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http://www.youtube.com/user/TZMOfficialChannel

Zeitgeist: Moving Forward, by director Peter Joseph, is a feature length documentary work which will present a case for a needed transition out of the current socioeconomic monetary paradigm which governs the entire world society.

This subject matter will transcend the issues of cultural relativism and traditional ideology and move to relate the core, empirical "life ground" attributes of human and social survival, extrapolating those immutable natural laws into a new sustainable social paradigm called a "Resource-Based Economy".

One voice can make a difference........a million voices can change the world!



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By Admin (from 06/04/2011 @ 08:00:16, in en - Science and Society, read 1681 times)

Questions such as how much fresh water we have left on Earth, where it is located, and how we can access it are all nearly impossible to answer. However, scientists working on understanding and revealing the planet's surface structure are helping to hone in on an answer. University of British Columbia researchers have created a world's-first with their new map that outlines how fluid flows through Earth's various porous surfaces. Information gleaned from the map can help us discover more about water supplies worldwide.

According to Science Daily, the maps, published earlier this week in Geophysical Research Letters, could help with both water resource management and climate modeling, since a better understanding of how fluid permeates rock and sediments can reveal how and where rainwater travels as it flows into the water table. While most maps so far have dealt with permeability down to one or two meters of soil, and across smaller areas, this new map tracks permeability to depths of about 100 meters across the globe.

"This is the first global-scale picture of near-surface permeability, and is based on rock type data at greater depths than previous mapping," says Tom Gleeson, a postdoctoral researcher with the Department of Earth and Ocean Sciences.

Mapping groundwater supplies in such detail is important for managing use of water, especially in where and how much is extracted. Such water source mapping has helped recently in uncovering to what extent groundwater supplies in southern Asia are contaminated with arsenic. Researchers were able to create a 3D map to show that the deeper a well went for water, the more likely it was to be contaminated.

We still don't know exactly how much fresh water we have left, but we know it is shrinking and we are hitting (or have already hit) peak water, since we're draining aquifers, over-exploiting rivers, and dropping the groundwater table ever deeper.

Source: Treehugger

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By Admin (from 05/04/2011 @ 14:00:31, in ro - Stiinta si Societate, read 1315 times)

 Considerat a fi o veritabila minune a preistoriei, complexul megalitic de la Stonehenge nu a incetat sa-i uimeasca pe arheologi, care nici la ora actuala nu pot preciza de ce si mai ales cum a fost construit. Chiar si astazi, dezbaterile privind modul in care blocurile de piatra au ajuns la Stonehenge continua.

Recent, o echipa de geologi britanici a pus la indoiala teoria oficiala, potrivit careia uriasele dale albastrui ar fi fost transportate de catre oamenii epocii de bronz din cariere aflate in vestul Tarii Galilor, la o distanta de aproape 500 km. Ei sustin ca  pietrele ar fi fost aduse in câmpia Salisbury dinspre nord, cu ajutorul... ghetarilor, in timpul perioadei glaciare, iar constructorii superbului sit n-ar fi avut altceva de facut decit sa le mute de pe aceste “plute” sui-generis si sa le sculpteze, la fata locului.

Echipa condusa de prof. Olwen Williams-Thorpe a ajuns la aceasta concluzie originala dupa ce a analizat, din punct de vedere geochimic, pietrele sanctuarului megalitic, demonstrind ca ele au o compozitie diferita de cele aflate in Tara Galilor. De asemenea, analiza virfurilor de topoare gasite in regiune a demonstrat ca ele nu provin din galeria de la Carn Menyn, asa cum se crezuse. “Este foarte probabil ca aceste topoare sa fi fost facute de fapt din aschiile rezultate dupa cioplirea dalelor”, sustine prof. Williams.

In opinia savantilor britanici, chiar daca ghetarii se miscau foarte incet, spre sud, ei puteau constitui niste plute fiabile pentru transportul de blocuri de piatra gigantice dintr-o parte a insulei britanice in alta. 

Gabriel TUDOR - magazin.ro

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By Admin (from 05/04/2011 @ 11:00:46, in it - Scienze e Societa, read 1463 times)

Murnau, cittadina di 11.000 anime a sud di Monaco e vicina al lago Staffelsee, è un rinomato luogo di villeggiatura (splendido il panorama naturale e la vista sulle Alpi) e un importante polo di attrazione per gli amanti dell'arte e della pittura.

