Top Ten Drugs Tied to Overdose Deaths


Deaths from drug overdose in the United States increased by 54% from 2011 to 2016 — with opioids, benzodiazepines (benzos), and stimulants the most commonly used drug classes involved, a new report released today by the Centers for Disease Control and Prevention’s National Center for Health Statistics (NCHS), shows.

The report notes that there were 41,340 drug overdose deaths in 2011 vs 63,632 such deaths in 2016.

Although the opioid oxycodone was the most cited drug in overdose death records in 2011, heroin took the top spot from 2012 to 2015.

The story around fentanyl may be even more troubling. The rate of overdose deaths involving it or one of its analogs doubled each year from 2013 through 2016, when it finally took the lead in becoming the most mentioned drug. In 2016, 29% of all overdose deaths involved fentanyl (n = 18,335).

In addition, the stimulant cocaine was the second or third most cited drug in the overdose death records throughout the entire study period.

The CDC’s list of the 10 most frequently mentioned drugs also included the opioids methadone, morphine, and hydrocodone; the benzos alprazolam and diazepam; and the stimulant methamphetamine.

Of all 10 drugs, only methadone was associated with a decreasing overdose death rate from 2011 to 2016.

“While the ranking changed from year to year, the top 10 drugs involved in overdose deaths remained consistent throughout the 6-year period,” note the investigators, led by Holly Hedegaard, MD, NCHS.

“This report identifies patterns in the specific drugs most frequently involved in drug overdose deaths…and highlights the importance of complete and accurate reporting in the literal text on death certificates,” they write.

The data were published online in the December 12 issue of the National Vital Statistics Reports.

Rise in Overdose Death Toll

An NCHS report released last year showed the age-adjusted rate of US drug overdose deaths increased dramatically from 1999 (6.1 per 100,000 population) to 2016 (19.8 per 100,000).

Although several previous studies on drug overdoses have used National Vital Statistics System-Mortality (NVSS-M) information, this data is coded using the International Classification of Diseases, Tenth Revision (ICD-10); and these ICD-10 codes focus on broad drug categories rather than on individual drugs, note the investigators.

In answer to this, the NCHS and the US Food and Drug Administration “collaboratively developed methods to search the literal text from death certificates to identify mentions of specific drugs and other substances, and to search contextual terms to identify involvement of the drug(s) or substance(s) in the death,” the researchers write.

They defined “literal text” as written information from the medical certifier on cause or circumstances related to a death.

For the current report, they examined NVSS-M data from 2011 through 2016. These data were linked to electronic files containing death certificate information.

In addition to the top 10 drugs involved in overdose deaths, drugs that held the number 11 through number 15 ranking throughout the 6-year study period included diphenhydramine, acetaminophen, citalopram, carisoprodol, oxymorphone, tramadol, amitriptyline, clonazepam, gabapentin, and amphetamine.

Threefold Increase in Heroin Deaths

The involvement of heroin in overdose deaths rose threefold from 4571 deaths in 2011 to 15,961 deaths in 2016. This made it the second-most mentioned drug in 2016, behind fentanyl.

Mentions of cocaine increased from 5892 overdose deaths in 2014 to 11,316 deaths in 2016, giving it that year’s number 3 ranking.

The fourth most mentioned drug in overdose deaths in 2016 was methamphetamine. Its 6762 related deaths signified a sharp increase from the 1887 related deaths in 2011.

“An analysis of trends…showed that, for several drugs, the age-adjusted rate of drug overdose deaths increased considerably within a relatively short period,” the investigators write.

Heroin, cocaine, and methamphetamine all showed significant increasing trends for age-adjusted rates of drug overdose deaths between 2011 and 2016 (1.5 vs 5.1 per 100,000 population; 1.6 vs 3.6 per 100,000; and 0.6 vs 2.1 per 100,000, respectively; all, P < .05).

Fentanyl showed a significant increasing trend between 2013 and 2016 (0.6 vs 5.9 per 100,000; P < .05).

The only decrease for a specific drug came from methadone, which was mentioned in 4545 overdose deaths in 2011 vs 3493 deaths in 2016 (1.4 vs 1.1 per 100,000). Still, it was the eighth most mentioned drug in 2016.

For the 2016 top 10 drugs, “the proportion of deaths involving both the referent drug and at least one other concomitant drug ranged from 50% for methamphetamine to 96% for alprazolam or diazepam,” the researchers report.

