Wednesday, 31 January 2018

(c) Matt Green

Every city has its secrets, it’s just a matter of finding them…


On a street in Brooklyn that takes you towards the river, where the cobblestones begin paving the road, there is a townhouse that deserves a second look. Despite its impeccable brickwork, number 58 Joralemon Street is not like the other houses. Behind its blacked out windows, no one is at home; no one has been at home for more than 100 years. In fact, number 58 is not a home at all, but a secret subway exit and ventilation point disguised as a Greek Revival brownstone.
The house stands directly nine stories above the New York City subway tracks for lines 4 and 5, which carries passengers from the nearby station Borough Hall in Brooklyn under the East River over to Manhattan Island. If you approach the front door and peak through the crack, you’ll eyeball a bleakly lit windowless room with concrete flooring and a metal bunker-style door that could easily lead to a bat cave. Every so often, neighbours have reported¹ seeing men dressed in special work suits in the middle of the night hanging around the stoop at number 58.

The property was once a private residence dating back to 1847, according to the Willowtown Association, but in 1908, as the first underwater subway tunnel connecting Manhattan and Brooklyn was being constructed, the Metropolitan Transportation Authority of New York acquired the house. The windows were fitted with unsightly  industrial steel shutters as the site was converted into a subway ventilator as part of a vast network for the tunnels below. For decades, vented air simply poured out from the windows according to neighbours¹, who knew it only as the “Shaft House”.
(c) Heather Quinian
But in the 1990s, the MTA decided to be a little more neighbourly. When new residents moved in next door, the authority cleaned up the unused backyard at number 58 and offered it to their new neighbours as an extension to double the size of their garden at the reasonable price of $200 a month. Attractive winding vines also now cover the smoothed-over bricked-up windows at the back of the house. In 1999, urged by the local neighborhood and the Landmarks Preservation Commission, the MTA fully restored the historic facade. The industrial steel shutter vents, from where smoke once billowed into the streets, were permanently shut and replaced with sleek opaque window panes. The vents found their new home high up on the building’s roof. Today, the value of number 58 Joralemon St is $2.8 million according to a 2010 estimate².
(c) Heather Quinian
But let’s get back to the bat cave. One neighbour who was lucky enough to be shown inside the Shaft House by MTA officials said it was reminiscent of “something out of A Clockwork Orange… it was open and cavernous, with catwalks going back and forth, this way and that, and somewhere down below the trains going by.”
(c) Heather Quinian 
It’s not exactly clear when number 58 Joralemon Street became an emergency exit in addition to its usage as a fan plant, but the likelihood is that it happened post 9/11 when the threat of a fire in the subway tunnel became more prominent. In the event of an emergency, passengers would have to climb up the grim metal staircase that plunges nine stories down to the tunnels below. When they reached the top, there would be the windowless room with a door, and if they opened that door, it would lead them to a typical New York City townhouse stoop, as if they’d exited through a mystic portal from the underworld.
Next, we head to London in Bayswater where an up-market residential street just a few minutes walk from the vast greens of Hyde Park cleverly masks another portal to the city’s underworld and the world’s first underground railway.
In the 1860s, a tube line passing through Paddington and Bayswater was constructed and incidentally ran its path directly under 23 and 24 Leinster Terrace. The two five story houses had to be demolished in order to dig through the tunnels but once the finished tunnel was covered, it was decided that the houses wouldn’t be rebuilt … entirely that is.
(c) Southern Driver
Today, you’ll see these rather smart looking townhouses in place next to each other, but if you wander round the back of 23 and 24 Leinster Terrace and look over the wall, you’ll find the buildings are nothing more than 5-ft thick facades that disguise a massive gaping hole into the underground.
(c) Looper 23
 