Oltre al centro storico, abbellito da deliziose case in perfetto stile bavarese, e allo Schloßmuseum, che raccoglie importanti testimonianze della storia e delle tradizioni locali, l'attrazione principale è la Münter-Haus.
 
In questa casa - chiamata anche "Russenhaus" (casa russa) - il celebre pittore russo Wassily Kandinsky (1866-1944) e la sua compagna - anch'essa apprezzata pittrice - Gabriele Münter (1877-1962) trascorsero i mesi estivi dal 1909 al 1914. E proprio qui nacque il famoso movimento pittorico del Cavaliere azzurro (Der Blaue Reiter).
 
La presenza di altri pittori, come Franz Marc, August Macke, Alexej Jawlensky, Marianne von Werefkin, e del compositore Arnold Schönberg trasformarono questo piccolo cottage di campagna in un centro artistico e culturale che poneva le basi per una rivoluzione nel mondo della pittura.
 
Anche dopo il 1914 - anno in cui Kandinsky dovette lasciare la Germania a causa degli eventi bellici che iniziarono a sconvolgere l'Europa - Gabriele continuò a trascorrere parecchi mesi dell'anno a Murnau e si trasferì qui definitivamente nel 1931 con il suo nuovo compagno, lo storico dell'arte Johannes Eichner, che la incoraggiò a organizzare mostre e a realizzare delle pubblicazioni sulla sua arte e su quella di Kandinsky.


 
Nel 1957, per il suo 80° compleanno, Gabriele donò alla Lenbachhaus di Monaco un cospicuo numero di opere di Kandinsky e degli altri esponenti del Blaue Reiter.
 
La pittrice morì pochi anni dopo (1962) e ben presto la sua casa di Murnau divenne un'importante attrazione turistica. Nel 1998-'99 si sono svolti importanti opere di restauro che hanno riportato la Münter Haus al suo aspetto originale, non solo nei colori della facciata e delle camere ma anche nella disposizione dell'arredamento interno. Il museo è aperto al pubblico tutti i giorni, tranne il lunedì, dalle 14 alle 17.

Fonte: tuttobaviera.it

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UK-based Cella Energy has developed a synthetic fuel that could lead to US$1.50 per gallon gasoline. Apart from promising a future transportation fuel with a stable price regardless of oil prices, the fuel is hydrogen based and produces no carbon emissions when burned. The technology is based on complex hydrides, and has been developed over a four year top secret program at the prestigious Rutherford Appleton Laboratory near Oxford. Early indications are that the fuel can be used in existing internal combustion engined vehicles without engine modification.

According to Stephen Voller CEO at Cella Energy, the technology was developed using advanced materials science, taking high energy materials and encapsulating them using a nanostructuring technique called coaxial electrospraying.

“We have developed new micro-beads that can be used in an existing gasoline or petrol vehicle to replace oil-based fuels,” said Voller. “Early indications are that the micro-beads can be used in existing vehicles without engine modification.”

“The materials are hydrogen-based, and so when used produce no carbon emissions at the point of use, in a similar way to electric vehicles”, said Voller.

The technology has been developed over a four-year top secret programme at the prestigious Rutherford Appleton Laboratory near Oxford, UK.

The development team is led by Professor Stephen Bennington in collaboration with scientists from University College London and Oxford University.

Professor Bennington, Chief Scientific Officer at Cella Energy said, “our technology is based on materials called complex hydrides that contain hydrogen. When encapsulated using our unique patented process, they are safer to handle than regular gasoline.”

Source: GizMag

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NOT RECEIVING THE PIN CODE (Google Adsense )


The problem is that i am not receving the pincode at my home address , even i have send the scan Telephone bill of my home which clearly shows the home address.Please help and guid me in proper way. thanks --- comment by: Faisal grapix

I don't understand why they don't just sent the PIN by email like every OTHER company sends it's validation info. They could even validate by phone.. and then shoot and email back and forth to the account holder while you are on the phone as a "double check." There is no reason to use the postal service for this step at all. It is like they are making it difficult on purpose for people. It would make sense as every dollar they retain for as long as possible makes them more money in interest. It adds up. They obviously set up the system this way for a reason. --- comment by: SCopening

I not only requested a new PIN many times.... I send in my UTILITY BILL over 5 times. I also flew to California and talked to some Google people at a trade show and told them my issue. They got on their internal email and send in a request for me. THEN I FINALLY got an email saying my account was OK.