Finally, drugs most frequently recorded in unintentional overdose deaths in 2016 were fentanyl, heroin, and cocaine. The most frequently cited drugs in suicide by overdose were oxycodone, diphenhydramine, hydrocodone, and alprazolam.

EWAO Tesla’s legendary “tower” built and tested in Russia


This “Tesla baby” can produce enough power matching all power generation facilities in Russia when lightning is discharged onto a platform.

A team of Russian scientists are already working on the restoration of the “Tesla tower” for wireless power transmission, developed by Tesla in 1901-1902. The Wardenclyffe Tower, also known as the Tesla Tower, was built near the island of Manhattan (USA) at the beginning of the 1900’s but was not completed for reasons unknown so far. Some speculate that the original Tesla tower was closed due to the lack of funding. Tesla believed that this project was, if completed, one of the most effective electric systems in the world allowing him to produce and transmit electrical energy across great distances.

teslacoil-2

Nikola Tesla was a  genius, a brilliant inventor and the pioneer of wireless power transmission who in 1891, developed the principles of an antenna which is capable of supplying electricity to ANY device without the use of cables or connectors.

Tesla’s project was based on variations in the magnetic flux and, despite the incredible potential of the project, he apparently never managed to thrive beyond mere trials.

The Russian version of Tesla’s tower is located about 40 kilometers from Moscow. Currently, the research complex dubbed as the “High Voltage Marx and Tesla Generators Research Facility” is truly one of a kind and its generators can meet the energy demand for the entire country, although only for a period of around 100 microseconds.

teslacoil-9

In Russia, experiments or practices related to energy are anything but new. In the 1980’s the Soviets built a tower which “channeled” the energy created from lightning storms and use it for numerous purposes.

this incredible Russia project is unique, and it is something that you probably won’t find anywhere else in the world. Why? Because of its incredible design and even greater charging capacity.

tesla-coil-marx-generator

As we described above, this “Tesla baby” can produce enough power matching all power generation facilities in Russia when lightning is discharged onto a platform. Given the high maintenance cost, this “secret” Russian Tesla facility is not operational 24/7 but is only turned on on special occasions.

According to Rossiya-1 TV; When the facility is operating, the static charge in the “hot zone” is so large that the hair of anyone present bristles.

Watch the video. URL: https://youtu.be/vJoTw8YdHAs

Change the shape, change the sound: Researchers develop algorithm to 3-D print vibrational sounds


Change the shape, change the sound
A playful zoolophone, a metallophone with a variety of animal shapes that were automatically created using a computer algorithm developed by a team of researchers led by Changxi Zheng, assistant professor of computer science at Columbia Engineering. The tone of each key is comparable to those of professionally made metallophones — a demonstration of Zheng’s algorithm for computationally designing an object’s vibrational properties and sounds. 

In creating what looks to be a simple children’s musical instrument—a xylophone with keys in the shape of zoo animals—computer scientists at Columbia Engineering, Harvard, and MIT have demonstrated that sound can be controlled by 3D-printing shapes. They designed an optimization algorithm and used computational methods and digital fabrication to control acoustic properties—both sound and vibration—by altering the shape of 2D and 3D objects. Their work—”Computational Design of Metallophone Contact Sounds”—will be presented at SIGGRAPH Asia on November 4 in Kobe, Japan.

“Our discovery could lead to a wealth of possibilities that go well beyond ,” says Changxi Zheng, assistant professor of computer science at Columbia Engineering, who led the research team. “Our algorithm could lead to ways to build less noisy computer fans, bridges that don’t amplify vibrations under stress, and advance the construction of micro-electro-mechanical resonators whose vibration modes are of great importance.”

Zheng, who works in the area of dynamic, physics-based computational sound for immersive environments, wanted to see if he could use computation and digital fabrication to actively control the acoustical property, or vibration, of an object. Simulation of contact sounds has long interested the computer graphics community, as has computational fabrication, and, he explains, “We hoped to bridge these two disciplines and explore how much control one can garner over the vibrational frequency spectra of complex geometrics.”