The old London underground trains used to be powered by steam and so the gaping hole of open tracks became a rather convenient way to vent air from the subway.
There’s a great little story about an alleged famous hoax³ in the 1930s involving the two houses. A fraudster managed to make a ‘small fortune’ by selling tickets for a grand charity ball at 10 guineas a ticket. When guests arrived dressed to the nines at the ball’s stated location, 23/24 Leinster Terrace, they were in for a cheeky surprise when they knocked on the fake door only to realise they had been well and truly conned!
But where is the original fake house in Paris disguising a giant ventilation chimney for the Métro?
According to the BDLG blog, in the novel by Italian philosopher, Umberto Eco, entitled Foucault’s Pendulum, there is an obscure dialogue between two characters about a house in Paris that seems to be hiding something. “[People] walk by and they don’t know the truth,” writes Eco, “that the house is a fake. It’s a facade, an enclosure with no room, no interior. It is really a chimney, a ventilation flue that serves to release the vapors of the regional Métro. And once you know this you feel you are standing at the mouth of the underworld…”
One of my brilliant readers sent in this tip from a blog called Paris by Cellphone that has found the fake house in Paris. It’s located at 145 rue la Fayette in the 10th arrondissement.
“The building 145, rue la Fayette is only a front. Literally. The balcony is there, the door is there, but no building waits behind it. The false facade is there only to hide a giant ventilation chimney for the metro,” the blogger behind Paris by Cellphone writes.

And he even has the Google image to prove it….
Before you go, let’s see one more Paris has to offer! This one pictured below, located on Rue du Temple and Rue Chapon in the Marais, is not actually a secret passageway to the Paris metro, but an artist’s trompe l’oeil. Below is a picture of the location before the clever trickery was installed in 2006…
Then: 
Now: 
The facade was installed by artist Julien Berthier one Saturday morning at 7 o’clock in the morning on a ‘blind wall’ in the 3rd arrondissement. The façade, abiding by the local architectural codes, occupies 10 cm of public space, and was simply mounted and glued by Julien and his team. Many years later, the fake address is still there and the city services regularly cleaned off the graffiti.




Meet the woman from Perth whose super sense of smell could change the way Parkinson's disease is diagnosed.
Joy Milne's husband, Les, died in June, aged 65.
He worked as a consultant anesthetist before being diagnosed with Parkinson's at the age of 45.
Joy first detected the odour on her husband Les, who was diagnosed with Parkinson's at the age of 45
One in 500 people in the UK has Parkinson's - that is 127,000 across Britain.
It can leave people struggling to walk, speak and sleep. There is no cure and no definitive diagnostic test.
Joy noticed something had changed with her husband long before he was diagnosed - six years before.
She says: "His smell changed and it seemed difficult to describe. It wasn't all of a sudden. It was very subtle - a musky smell.
"I got an occasional smell."
Joy only linked this odour to Parkinson's after joining the charity Parkinson's UK and meeting people with the same distinct odour.
By complete chance she mentioned this to scientists at a talk. They were intrigued.
Edinburgh University decided to test her - and she was very accurate.
Doctors tested Joy's sense of smell by using t-shirts which had been worn by six people with Parkinson's and six without
Dr Tilo Kunath, a Parkinson's UK fellow at the school of biological sciences at Edinburgh University, was one of the first scientists Joy spoke to.
He says: "The first time we tested Joy we recruited six people with Parkinson's and six without.
"We had them wear a t-shirt for a day then retrieved the t-shirts, bagged them and coded them.
"Her job was to tell us who had Parkinson's and who didn't.
"Her accuracy was 11 out of 12. We were quite impressed."
Dr Kunath adds: "She got the six Parkinson's but then she was adamant one of the 'control' subjects had Parkinson's.
"But he was in our control group so he didn't have Parkinson's.
"According to him and according to us as well he didn't have Parkinson's.
"But eight months later he informed me that he had been diagnosed with Parkinson's.
"So Joy wasn't correct for 11 out of 12, she was actually 12 out of 12 correct at that time.
"That really impressed us and we had to dig further into this phenomenon."
And that is exactly what they are doing.
Scientists believe that changes in the skin of people with early Parkinson's produces a particular odour linked to the condition.
They hope to find the molecular signature responsible for the odour and then develop a simple test such as wiping a person's forehead with a swab.

Katherine Crawford, of Parkinson's UK, said it was an incredibly difficult disease to diagnose
The charity Parkinson's UK is now funding researchers at Manchester, Edinburgh and London to study about 200 people with and without Parkinson's.
A simple test for Parkinson's could be life-changing, according to Katherine Crawford, the Scotland director of Parkinson's UK.
"This study is potentially transformational for the lives of people living with Parkinson's," she says.
"Parkinson's is an incredibly difficult disease to diagnose.
"We still effectively diagnose it today the way that Dr James Parkinson diagnosed it in 1817, which is by observing people and their symptoms.
"A diagnostic test like this could cut through so much of that, enable people to go in and see a consultant, have a simple swab test and come out with a clear diagnosis of Parkinson's.
"It would be absolutely incredible and life-changing for them immediately."
Ms Crawford adds: "They and their professional colleagues would be able to discuss and arrange a treatment programme, be able to monitor the progression of the disease and treat it appropriately as it went on and it would potentially offer more opportunities for people living with Parkinson's to get involved in research."
It might have been an accidental discovery but Joy hopes it will make a real difference to people starting out on their own journey with Parkinson's.