Of course... I'm not holding my breath on whether that means they will ever mail me the money they owe me. It took NINE months just to get this far. And... since the PIN they were supposed to mail never showed up... I'm not thinking it looks too good for a check.

Of course... they took MY money every month on the AdWords side.

The strange thing is. My account was making money... which meant THEY were making money. Also... my ads were placed within a business networking organizations web site... a market of mostly business OWNERS... which you would think would be a highly desirable target demographic.

Of course I pulled all their ads off my site when I never got paid, and replaced them with ads from other ad sharing services... who paid me RIGHT AWAY. --- comment by SueCopening

Source: google.com/support/forum/

Hi,

We're happy to let you know that we've manually overridden your PIN
requirement. Your account information is now confirmed and you won't be
required to enter another PIN for this account in the future.

Sincerely,

The Google AdSense Team

--- ... ---

Thank you.
I tried to choose the Form of Payment from the menu for Western Union but
recieved this messagge: We've noticed that the state code listed in your
billing address does not match any of the official Mexican state codes
accepted by Western Union.
The problem is that the country is Romania and on the Payee Information page
it is clearly stated that the Postal Code is 700xxx for Iasi in Romania in
Europe.
Any advice?

Cordiali Saluti, / Best Regards,
xxxx xxxxxx - client Google AdSense

TO BE CONTINUED ...

Hi,

Thanks for emailing about this. That was a bug in our system that was
resolved recently. Would you mind trying again?
If the problem persists,
please let me know so I can pass that information along to the people
working to fix it.

Sincerely,

The Google AdSense Team

...---...

Sorry, but I tried to choose again the Form of Payment from the menu for
Western Union but
recieved this same messagge:
We've noticed that the state code listed in your
billing address does not match any of the official Mexican state codes
accepted by Western Union.
In the Payee Information page
it is clearly stated that the
Postal Code is in Romania in
Europe.
Waiting to fix the bug.
xxxx xxxxxx - client Google AdSense

 


 

Source: binaryturf.com

Google Adsense PIN

One of my friends just received their Adsense PIN. He came straight to me and I walked him through the entire process. During this I had my camera around and made some pictures. I noted some distinct features of the mail; it’s difficult for me to remember how it looked at the time I received mine but here it is for you to see.

The friend had been sent two PINs earlier which never reached him (which is understandable in the age of IM communication and Skype). The pics are not to good, we were on shaky grounds too eager to open it up and validate the account.

front Google Adsense PIN — A Complete Walkthrough

Front

Here is how it looks as seen from the front. The text “Important Account Information Enclosed” may confuse and illude the postman into believing as if this thing carries something of high value. But the catch is it’s not even a paper-weight if it reaches the wrong person.

Rear

Rear

Here’s the other side. Note the cellophane tape at the sides; I had to tilt and twist the camera to catch the reflection and highlight it. This tape secures it on the three sides. Read further to know why. The top side is just a fold.

Side

Side

This is intelligent. You can’t actually call it an envelope, it’s more of a folded postcard. Just in case the words on the front got anyone excited and eager to keep the thing, they can peep in and take a look – nada – only some text there.

Inside

Inside

Once you are done shooting, cut through the tape and flip open the card. This is how it looks inside.

Next Steps – Entering the Adsense PIN

You must now login to your adsense account. You’ll see the following screen (relevant areas are highlighted).

Click on the

Click on the "More Details" link

Your payments will be on hold and that the reason you’ve been sent this PIN – to enter it into your Adsense account and validate it. The “payments on hold” notice is accompanied by the “More Details” link. Click it to proceed.

Now you see the

Now you see the "Please enter your PIN"

This links takes you to the next screen (obviously; am I spoon feeding?)

Enter your PIN exactly as in the postcard

Enter your PIN exactly as in the postcard

You finally get the box where you are supposed to enter the PIN. Do it and press “Submit PIN”. You’ll be led to a screen saying “Thankyou”.

Last screen - Finished - phew!

Last screen - Finished - phew!

