Tuesday, 18 December 2012

It's the end of the world (as we know it): an economist's view


What would the end of the world be like?

The end of the world is coming and only three days are left. Whether you believe in the end of the world (as we know it) or not, let us take a moment and think about the implications it might bring from the economist’s point of view.
Well, first of all, all those catastrophic scenarios that include a sudden switching of Earth’s magnetic poles, a massive meteor collision with Earth, ejection of mass from the Sun, biblical-sized floods, and a sudden shift in Earth’s crust, do not constitute any interest to economists. They would simply lead to the demise of the whole humanity which would be very unfortunate for the economists, because they would have no markets and economic agents to research anymore. This is not to mention that the 21st of December that is regarded as the end-date of a 5125-year-long cycle in the Mesoamerican Long Count calendar, is misinterpreted and miscalculated according to Mayan scholars.
Although the humanity seems to enjoy flirting with the idea of its own extinction on 21 December 2012 (just recall some recent Hollywood blockbusters, as “The day after tomorrow” (in which global warming led to the new Ice Age), “Knowing” (in which the long-anticipated Sun eruption destroyed all living things on Earth, although the aliens transferred some life species to another planet), “2012” (in which massive solar flares caused devastating tsunami and earthquakes that re-shaped the face of the planet)), the New Age interpretation of “the end of the world” might mean the start of time in which Earth and its inhabitants may undergo a positive physical or spiritual transformation or enter the new era. This new era (often referred to as the Age of Aquarius) would allegedly help the humanity to discover its true potentials, like the “third eye”, telepathy or psychokinesis (often referred to as “telekinesis”). Other scenarios, often described in popular literature and films, might include collision with the parallel universe or even universes (see e.g. “2012: The War for Souls” by Whitley Strieber, or the U.S. TV series “Fringe”). 
Let us explore some of the ideas of the “end of the world” from the economist’s points of view. In order to do that, we have chosen three major (less grim and more pleasing) scenarios of the world’s end: a) collision with the parallel universe and opening of passages between the worlds, b) spiritual transformation of the humanity leading to the discovery of telepathy, and c) global changes leading to the unleashing the power of phychokinesis in humans.
There is no particular reason why these three scenarios were chosen over the devastating floods, sun flares or planet collisions. All of them seem equally unlikely but the ones we chose might be interesting to look into using the toolbox of economic science.
We will gradually take each of these three scenarios and analyze them in details as the doomsday clock is ticking. It is hard to predict which of them would come true (and it might be that none of them would materialize at all) but at least you will be prepared, just in case.

Collision with the parallel universe and the “wormholes model”

In today’s blog entry we will concentrate on the scenario number one: collision with the parallel universe and opening of passages between the worlds, or wormholes in our world that would allow humans to travel between multiple places on Earth (or between Earth and other planets) in an instance.
The possibility to move freely and without borders all over Earth (and perhaps to the other planets universes) would fundamentally change the flow of goods, services, and labour. There will be no borders to cross, there will be no tariffs or duties to pay, workers from less wealthy countries would be able to commute every day, so all the transaction costs of migration would be cancelled. Global security would suffer too – since every human being would be able to move around or travel between Earth and parallel Earth, no state of global force would be able to keep track of potential criminals, terrorists or abductors.
Let us name this scenario a “wormholes model”. Under the model’s assumption, there would be no barriers to factor movements and the situation would be very much similar to the textbook example of the common market. 
It is easy to show that the situation described above would be similar to the Paul Krugman’s paper on interstellar trade. In his 1978 paper (entitled “The theory of interstellar trade” and published in 2010 in ‘Economic Inquiry’), Paul Krugman, a Nobel Prize laureate of 2008, points out that the assumptions underlying neoclassical theory bear very little resemblance to the world we live in (Krugman, 2010). The paper formulated two fundamental theorems of interstellar trade: a) When trade takes place between two planets in a common inertial frame, the interest costs on goods in transit should be calculated using time measured by clocks in the common frame and not by clocks in the frames of trading spacecraft, and b) If sentient beings may hold assets on two planets in the same inertial frame, competition will equalize the interest rates on the two planets.
Similar to Krugman, one might analyzing the simple neoclassical model of trade, introducing the new (doomsday) conditions. Equalization of the factor prices is what would happen under the provisions of neoclassical theory. This is of course often criticized, since such assumptions represent a way too simplified view of the economic relations in the world. However, this is exactly what would happen under the first doomsday scenario we have described!
Since the economic theory states that the total welfare effect of the common market (comparing to the customs union) is always positive for all participating countries, we might conclude that the “wormholes” model might also bring positive gains for all parties (parallel Earths or universes alike). Of course, this analysis is too simplistic and deserves further consideration but the benchmark has been set.
More scenarios and economic analysis tomorrow! All the best and looking forward to the forthcoming end of the world (we feel fine)!