Zheng’s team decided to focus on simplifying the slow, complicated, manual process of designing idiophones, musical instruments that produce sounds through vibrations in the instrument itself, not through strings or reeds. Because the surface vibration and resulting sounds depend on the idiophone’s shape in a complex way, designing the shapes to obtain desired sound characteristics is not straightforward, and their forms have been limited to well-understood designs such as bars that are tuned by careful drilling of dimples on the underside of the instrument.

Change the shape, change the sound
These 3-D metallophone cups were automatically created by computers for a “zoolophone,” a metallophone with a variety of animal shapes that were automatically created using a computer algorithm developed by a team of researchers led by Changxi Zheng, assistant professor of computer science at Columbia Engineering. The tone of each key is comparable to those of professionally made metallophones — a demonstration of Zheng’s algorithm for computationally designing an object’s vibrational properties and sounds. 

To demonstrate their new technique, the team settled on building a “zoolophone,” a metallophone with playful animal shapes (a metallophone is an idiophone made of tuned metal bars that can be struck to make sound, such as a glockenspiel). Their algorithm optimized and 3D-printed the instrument’s keys in the shape of colorful lions, turtles, elephants, giraffes, and more, modelling the geometry to achieve the desired pitch and amplitude of each part.

“Our zoolophone’s keys are automatically tuned to play notes on a scale with overtones and frequency of a professionally produced xylophone,” says Zheng, whose team spent nearly two years on developing new while borrowing concepts from computer graphics, acoustic modeling, mechanical engineering, and 3D printing. “By automatically optimizing the shape of 2D and 3D objects through deformation and perforation, we were able to produce such professional sounds that our technique will enable even novices to design metallophones with unique sound and appearance.”

Though a fun toy, the zoolophone represents fundamental research into understanding the complex relationships between an object’s geometry and its material properties, and the vibrations and sounds it produces when struck. While previous algorithms attempted to optimize either amplitude (loudness) or frequency, the zoolophone required optimizing both simultaneously to fully control its acoustic properties. Creating realistic musical sounds required more work to add in overtones, secondary frequencies higher than the main one that contribute to the timbre associated with notes played on a professionally produced instrument.

Looking for the most optimal shape that produces the desired sound when struck proved to be the core computational difficulty: the search space for optimizing both amplitude and frequency is immense. To increase the chances of finding the most optimal shape, Zheng and his colleagues developed a new, fast stochastic optimization method, which they called Latin Complement Sampling (LCS). They input shape and user-specified frequency and amplitude spectra (for instance, users can specify which shapes produce which note) and, from that information, optimized the of the objects through deformation and perforation to produce the wanted sounds. LCS outperformed all other alternative optimizations and can be used in a variety of other problems.

“Acoustic design of objects today remains slow and expensive,” Zheng notes. “We would like to explore computational design algorithms to improve the process for better controlling an object’s acoustic properties, whether to achieve desired sound spectra or to reduce undesired noise. This project underscores our first step toward this exciting direction in helping us design objects in a new way.”

Zheng, whose previous work in computer graphics includes synthesizing realistic sounds that are automatically synchronized to simulated motions, has already been contacted by researchers interested in applying his approach to micro-electro-mechanical systems (MEMS), in which vibrations filter RF signals.

MATH CREATED FROZEN ART


Simon Beck of Great Britain, creates stunning Frozen Art, mathematical patterns in the snow, larger than a soccer fields. By using only his memory and incredible consciousness of his tracks Simon produces seemingly perfectly symmetrical objects.

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Fighting HIV on its own turf.


Dr. Julie McElrath directs Fred Hutch’s Vaccine and Infectious Disease Division and the HVTN’s laboratory arm.

Fred Hutch is opening a Cape Town lab to launch HIV vaccine trials in South Africa, where the virus has infected more people than in any other country

Three years ago, Dr. Julie McElrath and her colleagues decided their best shot at developing an effective HIV vaccine was to try and beat the virus on its own turf, by launching clinical trials in a country that had lost an entire generation to AIDS.

In 2009, McElrath and Dr. Peter Gilbert had helped researchers complete a breakthrough trial of a vaccine that made some people more than 30 percent less likely to contract HIV. The trial took place in Thailand, where nearly 500,000 people are HIV-positive, according to UNAIDS. As McElrath, Gilbert and their colleagues at the HIV Vaccine Trials Network – which is based at Fred Hutchinson Cancer Research Center – unraveled exactly why the vaccine was effective, they realized they needed to go into countries where the epidemic has hit the hardest.