Elephants pass intelligence test with ‘profound implications’ for our understanding of the species

Elephants have passed a test of intelligence which scientists say has “profound” implications for our understanding of their mental capabilities. They were found to be capable of performing a task that showed they have a level of self-understanding that is rare in the animal world and defeats humans until they are about two years old.
Elephants have already shown they can recognize themselves in a mirror, something that is thought to be relatively rare among animals.
The new test, which was described as “deceptively simple”, involved picking up a stick and handing it to a researcher.But sometimes the stick was tied to a mat on which the elephant had to stand to reach it. This meant they had to realize their own body was preventing them from passing on the stick and get off the mat in order to complete the task.
The scientists behind the study said animals capable of this kind of behavior may also be better at empathizing and be able to consider someone else’s perspective.
And that could have implications for the way conflicts between humans and elephants should be handled in places where the two species are competing for land and resources.
Dr. Josh Plotnik, a visiting researcher at Cambridge University, said: “This is a deceptively simple test, but its implications are quite profound.” 
“The elephants understood that their bodies were getting in the way, so they stepped aside to enable themselves to complete the task. In a similar test, this is something that young children are unable to understand until they are about two years old.
“This implies that elephants may be capable of recognizing themselves as separate from objects or their environment. This means that they may have a level of self-understanding, coupled with their passing of the mirror test, which is quite rare in the animal kingdom.”
The test was an adapted version of one used on human children. In that test, they are asked to push a trolley attached to a matt, which they normally stand on as they approach the trolley. 
Only when they reach the age of about two do the humans realize they have to get off the matt in order for the trolley to move.
Twelve female elephants aged from four to 40, who lives at the Anantara Golden Triangle camp in Chiang Rai, Thailand, took part in the tests.
During the test, their handlers, or mahouts, instructed them to walk onto the mat and then give the stick to the researcher using the instructions ‘go’, ‘pick up’ and ‘come’.
The elephants stepped off the mat to pass the stick an average of about 87 percent of the time, compared to just six percent during a control test in which the stick was not attached to the mat.
A paper about the research in the journal Scientific Reports conceded the elephants may have learned what was required during the tests.
But, considering the first time the elephants were confronted with the task, the success rate was still high.