WS and EL

  


Thursday, 13 December 2012

Holiday season and dark tourism: where are you going this year?

Holiday season is coming and many of us are looking forward to visiting friends and family or just travelling to some interesting places all around the globe. While most people would travel just to enjoy the Christmas atmosphere or the main tourist destinations (oh, these Christmas markets of Europe with their mulled wine, gingerbread cookies and sparkling Christmas souvenirs), or would take their retread to the beaches and sunshine of the Southern hemisphere, some individuals have something darker in mind. The thing is that Christmas season is also ideal for so-called “dark tourism” (also known as “black tourism”, “grief tourism”, or “thanatourism” (derived from the old Greek word "thanatos" meaning "death").
Dark tourism is tourism involving travel to (and fascination with) sites associated with death and tragedy. These sites might include macabre sites of atrocities like former death camps Auschwitz (Poland), Terezin (Czech Republic), or Tuol Sleng Genocide Museum (Cambodia); they might also be represented by the places of historic value and morbid past, like Calvary (Golgotha) in Jerusalem (Israel), the city of Hiroshima (Japan), or Ossuary in Kutna Hora (Czech Republic).   
Dark Tourism was first described in 1996 by Professor John Lennon and Malcolm Foley from Glasgow Caledonian University. Nowadays, the leading specialists for dark tourism can be found at the Institute for DarkTourism Research (iDTR) based at the University of Central Lancashire, United Kingdom. Dr. Philip Stone, Executive Director of the Institute is the one of the world-leading specialists in the field. In 2010, he defended his Ph.D. thesis entitled “Death, Dying and Dark Tourism in Contemporary Society: A Theoretical and Empirical Analysis”.
Although dark tourism and its less macabre sub-section called “fright tourism” generate a significant amount of public and research interest and experience a significant popularity due to the increase of global communication and travel opportunities, the fictional (literary or film) aspect of dark or fright tourism, and especially its potentials in young Europeans in cultural heritage still remains largely underdeveloped.
Squire (1996) describes literary tourism as “premised upon the public’s desire to experience a version of the past (or imagined present) and to make connections between past and present, fact and fiction. It therefore trades in images and expectations of people” (Squire, 1996). Literary tourism (which is often associated with film tourism, since most of the popular literary works are being filmed today), attracts tourists and forms a part of the landscape of heritage tourism (Herbert, 2001).
Despite the growing popularity of the literature and film tourism, few attempts have been made to identify the critical success factors behind this fast-growing phenomenon (Hudson and Ritchie, 2006).  Riley, Baker and Van Doren (1998) stated that further research on different genres, locations and icons was important in understanding the effect of film tourism, which  they claim still remains under-researched and representing a rich area for theoretical exploration (see e.g. Hudson et al, 2006, Bolan et al, 2008, Beeton 2004). 
One of the most important and fast-growing fields in literary and film tourism is the mystery and thriller tourism. Patterson (2006) describes the genre as having “the intensity of emotions they create, particularly those of apprehension and exhilaration, of excitement and breathlessness, all designed to generate that all-important thrill”. Mystery and thriller tourism might be viewed as a part of fright tourism associated with a more fun part of dark tourism. Most of the visitors are attracted to the places associated with mystical and often horror events described in the books or demonstrated in films and TV series, however the majority of these events might be a result of a pure imagination of their creators and have never actually taken place in real life. In a way, mystery and thriller fright tourism is “having fun without having to deal with the grim part of dark tourism”.
It is interesting to follow how locations, or tourist destinations, play an important role in fright tourism. Although the plot of the most mysteries and thrillers does not tie them to any specific location, or sets them in multiple locations, some examples can be found (see Table 1).