“The vaccine can have the biggest benefit there, and studies can be done quickly and with fewer participants because the incidence is so high,” said McElrath, who directs Fred Hutch’s Vaccine and Infectious Disease Division and the HVTN’s laboratory arm.

Now the HVTN is launching trials of the most promising HIV vaccines ever developed, and they’re doing it in South Africa, where the virus infects more people than in any other country. There, more than five million people – or roughly 10 percent of the population – suffer from HIV, and nearly two million children have been orphaned by the disease, according to Statistics South Africa and UNAIDS.

The mission of the Hutch is the elimination of cancer and related diseases as a cause of human suffering and death. Those with HIV can be several thousand times more likely to develop various types of cancer, according to the National Cancer Institute.

If the new vaccines are effective, it will be a key step toward ending the HIV scourge in South Africa and worldwide.

“That’s the goal – to make insights that will lead to a vaccine that is far more effective than anything we’ve ever seen,” said Dr. Jim Kublin, the HVTN’s executive director.

Developing breakthrough HIV vaccines

The South Africa trials are the latest chapter in a vaccine push that started in 1999, when Fred Hutch President and Director Dr. Larry Corey launched the HVTN. Since then, the network has conducted more than 50 clinical trials. The HVTN’s researchers and their colleagues spent the past four years improving the Thai trial vaccines and adapting them to sub-Saharan Africa’s most common HIV strains.

The network will soon conduct Phase 1 and Phase 2 studies to confirm that the new vaccines are safe. If all goes well, the vaccines will move forward to larger Phase 2 and Phase 3 studies to determine their side effects and effectiveness. Scheduled to start in 2015, those trials could include as many as 10,000 participants and will examine whether the vaccines reduce a healthy person’s risk of contracting HIV.

State-of-the-art lab fuels progress

The trials are anchored by a new, state-of-the-art vaccine lab that Fred Hutch spearheaded in Cape Town. The lab, which will be unveiled on Oct. 23, will analyze trial participants’ blood samples and study how their immune systems interact with the vaccine, and with the virus.

It cost approximately $3 million to complete the lab and the project received critical funding from the Bill & Melinda Gates Foundation and the National Institutes of Health. The facility will also be open to South African researchers, giving them training and access to cutting-edge technology that helps advance their own HIV studies.

“That’s a really important goal – to partner with African scientists and clinicians to lay a foundation for research that extends far beyond the HVTN,” said Dr. Erica Andersen-Nissen, the lab’s director.

Goal: Disarm HIV worldwide

If the South Africa trials prove the latest vaccines are effective, it could be the foundation for a new wave of vaccines that potentially disarm HIV worldwide. It’s a process that could happen quickly or last for years – it took more than four decades to develop a vaccine for polio, and HIV is a far more complicated virus.

“I’ve been involved in medicine for my entire life, and I’ve never seen an endeavor like this – there is a huge community of people who are 100 percent committed to discovering a vaccine,” Kublin said. “It might not happen immediately, but it’s within our grasp.”

Lost Leonardo da Vinci painting of a noblewoman with same smile as the Mona Lisa discovered in Swiss vault after 500 years.


·         The oil portrait of Isabella d’Este had been missing for five centuries

·         It was discovered in a family’s bank vault in Switzerland

·         It is a rendering of a well-known pencil sketch, which hangs in the Louvre

·         ‘There is no doubt the portrait is the work of Leonardo,’ says world expert.

Isabella d’Este

For five centuries, it has been one of the art world’s greatest mysteries, with even its very existence in doubt.

But now, almost 500 years after he painted it, a priceless Leonardo da Vinci masterpiece has been unearthed in a Swiss bank vault. 

In a story that seemed to come directly from the pages of a Dan Brown novel, the portrait of Italian noblewoman, Isabella d’Este, was discovered as part of a private collection in a Swiss bank.

The Italian owners have decided to keep their identity a secret. 

The painting is a canvas and oil, finished rendering of a well-known pencil sketch of the same woman, the wife of the Marquess of Mantua and one of Renaissance Italy’s most influential women

The sketch, which was drawn in 1499, hangs in the Louvre, and is considered a forerunner to his most famous painting, the Mona Lisa. 