 

 

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By Admin (from 04/04/2011 @ 14:00:25, in ro - Observator Global, read 2276 times)

 Mai grava decât amenintarea unui conflict nuclear, de care se facea, pâna nu demult, atâta caz, incalzirea globala reprezinta o permanenta sursa de ingrijorare pentru savanti. Efectele ei deja le simtim cu totii - anotimpurile au luat-o razna, clima este tot mai haotica, inundatiile catastrofale se tin lant, ninge in plina vara si avem parte iarna de canicula... Si vinovatii se stiu prea bine: marile concerne industriale din Statele Unite, Australia si alte tari care au refuzat sa semneze protocolul de la Kyoto, de stopare a emisiilor poluante. In privinta solutiilor, insa, lucrurile nu stau deloc bine, intrucât pâna acum nici una dintre rezolvarile propuse nu si-a dovedit viabilitatea. Recent, insa, astronomii de la Universitatea Arizona au pus la punct un proiect ce vizeaza apararea Terrei de nemiloasele ultraviolete, chiar si in conditiile in care emisiile poluante continua, iar stratul de ozon nu mai poate fi „cârpit"...

 Proiectul elaborat de savantii americani a fost publicat recent in revista „Climatic Change" si face parte dintr-o initiativa mai vasta, vizând rearanjarea mediului natural al Terrei, pentru a acoperi mai bine necesitatile umane. Aceasta operatie de „geoinginerie" va presupune, printre altele, si dispunerea unor elemente in exteriorul habitatului terestru.

Este vorba despre plasarea, pe orbite circumterestre, a unor „lentile" ce vor reflecta razele solare, in asa fel incât cantitatea de caldura degajata de astrul zilei si ajunsa la suprafata solului sa fie mult diminuata. „Desigur, sunt necesare miliarde de asemenea lentile, ce vor avea, fiecare, o suprafata de câteva zeci de centimetri patrati, dar vor fi foarte usoare, de ordinul gramelor", dezvaluie „creierul" acestui ambitios proiect, astronomul Roger P. Angel, de la Arizona University.

 Dupa cum se stie, in mod obisnuit, Pamântul reflecta inapoi in spatiu 30% din caldura primita de la Soare, absorbind restul. O crestere masiva a cantitatii de caldura respinse ar putea contrabalansa in acelasi timp si  retinerea gazelor de sera, generând astfel o racire a atmosferei terestre. O alta initiativa din sfera geoingineriei apartine chimistilor germani de la Institutul Max Planck. Laureatul premiului Nobel, Paul J. Crutzen, crede ca injectarea de dioxid de sulf in stratosfera - substanta emisa in urma eruptiilor vulcanice - ar duce la o diminuare a caldurii solare.

Ar fi necesara o flotila imensa de avioane, care sa lanseze aceasta „perdea" in stratosfera, pentru a opri o cantitate importanta din radiatia astrului zilei sa ajunga pe Pamânt. „Costurile intregii operatiuni s-ar ridica la circa 5 miliarde de dolari, adica mai putin de 5% din cheltuielile militare facute de marile puteri ale planetei." }inând insa seama de toxicitatea acestei substante, s-a propus inlocuirea ei cu particule de apa sarata, capabile sa produca nori de mari dimensiuni si având acelasi rol de „frâna" in calea razelor solare. Totusi, exista destule voci ce se opun acestor proiecte, considerându-le „fanteziste" si cu potentiale efecte adverse mai mari decât beneficiile.

Expertii NASA considera ca lansarea unor rachete menite sa instaleze miliardele de lentile in spatiu este o „idee SF", in vreme ce si alti specialisti se tem ca asemenea solutii, dincolo de riscul pe care-l presupun, pentru siguranta vietii pe Terra, vor fi total ineficiente. „Deocamdata, singurul lucru care si-a dovedit utilitatea este reducerea emisiilor poluante. Când omenirea va intelege ca acest lucru e esential pentru supravietuirea ei, proiecte de genul celor de mai sus vor fi privite cu detasare si umor", crede Lennart Bengtsson, de la Institutul National de Meteorologie din Germania.

Gabriel TUDOR - magazin.ro

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By Admin (from 04/04/2011 @ 11:00:00, in it - Scienze e Societa, read 2238 times)

Se amate l'escursionismo montano e volete conoscere una delle più fantastiche dimore di Ludwig II di Baviera (ma poco conosciuta dal turismo internazionale), dovete assolutamente recarvi a Schachen per visitare lo chalet alpino in stile svizzero dove il re amava rifugiarsi in tutta solitudine tra le sue adorate montagne, lontano dalla politica di Monaco.

La Schachenhaus, meglio conosciuta come castello di caccia (Jagdschloss), in realtà è un piccolo chalet in legno che il re fece costruire nel 1869 sull'Alpe di Schachen a 1.866 metri d'altezza. Può essere definita la residenza "celeste" di Ludwig.
 