 Table 1: Examples of recent mystery and thriller literary works set in U.S. destinations
Year
Literary title
Author
Location
1986
“IT”
Stephen King
Derry, ME
1991
“The Firm”
John Grisham
Memphis, TN
2009
“The Lost Symbol”
Dan Brown
Washington D.C.
2008
“Gone Tomorrow”
Lee Child
New York, NY
2008-2010
“Twilight Saga”
Stephenie Meyer
Forks, Washington

 Source: own compilation

An important aspect of fright mystery and thriller tourism is, of course, something what we call “fright film tourism”. Most of the successful mystery and thriller literary works today are forged into successful films and TV series which increase their popularity and dissemination. In this context, Vagionis and Loumioti (2011) demonstrate that film tourism might be an effective marketing tool for promoting tourism destinations. Reeves (2001) points out that not only “feeling good” or being associate with romance or escapism” constitutes a popular visitor attraction, since towns like Burkittsville, Maryland, the setting for “The Blair Witch Project” have seen an influx of visitors, and the Georgetown house in Washington D.C. which was the setting for “The Exorcist”, continues to be a major tourist attraction.
Beale (2012) claims that thanks to the “Twilight Series” set by Stephenie Meyer in a little town of Forks, at Olympia Peninsula in Washington, the local economy experienced a huge tourism boost: in 2008, after the release of the first of the films, the number of visitors nearly doubled to 19,000, and by 2010 the figure was 73,000.
While New York is undoubtly the setting of many typical “fright tourism” films, TV series and books (including “Ghost Busters”, “Batman”, “Godzilla”, “Person of Interest”, “Fringe”, and many more), many small and unknown towns in the United States found themselves to be the scenes of mystery and thrillers’ settings (see Table 2).

 Table 2: Examples of recent mystery and thriller films and TV series set in U.S. cities (1999-2012)
Year
Film/TV series title
Set in
1999
“The Blair Witch Project”
Burkittsville, MD
2004-2010
“Lost”
Oahu island, HI
2005 -
“Bones”
Washington, D.C.
2006 -
“Dexter”
Miami, FL
2008 -
“True Blood”
Bon Temps (fictional), LA
2008 -
“Fringe”
Boston, MA/New York, NY
2008-2012
“Twilight Saga”
Forks, WA
2011 -
“Person of Interest”
New York City, NY
2011 -
“Grimm”
Portland, OR
2012
“The Dark Knight”
New York City, NY
2012
“Hunger Games”
Charlotte, NC
2012
“Alcatraz”
San Francisco, CA

 Source: own compilation

While of some of the towns that appeared in literary and film mysteries and thrillers seem to profit from that fact, others cannot fully exploit their tourism potential. For instance, it was reported that the local community of Burkittsville, Maryland (the setting of “The Blair Witch Project”) claims that the successful film has brought upon the “unwanted popularity and troubles” upon their small community, while the profits from increased fright tourism remained negligible (Fiore, 2010).
While it was shown that fright mystery and thriller tourism is gaining more importance in U.S. destinations, perhaps due to the fact that the country represents the most attractive market for leisure and entertainment, the potential for this aspect of tourism in Europe should not also be underestimated.
Europe has always been a very important place for global incoming literary and film tourism and many literary works of great importance were set in European destinations. In this context, it should be mentioned that many mystery and thriller books and films are set in various European destinations. Table 3 that follows provides an account of the most successful mystery and thriller literary works set in European destinations.

 Table 3: Examples of recent mystery and thriller literary works set in European destinations
Year
Film/TV series title
Set in
1999
“The Blair Witch Project”
Burkittsville, MD
2004-2010
“Lost”
Oahu island, HI
2005 -
“Bones”
Washington, D.C.
2006 -
“Dexter”
Miami, FL
2008 -
“True Blood”
Bon Temps (fictional), LA
2008 -
“Fringe”
Boston, MA/New York, NY
2008-2012
“Twilight Saga”
Forks, WA
2011 -
“Person of Interest”
New York City, NY
2011 -
“Grimm”
Portland, OR
2012
“The Dark Knight”
New York City, NY
2012
“Hunger Games”
Charlotte, NC
2012
“Alcatraz”
San Francisco, CA
 Source: own compilation

Many best-selling mystery and thriller novels found its way into film adaptations. Table 4 provides some example of recent blockbuster films set in European destinations.
Our preliminary analysis shows that the British capital is, by far, the most popular location for film destination on the Old Continent, only beaten by New York. For instance, the most recent James Bond film entitled “Skyfall” is for the largest part set in London. The newest and highly popular adaptation of “Adventures of Sherlock Holmes” where the world-famous detective excessively uses his iPhone for text messages and chats and Dr. Watson keeps a blog also takes place in modern-day London.

