s a big deal guys, coz black holes are scary!
But the main purpose is much more exciting. It involves the infamous Higg’s Boson Particle, also dubbed as the ‘God’s Particle’. What’s the big hullabaloo over this? It is supposed to give mass to all other particles, thereby proving to be the reason for all existence. Now, it’s hypothetical and there has been a 40 year long search for this elusive little guy since detecting Higgs Boson is very very hard.
On July 4, 2012, they announced a discovery of a new particle which was suspected to be a Higgs Boson.In March 2013, the particle was proven to behave, interact and decay the way predicted by the Standard Model of Particle Physics. It also has zero spin and positive parity, the two most fundamental properties of the Higgs Boson.
To scientists, it was the biggest discovery in centuries. Groundbreaking, earth shattering. To have more than 40 years of research finally bear fruit, it’s equivalent to having Christmas every day :D
So unless contradicting data is found, we can be now be reasonable assured that the ‘God’s Particle’ has been found. LHC has served a great role in the history of civilization and will continue to do so, as these particles are tested and further amazing discoveries are made.
Here’s a weird tit-bit
The LHC has seen a lot of opposition. Many stated that the cost of constructing and operating the LHC is not worth it. But the weirdest was the claim that LHC could result to the end of the world. Move over crazy volcanoes and gigantic tsunamis and the shifting of tectonic plates, Armageddon will finally be brought about by a 17 miles long tunnel. Odd, right? There’s even a website called: http://hasthelargehadroncolliderdestroyedtheworldyet.com/
So, what do you think of the Large Hadron Collider? Do you think it has exciting prospects? Or should we stop spending so much money and give up the quest to unlock the mysteries of the universe? Let me know your thoughts, opinions and suggestions in the comment boxes below!
As shown in movies and images from satellites, Earth appears
to be a blue ball floating around in space. Is that the final reality?
Ever thought of what
it would be like to paint a rubber ball with various colours? What the ball
will look like? Now imagine painting the surface of the earth with coloured
streaks, and how this will appear to the satellites.
A glimpse of what it will look like :
Yes this is what is called brilliance, this is what is
called the Aurora Borealis or commonly referred to as “Northern lights”
WHY ‘NORTHERN’ LIGHTS?
·These occur at the
geomagnetic poles in a band known as auroral zone, which stretches between 10° and 20° from the
poles with a typical width of 3° to 6° wide (in latitude) at all local times,
most clearly visible in the dark.
·Auroral zone- a ring-shaped region with a
radius of approximately 2500 km around the Earth's magnetic pole. It was
hardly ever seen near the geographic pole, which is about 2000 km away
from the magnetic pole.
·Magnetic
midnightis the
time of day when theNorthorSouth Magnetic Poleis exactly in between the sun and an observer
on earth's surface. This is best time for observingauroras. Because Earth'smagnetic polesdo not coincide with itsgeographical poles—the angle betweenEarth'srotation axisandmagnetic axisis about 11°–magnetic midnight differs from conventionalmidnight. In most of theUnited States, magnetic midnight occurs about
an hour earlier
HOW DOES IT HAPPEN?
The
auroras, surrounding the magnetic pole occur when highly charged electrons from
the solar wind interact with elements in the earth's atmosphere. Solar winds
stream away from the sun at speeds of about 1 million miles per hour; hit the
electrons in the earth’s upper atmosphere and generate coloured patterns ( At
altitudes from 20 to 200 miles above the earth’s surface the atmosphere
contains oxygen and nitrogen atoms)
The colour of the aurora depends on which atom is struck by these
electrons, and the altitude of the meeting.
·Green - oxygen, up
to 150 miles in altitude
·Red - oxygen,
above 150 miles in altitude
·Blue - nitrogen,
up to 60 miles in altitude
·Purple/violet -
nitrogen, above 60 miles in altitude
All of the magnetic and electrical forces react with one another in
constantly shifting combinations. These shifts and flows can be seen as the
auroras "dance," moving along with the atmospheric currents that can
reach 20,000,000 amperes at 50,000 volts ( a 100000 times more than what is
required at our homes! )
NORTHERN LIGHTS IN FICTION
So much
significance, so many movies with the same name; must be something important,
think about it?
·Northern Lights (1978 film)
·Northern Lights (1997 film)
·Northern Light (film), a 2006 Dutch film
·The Golden Compass (film), a 2007 film adaption of the 1995 Philip Pullman novel
·Northern Lights (2009 film),
EARTH ISN’T THE ONLY ONE
Other planets observed to witness auroras are :
·BothJupiterandSaturnhave magnetic fields much stronger
than Earth's and both have extensive radiation belts. Auroras have been
observed on both, most clearly with theHubble
Space Telescope.