Isabella, who appears to share the world-famous subject’s mysterious smile and rounded chin, wanted to be painted by the all the greatest artists of the day, which naturally included da Vinci.

The preliminary sketch was greatly admired by the aristocratic lady’s friends so she asked him to finish the commission.

But art historians had long been divided over whether the finished version of the commission existed. 

Da Vinci soon after begun one of his most compelling and large scale projects, The Battle of Anghiari, in Florence town hall. Then in 1503, he began the Mona Lisa. 

Leonardo da Vinci
Original sketch

The painting is a canvas and oil, finished rendering of a well-known pencil sketch of d’Este (right). The sketch, which was drawn in 1499 and hangs in the Louvre, is considered a forerunner to da Vinci’s (left) most famous painting, the Mona Lisa

Now experts believe that the striking portrait is indeed the work of the Italian genius.

Professor Carlo Pedretti of the University of California, Los Angeles, the world’s leading expert in da Vinci told Italy’s Corriere della sera newspaper. ‘There are no doubts that the portrait is the work of Leonardo.

‘I can immediately recognise Da Vinci’s handiwork, particularly in the woman’s face.’

Carbon dating has shown that there is a 95 per cent probability that the portrait was painted during the Renaissance period. 

And scientific tests have revealed that the primer used to treat the canvas is the same as that used by da Vinci

Further tests will make clear whether some of the lady’s accessories, including the gold crown, could have been painted by one of da Vinci’s assistants.

OSHO


osho

Michael Joseph Jackson (August 29, 1958 – June 25, 2009) Salute to the King of Pop



On this day last year I was just as shocked as the rest of the world when I heard the news that King of Pop, Michael Jackson, passed away. While his  life was marked by many hardships, Michael always seemed to put his fans above his personal trials and tribulations. His love for humanity resonated through his music. Michael’s bold costumes, innovative dance movies, touching lyrics and smooth yet powerful voice, have made an imprint in our hearts and in the entertainment industry that will never be removed.

I know there will be a ton of people honoring Michael today by wearing Michael Jackson t-shirts. But, I thought it would be cool to highlight some of his signature pieces in a King of Pop collage. Hope you enjoy!

keep smiling:)



The Suicide Anthem


Gloomy Sunday” is a song composed by Hungarian pianist and composer Rezső Seress in 1933 to a Hungarian poem written by László Jávor (original Hungarian title of both song and poem “Szomorú vasárnap” (Hungarian pronunciation: [ˈsomoruː ˈvɒʃaːrnɒp]), in which the singer reflects on the horrors of modern culture.[1]

Though recorded and performed by many singers, “Gloomy Sunday” is closely associated with Billie Holiday, who scored a hit version of the song in 1941. Owing to unsubstantiated urban legends about its inspiring hundreds of suicides, “Gloomy Sunday” was dubbed the “Hungarian suicide song” in the United States. Seress did commit suicide in 1968, but most other rumors of the song being banned from radio, or sparking suicides, are unsubstantiated, and were partly propagated as a deliberate marketing campaign.[2] Possibly due to the context of the Second World War, though, Billie Holiday’s version was banned by the BBC.

There have been several urban legends regarding the song over the years, mostly involving it being allegedly connected with various numbers of suicides, and radio networks reacting by purportedly banning the song. However, most of these claims are unsubstantiated.[4]

In 1968, Rezső Seress, the original composer, jumped to his death from his apartment. His obituary in the New York Times mentions the song’s notorious reputation:

Budapest, January 13. Rezsoe Seres, whose dirge-like song hit, “Gloomy Sunday” was blamed for touching off a wave of suicides during the nineteen-thirties, has ended his own life as a suicide it was learned today.

Authorities disclosed today that Mr. Seres jumped from a window of his small apartment here last Sunday, shortly after his 69th birthday.

The decade of the nineteen-thirties was marked by severe economic depression and the political upheaval that was to lead to World War II. The melancholy song written by Mr. Seres, with words by his friend, Ladislas Javor, a poet, declares at its climax, “My heart and I have decided to end it all.” It was blamed for a sharp increase in suicides, and Hungarian officials finally prohibited it. In America, where Paul Robeson introduced an English version, some radio stations and nightclubs forbade its performance.

Mr. Seres complained that the success of “Gloomy Sunday” actually increased his unhappiness, because he knew he would never be able to write a second hit.