 Table 4: Examples of recent blockbusters set in European destinations
Year
Literary title
Author
Set in
1897
“Dracula”
Bram Stoker
Bran/London
1892
“Adventures of Sherlock Holmes”
Arthur Conan Doyle
London
1937
“Master and Margarita”
Mikhail Bulgakov
Moscow
1920-1973
“Miss Marple/Hercule Poirot novels”
Agatha Christie
UK locations
1999
“Hannibal”
Thomas Harris
Florence
1997-2007
“Harry Potter”
Joanne Rolling
London
1997 -
“Harry Hole novels”
Jo Nesbo
Oslo
2000
“Angels and Demons”
Dan Brown
Rome
2003
“Da Vinci Code”
Dan Brown
Paris/London
2005-2007
“Millenium Trilogy”
Stieg Larsson
Stockholm
2010
“Postcard Killers”
Lisa Marklund/James Patterson
Stockholm
 Source: own compilation

Overall, it becomes apparent that fright mystery and thriller literary works and films constitute a considerable part of Europe’s dark tourism potential and generate lots of money. Since the majority of consumers of this type of entertainment are relatively young, developing this aspect of cultural heritage by associating popular books and films with cultural tourism destinations might help young Europeans in the creation of technology-enhanced cultural heritage experiences, enabling them to generate quality transmedia and user-created solutions (interactive city games and quests, mystery tours with the elements of the game and storytelling, etc.).
So, where are you going this year? Dracula's Castle in Bran, streets of Prague haunted by Golem, London's Whitechapel where the shadows of Jack the Ripper crawl in every corner, or some other, less macabre (and more mundane) place?

Let us know and good travels, everyone!

WS and EL 

Wednesday, 31 October 2012

Vampires exist!


Yes, people, they do! Or at least they might exist and their existence does not constitute any contradiction to modern science.

Well, there are plenty blood-sucking animals found in nature, and even humans need to drink the blood from their own spices sometimes just to survive. So, why cannot vampires (the creatures from the myths and legends, as we tend to think of them) exist too?

Most scientists use simple math to prove that the existence of vampires is not possible. Their line of argumentation is the following:
Assume that a vampire needs to feed only once a month (we ignore the mortality rate, since it is irrelevant here). When this process occurs, another vampire is created. If the countdown starts in 1600 AD or some other time around that (on the 1st of January 1600 the world’s population was 536 870 911), then by February 1600 there would be two vampires (one who turned a human into vampire to start with and another one who was a human but became a vampire after the encounter with a vampire). In March 1600 there would be four vampires in existence, and in April 1600 – eight vampires. Therefore, some scientists say, each month the number of vampires doubles and after n months there are 2^n vampires which gives us a geometric progression with ratio 2.

As some of you might know, the geometric progression is increases at a very quick pace and if you sit with a pencil and paper and calculate it for our vampires example, you will arrive to the conclusion that after 30 months there would be no humans left – everyone would be turned into a vampire and the humanity would be wiped out by June 1602. Even if human birth rate is included into our calculations, it remains a very small fraction deaths caused by the vampires and would have prolonged the extinction of human race by just one month. Therefore, some scientists conclude, vampires cannot exist, since their existence contradicts the existence of human beings. This logical proof is of a type known as reductio ad absurdum, that is, reduction to the absurd.


However, if one starts digging dipper, everything is not that straightforward. Some fiction authors,
Stephenie Meyer’s “Twilight series”, Charlaine Harris’s “Sookie Stockhouse (Southern Vampire) series”, “True Blood” (TV series) and Elizabeth Kostova’s “The Historian” show the world where vampires peacefully co-exist with humans.

In Stephenie Meyer’s “Twilight series” vampires can tolerate the sunlight, interact with humans (even fall in love with them) and drink animals’ blood to survive. Of course, they have to live in secrecy and pretend to be human beings. In “True Blood” TV series, however, a world is shown where vampires and humans live side-by-side and are aware of each other. Vampires can buy synthetic blood of different blood types that is sold in bottles and can be bought in every grocery store, bar or gas station. They cannot walk during daytime, so they usually come out at night. Humans also find use of vampires’ essence – vampires’ blood (called “V”) is a powerful hallucinogenic drug that is sought by humans and traded on the black market (sometimes humans capture vampires with the help of silver chains or harnesses and then kill them by draining their blood). Some humans even seek sex with vampires (vampires are stronger and faster than humans and can provide superb erotic experience). There is a possibility to turn a human being into a vampire, but it takes time and effort.
In Elizabeth Kostova’s novel “The Historian”, vampires are rare although real and do not reveal themselves to humans too often (except for the librarians whom for whom they seem to have a strange passion). Their food ratios are limited and they spend lots of time brooding in their well-hidden tombs.

Let us assume that at the time of the events described in the first book of the series, “Dead Until Dark” (2001), the world’s vampire hypothetical population was around five million (the population of the state of Louisiana in 2001 we arbitrarily use in our calculations). The initial conditions of the Harris-Meyer-Kostova model are the following: five million vampires, 6 159 million people, there are organized groups of vampire “drainers”.