·Uranusand Neptunehave also been observed to have
auroras.
·These
auroras have also been observed on Venus and Mars. Because Venus has no
intrinsic (planetary) magnetic field, Venusian auroras appear as bright and
diffuse patches of varying shape and intensity, sometimes distributed across
the full planetary disc. Venusian auroras are produced by the impact of
electrons originating from the solar wind and precipitating in the night-side
atmosphere.
An expecting mother does what not to give birth to a
healthy, beautiful baby. Every parent wants a child that would grow up to be
extraordinarily talented, well mannered and what not? Expecting mothers eat
healthy food, drink protein and nutrients rich fluids all day, to welcome the
little bundle of joy with open arms. What if 9 months of all that nurturing
results into something miraculous?
There are a lot of medical miracles which can’t be explained by doctors all
around the one, and this is one of them.
When a mother is expecting twins and when suddenly one of
the twins disappears from the ultrasound, doesn’t necessarily have to mean it
was a miscarriage.
WHAT HAPPENED?
·In early ages the kids were considered to be a
curse when their unborn twin just vanished from the abdomen of the mother.
Question is where did it go?
·Even termed as miracles sometimes, these kids
were a challenge to deal with. It was considered to be a tumour living inside
the body of this child. In this age of scientific development, this is no more
considered a miracle; instead it’s a developmental
abnormality.
WHAT ARE WE TALKING ABOUT?
Women giving birth to pregnant children, yes, you read it
right; your eyes aren’t fooling you. Women giving birth to pregnant children
are being talked about in this article.
Question is how is that even possible?
There are no concrete answers in the field of medicine to
answer this, but this is what is believed to have happened- two possible
theories for this:
§When a lady conceives, during the early stages of monozygotic
twin pregnancy, in which both foetuses share a common placenta, one fetus wraps
around and envelops the other. The enveloped twin becomes aparasite, in that his or her survival
depends on the survival of his or her host twin, by drawing on the host twin's
blood supply. And the parasitic twin develops without a brain (anencephalic)
and lacks some internal organs and hence is unable to survive on it’s own. The
host twin feeds the enveloped twin for the nutrients received over a single
umbilical cord, he or she usually dies before birth.
§It may be a highly
differentiated form of dermoid cyst or a matured “teratoma”- a tumour with
tissue or organ components resembling to normal derivatives of more than one
germ layer.
A teratoma will contain no organs but rather one or more tissues normally found
in organs such as thebrain,liver, andlung; teratomas have been reported to
containhair,teeth,boneand,
very rarely, more complex organs or processes such aseyes,torso,andhands,feet, or otherlimbs.
HISTORY REPEATS ITSELF-
§A 36-year-old farmer had the embryo of his
twin brother removed in the town of Nagpur, India, in 2006. The man asked for
medical help only after his swollen belly hampered his breathing. Doctors were
certain that the man had a gigantic tumor in his belly. However, they found
fragments of human genitalia, hairs, limbs and jaws in the patient and finally
removed a weird underdeveloped creature having legs and arms with long nails.
§In 2002, Indian doctors found a fetus in the
body of a six-month-old boy. The dead fetus, which surgeons removed from the
boy, weighed one kilo, whereas the boy himself weighed 6.5 kilos.
§In November, 2010, a baby girl born in Hong Kong was found to have two
8-10 week old fetuses in her abdomen, originally thought to be tumors. They
were removed by surgery. Reported by the Hong Kong Medical Journal in February
2015.
The
anomalous phenomenon is known as fetus in fetu. Such incidents are extremely
rare: an embryo inside an embryo may appear once in 500,000 pregnancies.
The phenomenon always occurs at an early stage of pregnancy. As a rule, the
fetuses die in mother’s womb.
EXAMPLES IN FICTION-
·The comedy/horror
film Basket Case centers on a man's murderous parasitic
brother.
·In the comedy series The
Office (U.S. TV series) Dwight attributes his strength to the dead
fetus he absorbed at birth.
·In the comedy
series Community (TV series), Chang states that he consumed his
twin sibling's fetus in utero.
·In the medical TV
drama series Grey's Anatomy ("We Gotta Get Out of this
Place"), a man becomes emotionally attached to his "brother".
This is one of those
developmental abnormalities in a child which cannot be prevented; they can only
be cured-if the child is born alive- through operation. All we can do is hope
for a good day, and a healthy child.