In 1997 Billy Mackenzie, vocalist with Scottish band The Associates (who recorded a cover of Holiday’s version in 1982), committed suicide near his father’s home in Dundee.

The codifying of the urban legend appears in an article attributed to “D.P. MacDonald” and titled “Overture to Death”, the text of which has been reproduced and disseminated countless times online. According to the website of Phespirit the article was originally published by the ‘Justin and Angi’ site to augment their now defunct “Gloomy Sunday Radio Show”. Their introduction to the article reads:

This message was forwarded to us by a visitor to our web site. There is some good historical information on the song intermixed with some information of more dubious repute. The accounts begin to take on the feel of a satiric e-mail chain letter after a while, but then, sometimes truth is indeed stranger than fiction. The story does read a little bit like the script of a segment from Strange Universe! So take this with a grain of salt …..

The tune is strangely gripping, and the lyrics capture an odd longing for death. The sad and monotonous song easily entices one into feeling depressed. It’s Gloomy Sunday – the Hungarian “suicide anthem”.

“Little white flowers won’t wait for you,
not where the black coach of sorrow has taken you.
Angels have no thought of ever returning you.
Would they be angry if I thought of joining you?”

A pianist today still sometimes plays Gloomy Sunday in the old popular Kis Pipa restaurant, the same place where the song’s composer, Rezső Seress, used to play it in the early 1930s. Gloomy Sunday became world famous as it was sung by Billie Holiday, Louis Armstrong, and had versions in Swedish, Chinese, Japanese and even Esperanto.

When the song appeared it soon came to be known as the “suicide anthem” because its impact was so lethal that many people were said to commit suicide to it and leave the lyrics with their farewell letters. Later the composer himself also took his own life by jumping out of a window.

Hungarians have long had a reputation as being the gloomiest nation in Europe. They are renowned for their pessimism, depression is a nationwide problem, and until recently they had the highest suicide rate in the world, according to the World Health Organisation. Recent surveys also show that they die earlier than most European peoples.

Gloom, depression and suicide seem to be part and parcel of Hungarian culture. “You can hardly meet with a Hungarian who wouldn’t have relatives or friends who really committed suicide – it’s a kind of national disease, it’s a kind of sickness,” says Peter Muller, a Hungarian playwright who has written a play about Gloomy Sunday and has studied the suicide phenomenon.

Suicide as a solution

In some areas in the countryside suicide is so general that no family remains unaffected. In recent years a number of small and isolated settlements in southern Hungary came to be known as ‘suicide villages’ as their rate is even higher than the average national figures. Until last year there were 4,500 recorded suicides a year in Hungary, which, was the highest per population figure in the world. Not only many people kill themselves in Hungary but they also often choose brutal methods: they jump down wells, hang themselves, or drink pesticides.

Psychiatrist Dr Bela Buda says one problem is that Hungarians regard suicide in a very different way to people in other countries. “In the unconscious popular mind suicide is a positive pattern of problem solution, it’s a formula which is actualised in times of crisis because everybody has experiences with other persons who committed suicide and who were regarded not as failures but as brave people daring to restore their self-esteem and dignity by this desperate and heroic act.”

The sadness and gloom has a long tradition in the country’s history. Many famous historical figures, from the middle ages to modern times, ended their life with suicide. The politician revered as ‘The Greatest Hungarian’, Istvan Szechényi killed himself, as did a wartime prime minister, Pal Teleki, as did the poet Attila Jozsef, and as did the actor Zoltan Latinovits at the very same train station where the poet threw himself in front of a train. They were all outstanding talents and characters, but their suicides became part of what suicidologist call ‘the heroisation of death’. Still today there are instances almost every year, Buda explains, of young people trying to commit suicide at the same train station where the poet and the actor had killed themselves.

According to Buda, the many historical models and their copying shows that Hungarian culture is “favouring defective, maladaptative patterns of solution for life problems”. Others who have direct experience with people “in crisis” agree that suicide does seem to many Hungarians as a form of solution. A volunteer worker at an anonymous helpline phone service – where many calls are suicide related – has anwered callers for seven years. He also feels that suicide is an accepted form to solve problems. “Somehow it is in our culture that there is way to solve a problem easily, to quit in this way,” he explains, “sometimes people want to punish somebody with whom they have a difficult relationship.”