Il pianterreno è costituito da un ingresso dove si trova un busto del re, dalle camere private di Ludwig (lo studio, la stanza da letto, la sala da pranzo) e da una stanza per gli ospiti. Il piano superiore è completamente occupato da un grande salone arredato in un fantasmagorico stile turco che lascia il visitatore a bocca aperta, ripagandolo per la fatica sostenuta.
 
Le grandi vetrate colorate, i tendaggi, le lampade, i tappeti, i cuscini ed il soffitto stellato sono un trionfo dell'Oriente che tanto affascinava il sovrano. Qui Ludwig trascorreva le sue notti come un sultano circondato dai suoi lacchè vestiti all'orientale e fumando il narghitè alla ricerca del suo Nirvana.
 
Sotto lo chalet c'è un piccolo giardino botanico che raccoglie la flora montana ed un pò più sopra un belvedere panoramico.
 

Ludwig si recava a Schachen quasi sempre nel mese di agosto e qui festeggiava il suo compleanno e onomastico che ricorrevano il giorno 25, festa di San Luigi.
 
Anche oggi, in questa ricorrenza, si celebra una Messa all'aperto di fronte allo chalet per ricordare questo re tanto amato dalla gente di montagna.
 
Per arrivare a Schachen, partendo da Garmish-Partenkirchen, si deve andare in direzione est verso Krün/Mittenwald. Al paese di Klais girare per Schloss Elmau (strada a pedaggio) dove è possibile lasciare la macchina a circa 1.000 metri d'altitudine. Da qui, percorrendo a piedi una stradina, si sale ai 1.866 m. di Schachen dopo una camminata di circa 3 ore e mezza attraverso boschi e alpeggi: è una fatica necessaria per conoscere meglio l'incredibile Ludwig.
 
Il re naturalmente non faceva questa fatica e raggiungeva lo chalet a cavallo oppure su una piccola e robusta carrozza preceduto dai carri che trasportavano la servitù e le vettovaglie. Sotto lo chalet è in funzione una piccola locanda dove si può mangiare ed eventualmente pernottare previa prenotazione al numero +49 (0)8821 2996 (posti limitati).
 
La Schachenhaus è aperta tutti i giorni dall'inizio di giugno fino ai primi di ottobre. Le visite sono guidate e si svolgono alle ore 11, 13, 14 e 15.

Fonte: tuttobaviera.it

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By Admin (from 04/04/2011 @ 08:00:01, in en - Science and Society, read 1558 times)

A team of physicists has taken a big step toward the development of useful graphene spintronic devices. The physicists, from the City University of Hong Kong and the University of Science and Technology of China, present their findings in the American Institute of Physics' Applied Physics Letters.

Graphene, a two-dimensional crystalline form of carbon, is being touted as a sort of "Holy Grail" of materials. It boasts properties such as a breaking strength 200 times greater than steel and, of great interest to the semiconductor and data storage industries, electric currents that can blaze through it 100 times faster than in silicon.

Spintronic devices are being hotly pursued because they promise to be smaller, more versatile, and much faster than today's electronics. "Spin" is a quantum mechanical property that arises when a particle's intrinsic rotational momentum creates a tiny magnetic field. And spin has a direction, either "up" or "down." The direction can encode data in the 0s and 1s of the binarysystem, with the key here being that spin-based data storage doesn't disappear when the electric current stops.

"There is strong research interest in spintronic devices that process information using electron spins, because these novel devices offer better performance than traditional electronic devices and will likely replace them one day," says Kwok Sum Chan, professor of physics at the City University of Hong Kong "Graphene is an important material for spintronic devices because its electron spin can maintain its direction for a long time and, as a result, information stored isn't easily lost."

It is, however, difficult to generate a spin current in graphene, which would be a key part of carrying information in a graphene spintronic device. Chan and colleagues came up with a method to do just that. It involves using spin splitting in monolayer graphene generated by ferromagnetic proximity effect and adiabatic (a process that is slow compared to the speed of the electrons in the device) quantum pumping. They can control the degree of polarization of the spin current by varying the Fermi energy (the level in the distribution of electron energies in a solid at which a quantum state is equally likely to be occupied or empty), which they say is very important for meeting various application requirements.

Source: EurekAlert

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By Admin (from 03/04/2011 @ 14:00:57, in en - Global Observatory, read 2411 times)

Researchers are developing a new class of "plasmonic metamaterials" as potential building blocks for advanced optical technologies, including ultrapowerful microscopes and computers, improved solar cells, and a possible invisibility cloak.