Our calculations yield that the human population will be growing until 2046 when it reaches its peak of 9.6 billion people, whereupon it will be declining until 2065 until it reaches its bottom at 6.12 billion people. This process will repeat itself continuously. The vampire population will be declining until 2023 when it reaches its minimum of 289 thousand vampires, whereupon it will be growing until 2055 until it reaches its peak at 397 million vampires. This process will also repeat itself continuously and we will end up with a cyclical system of human-vampire co-existence


There are more interesting implications to our study: consider for example the organized groups of vampire hunters (“Buffy the Vampire Slayer”) or superhero hunters (“Blade”). The results seem even more interesting and all clues lead to the one simple fact – vampires might co-habitate with humans and modern science cannot refute their existence! Please see our poster for more information and turn to us with your questions and comments!

Happy Halloween and be careful not to bump into a vampire on your way to the costume party tonight! :)

WS and EL

Tuesday, 30 October 2012

Maxwell's demon


It often happens that scientists need to use metaphors for explaining their point to other scientists and the general public. This is how many mysterious fantastic creatures are born. Many of these creatures were fabricated during the debates on the Second Law of Thermodynamics. Undoubtedly,  the most popular of all those creatures was Maxwell demon – a product of a thought experiment created by the physicist James Clerk Maxwell, the author of the famous Maxwell's equations that accurately describe the electromagnetic field.

Since 1871, Maxwell's demon had occupied the great minds of science. Scientists still look for processes which would allow heat to pass from less hot bodies to hotter bodies. Of course, all of us (or at least those of us who still remember our physics classes) know that heat can be passed from hot to cold bodies. The paradigm called the Second Law of Thermodynamics seemed irrefutable until it was challenged by the existence of Maxwell’s demon.

The idea of Maxwell’s demon is very simple: imagine a sealed container, divided into two gas-tight parts with by the wall with door that would allow just one gas atom to pass through it. At the beginning of the experiment, the upper part of the vessel contains gas, and at the bottom part is filled with vacuum. The door in the middle of the wall dividing both parts is guarded by an imaginary microscopic janitor who is vigilantly watching over molecules. The janitor would allow fast molecules to go through the door to the bottom of the container, while the slow molecules are left in the top half. Clearly, if such a watchman is on duty at the door for a long time, the gas will be divided into two parts: in the upper part of the container there would be cold gas contained of slow molecules, and in the bottom part of the container there would be hot gas consisting of fast molecules. This mythical janitor opening and closing the door was nicknamed “Maxwell's demon”.

Maxwell's demon has such special powers that he can monitor every single molecule in its movements and recognize its speed. He opens the door only to fast or slow molecules, forcing them to move to different parts of the container. Thus, in one part of the container the temperature and pressure are getting higher than in the other which yields the unlimited supply of energy at no costs. In case Maxwell's demon remains on duty forever (or several Maxwell’s demons do shifts), the container can be turned into full-functioning “perpetuum mobile”.
Many prominent scientists argue that Maxwell's demon was merely a joke of the great physicist. Indeed, Maxwell's demon is not effective in a container with two molecules. In that case, all molecules might end up in just one part of the container to begin with. However, if the number of molecules is high, the probability of such a case is extremely small.
Maxwell’s demon keeps occupying many scientists’ minds. Not long ago, there was an article published on that issue in one scientific journal that explains the existence of Maxwell's demon in a form of a quantum oscillator, a laser which separates the molecules with high energy from the low-energy molecules.

Recently, the debate on the existence or non-existence of Maxwell's demon was enforced by the quantum entanglement theory that aims at developing supercomputers, instant Internet and even teleporting devices. In their recent paper Japanese physicists showed that quantum effects make information translation into energy to be more efficient than previously thought. Although their paper was not yet accepted for publication, its pre-print is available at Cornell University’s archive and can be downloaded here: http://arxiv.org/abs/1207.6872.

The Japanese scientists’ major innovation is the introduction of quantum entanglement into Maxwell’s experiment. In their extension of Maxwell’s experiment, there were two vessels with quantum entangled particles. By measuring the rate of only one of these particles, one can obtain information about the other. If all the particles in the experiment are entangled in pairs, this means that the demon will need only half of the time to recognize the nature of the particle than in the case of classical particles. The authors performed statistical calculations that take this into account and showed quantum entanglement would effectively increase the performance of Maxwell’s demon.

So far, no one has proved whether Maxwell’s demon exists or whether it is just a myth. But one thing is certain - Maxwell's demon might help scientists to heat up the interest in further research in natural sciences!

Happy Halloween everyone!

EL and WS