Earth has the Moon as its companion. Mars has Phobos and Deimos. Jupiter and Saturn both have more than 60 moons. Ok, 62 for Saturn and 67 for Jupiter. Uranus has 27 natural satellites while Neptune has 14 moons. Even Pluto and Eris, the largest dwarf planets have moons. Pluto, the planet that has been downgraded to a dwarf planet, has 5 moons!
But… the nearest planets to the Sun have no moons at all. How come? Isn’t it weird?
Ok, let's start with how the satellites or the moons formed. There are a few theories on how the moons formed. Let’s explore them.
In the beginning, when the Solar System formed, an object will accrete material (gas and dust) to have enough mass so it can become a planet. In this theory, a natural satellite is a leftover material which was not accreted by the planet. The material then forms a satellite and orbits the planet under its gravitational influence.
But, a planet can also have a moon by capturing another object such as an asteroid or comet and trap them in its orbit under its gravitational influence. In this case, Mars’s moons Phobos and Deimos are good examples of asteroids captured by Mars, becoming its satellites.
A planet can get its satellite through a collision between it and another object. The leftover material is trapped in the planet’s gravitational influence and ends up coalescing to form a moon orbiting the planet. This is a likely scenario for our Moon. So a few billion years ago when the Earth was still young… our beautiful Earth collided with a Mars-sized object. During the collision, some material was ejected and was trapped in Earth’s gravity. This ejected material then merged and formed the Moon.
So how about Mercury and Venus?
From these possible scenarios, both planets should have at least one small satellite orbiting each of them. But why they are they moonless?
The biggest problem for moons for Mercury and Venus is (as real estate agents say) location, location, location! Both planets are too close to the Sun. But yes, according to one scenario of satellite formation, Mercury and Venus have the possibility to host a satellite.
And it’s probably right.  From those 3 theories, only 2 are possible for the case of Mercury and Venus. It is possible for Mercury and Venus to have satellites through the collision theory similar to the Earth/Moon scenario, or accretion of the material in the early Solar System. Satellites in both planets formed when the Solar System was still very young.
But it is impossible for both planets to capture a comet or asteroid. The problem is their close distance to the Sun. At this distance, the gravitational influence of the Sun is dominating the system and if there is a comet or asteroid passing by then they will be captured by the Sun.
Base on this possibility, there was a time when Mercury and Venus could have had their own companion.
Satellite modeling for Venus shows us that there was a time when Venus gained a satellite from a collision with another large object. It is believed, there were 2 collisions that changed the fate of the satellite as well as Venus’s spin. If the first collision we gain a moon for Venus, then in 10 million years Venus had another impact in an opposite direction which not only made the moon spiral inward and collide with Venus but which also reversed the planet’s rotation.
Another model shows that Venus only had one large impact which gained it a moon and reversed its spin at the same time. But it is also possible for Venus to form a Moon through accretion.  Similar theories also apply for Mercury except for the part of spin reversing.
Once both planets have moons, there is another problem that comes up. Both planets are too close to the Sun. Which means any moon at too great a distance from the planets would be in an unstable orbit and would be captured by the Sun. If they were too close to Mercury or Venus they would be destroyed by tidal gravitational forces. The zones where moons around these planets could be stable over billions of years is probably so narrow that nobody was ever captured into that exact orbit, or created in situ when the planets were first being accreted.
In the end, Mercury and Venus will never be able to have a moon.


Google on Thursday remembered legendary Malayalam and English writer Kamala Das with a doodle.
Popularly known by her pseudonyms Madhavikutty and Ami, Kamala Das is one prominent in Indian literature for her poetry and short stories.
Created by artist Manjit Thapp, the doodle celebrates “the work she left behind, which provides a window into the world of an engrossing woman,” Google said in a blog post.
Kamala Das was born in a Hindu family in Thrissur district of Kerala on March 31, 1934, as Nalapat Kamala. Her father V.M. Nair had been the Managing Editor of Malayalam daily Mathrubhumi, while her mother Balamani Amma was a renowned poet. Her maternal great uncle was the famous Malayalam writer Nalapat Narayana Menon.
Kamala was brought up in Calcutta, where she began writing primarily in English. She was married to banker Madhava Das at the age of 15 and thus became Kamala Das. She wrote in Malayalam under the pen name Madhavikutty. Kamala is known for her multilingual writing. Her Malayalam works would feature English phrases, while her English stories will have a flavor of Malayalam and Hindi. Noted poet K. Satchidananan calls her writing as ‘interlingual.’ “I speak three languages, write in two, dream in one,” Kamala would say.
She passed away on May 31, 2009. “Perhaps the greatest “work” of hers is the alter self whom she created, this mysterious and puzzling, ambiguous and sphinx-like “persona” that is Kamala Das, who emerges from her writings taking Protean forms – to fascinate and charm, to tease and torment, to hold and enthral, and to reveal her world anew with each new reading,” Devika Nair wrote in The Hindu Friday Review.
Kamala’s poetry and writings revolved around a myriad women’s issues, from sexuality to childbirth. Critics labeled her a feminist writer and the “the mother of modern English Indian poetry,” but she never accepted the former. Inspired by her real-life, Kamala wrote ‘My Story’ in English, and later ‘Ente Katha’ in Malayalam. Once believed to be her memoir, in ‘My Story’ Kamala got candid about her emotionally fragmented family, an unfulfilling marriage, sexual yearnings, suicidal thoughts and many more. ‘My Story’ was released this day in 1976, according to Google. She later dubbed both books as “work of fiction”.
Kamala is also known for her contradictions. She embraced Islam at the age of 65 and changed her name to Kamala Surayya. Her religious conversion and interviews favoring the purdah came as a surprise to many.
She is a recipient of the Sahitya Akademi award and many literary awards such as the Asian World Prize, Kent Award, and Ezhuthachan Puraskaram.
Her biopic is being filmed in Malayalam as Aami a name was given to her by her fans, with actor Manju Warrier essaying the role of Kamala Das.

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