The new materials could make possible "nanophotonic" devices for numerous applications, said Alexandra Boltasseva, an assistant professor of electrical and computer engineering at Purdue University.

Unlike natural materials, metamaterials may possess an index of refraction less than one or less than zero. Refraction occurs as electromagnetic waves, including light, bend when passing from one material into another. It causes the bent-stick-in-water effect, which occurs when a stick placed in a glass of water appears crooked when viewed from the outside.

Being able to create materials with an index of refraction that's negative or between one and zero promises a range of potential breakthroughs in a new field called transformation optics. However, development of new technologies using metamaterials has been hindered by two major limitations: too much light is "lost," or absorbed by metals such as silver and gold contained in the metamaterials, and the materials need to be more precisely tuned so that they possess the proper index of refraction.

Now, researchers are proposing a new approach to overcome these obstacles. Findings will be detailed in the journal Science. The article was written by Boltasseva and Harry Atwater, Howard Hughes Professor and a professor of applied physics and materials science at the California Institute of Technology.

The researchers are working to replace silver and gold in materials that are created using two options: making semiconductors more metallic by adding metal impurities to them; or adding non-metallic elements to metals, in effect making them less metallic. Examples of these materials include aluminum oxides and titanium nitride, which looks like gold and is used to coat the domes of Russian churches.

Researchers have tested some of the new materials, demonstrating their optical properties and finding that they outperform silver and gold, in work based at the Birck Nanotechnology Center in Purdue's Discovery Park.

Plasmonic metamaterials are promising for various advances, including a possible "hyperlens" that could make optical microscopes 10 times more powerful and able to see objects as small as DNA; advanced sensors; new types of light-harvesting systems for more efficient solar cells; computers and consumer electronics that use light instead of electronic signals to process information; and a cloak of invisibility.

Optical nanophotonic circuits might harness clouds of electrons called "surface plasmons" to manipulate and control the routing of light in devices too tiny for conventional lasers.

Some of the new materials are showing promise in uses involving near-infrared light, the range of the spectrum critical for telecommunications and fiberoptics. Other materials also might work for light in the visible range of the spectrum. The new materials might be tuned so that their refractive index is ideal for specific ranges of the spectrum, allowing their use for particular applications.

Future photonics technologies will revolve around new types of optical transistors, switches and data processors. Conventional computers transmit and process pieces of information in serial form, or one piece at a time. However, future computers may use parallel streams of data, resulting in much faster networks and computers.

Source: Purdue University

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www.TurismoAssociati.it

Non-Hodgkin lymphoma cured by CANNABIS. The video of Stan and Barb Rutner.

Dr. Joycelyn Elders, U.S. surgeon general: Myths About Medical Marijuana in The Providence Journal, 2004.

Marihuana vindeca CANCERUL: marturii despre uleiul de cocos si canabis.

Yahoo Incorporated Mail. My account recovery information is incorrect. The Password Helper says my password can't be reset online. "First time signing in here?" message.

All information in a video about Donatio Mortis Causa and The Venus Project

What is TOR browser?

Trump orders environmental notice to San Francisco on homeless

Canada's Trudeau apologizes for dressing up in brown face, election chances could suffer

Reactions to Canadian PM Trudeau's brown face 2001 picture

Asian shares turn lower on guarded Fed, yen rises after BOJ

Partial transcript of remarks by Canada PM Trudeau over brown face incident

Canada Conservative leader says Trudeau brown face picture shows he's unfit to govern

Ultimele articole - Antena3.roHOROSCOP DRAGOSTE 19 SEPTEMBRIE. Scorpionii trebuie sa fie sinceri cu partenerii lor, Taurii î?i fac planuri de viitor

HOROSCOP. Sfatul Arhanghelul Mihail pentru 19 septembrie. Sagetatorii trebuie sa faca mi?care, Capricornii trebuie sa o ia mai u?or

HOROSCOP 19 SEPTEMBRIE. Racii au o veste grozava, dar trebuie sa fie discre?i, Pe?tii sunt talentan?i

CALENDAR ORTODOX 19 SEPTEMBRIE. Ce sfin?i sarbatorim astazi?

Un român se plimba pe o strada în Madrid, când a avut parte de surpriza vie?ii sale. „Te a?tep?i la orice, dar nu la asta! Îmi venea sa plâng, nu alta!” (VIDEO)

Accident teribil pe A1, între Ilia ?i Deva. Doi barba?i au murit dupa ce au fost lovi?i de un TIR





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