Alarming mental health problems

The high rate of suicide, however, is just one symptom of the Hungarians’ dire mental health, psychiatrists say. About twenty-five percent of the population suffer of anxiety illnesses, and a very large part of it coupled with depression. There is a growing number of mental disorders and the rate of alcoholism and smoking is also alarmingly high, experts say.

Hungary now leads world statistics in liver sclerosis, 8500 cases a year, an illness directly linked to alcoholism, Dr Buda says. In 1995 there were 8500 cases of liver sclerosis death, in the previous year there were 7300. This was far the highest rate in any country in the world, according to Buda. “This dramatic elevation shows that in the last years there must have been a continuous heavy drinking in many hundreds of thousands people in Hungary”.

In fact, many experts agree that behind the recent drop in suicide figures there is a growing rate of mental disorders and the growth of alcoholism. Buda says that “suicidality” itself has not decreased but merely manifests itself in alcoholism which leads to earlier death. In other words, many potential suicidal victims die before reaching the suicide age.

Life expectancy is now one of the lowest in Europe in Hungary, with the population decreasing by thirty to forty thousand every year, experts say. If this trend continues Hungary’s population will fall below ten million by the next century.

Reasons and theories

Dr Buda says one reason for Hungary’s disturbing mental health is the enormous social changes of the last decades, with which broke up old supporting kinship and family ties. Since the 1950s almost 60 percent of the population changed residence and social status during the process of accelerated industrialisation, Buda says. “This huge horizontal and vertical mobility meant that a lot of people became isolated, alienated, as kinship systems, family ties were destroyed,” he says.

Similar changes also took place in other central and eastern European countries but in countries like Romania and the Slavic countries, the kinship and family ties remained stronger, Buda explains.”What is important is that in Hungary the degree of individualisation is very high, almost as high as in the Western countries.”

Indeed, Hungarians often say that they are caught in between two worlds, East and West, and feel that they are ‘too western’ for their geographical location. Hungary has often been compared by many writers to a ferry boat – moving between East and West, longing to anchor at the Western shore but always pushed back to the East.

“This intermediary situation is really characteristic – our short trips to the Western shores imbued as with values and aspirations, but we had to go back to our Eastern realities and if you taste something then you might begin to miss it,” Buda echoes the theory.

But the Gloomy Sunday playwright Peter Muller thinks that there is more to the Hungarian gloom that just frustrated aspirations. The real reasons go much deeper, he says. It is essentially a problem of identity. “Somehow the root is missing. We live in a very strange position of the world. We always try to stick to the Western culture, we try to escape from the Eastern mentality and somehow we are in a limbo, we don’t belong to anybody, it’s a kind of loneliness. We have somehow lost our Oriental roots without finding another one – and if you are in trouble, if your life is difficult it is the root that can save you.”

Many Hungarians, however, will insist that they are not really gloomy, let alone pessimistic. The fact that they complain readily and frequently, Dr Buda says, is merely a mechanism by which they cope with problems or try to elicit help. And many Hungarians will also emphasise that they really are a merry people, and they point to their many humorists, cabaret figures, and their passionately merry gypsy music. Peter Muller explains this by saying that the Hungarians have an essentially antagonistic spirit, a ‘double feeling’ in their mentality. Beside their gloom, there is always a determinism to survive, a “but” factor, in Muller’s words.

“There is always a great ‘but’, and this ‘but’ is a very Hungarian word. ‘But’ we have to do it, ‘but’ we have to survive ….. It is in the melodies, it is in the music of the great Hungarian composers – you can find a lot of ‘but’s in Liszt’s work, in Bartok’s work – they are full of such ‘but’s. It’s a very strange and special strength beside the sadness.”

Gloomy Sunday

Gloomy Sunday with a hundred white flowers
I was waiting for you my dearest with a prayer
A Sunday morning, chasing after my dreams
The carriage of my sorrow returned to me without you
It is since then that my Sundays have been forever sad
Tears my only drink, the sorrow my bread…

Gloomy Sunday

This last Sunday, my darling please come to me
There’ll be a priest, a coffin, a catafalque and a winding-sheet
There’ll be flowers for you, flowers and a coffin
Under the blossoming trees it will be my last journey
My eyes will be open, so that I could see you for a last time
Don’t be afraid of my eyes, I’m blessing you even in my death…

The last Sunday