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Google Project: Google DeepMind

Google Project: Google DeepMind

In a research report, Google DeepMind has presented a new artificial intelligence that learns to use its own memory. The researchers describe how their “differential neural computer” (DNC) used information to answer complex questions – similar to a human being.

The Google DeepMind team has published its research results in the scientific journal Nature. This shows that DNC has been equipped with an external storage unit and has itself been used in the trial-and-error method typical of regular neural networks. The paper states: “When a DNC issues a response, we compare it to an intended correct answer. Over time, the control unit learns to generate responses that are closer and closer to the correct answer. In the course of this process, she learns to use her own memory. ”

In their experiment, the scientists fed their AI with the full London metro timetable. Then she could answer complex questions by incorporating the stored information into a deductive thought process.

In view of the increasing demand for computing power and cooling, the insights gained at Google are seen as a small revolution. Certainly because it had now proved the power of DeepMind – one of the best Google Projects which is in practice. In the experiment, the team of the AI had to make certain specifications at the beginning. For example, which functions are required when and how.

The results are impressive and illustrate the evolution that artificial intelligence is currently undergoing. Google DeepMind offers much greater performance than machine learning. The artificial neural networks are able to condition their thinking processes. For a look, the Google researchers lastly provided with their AlphaGo AI, which was able to defeat the Go World Champion Lee Sedol.

In the game Gathering, the two AI systems had to collect as many apples as possible. Players can also bombard enemies with a laser. If a player hits, the opponent is removed for a while. The first player then has no competition in the collection. An aggressive approach could therefore be promising in the game of Google DeepMind.

The Ai agents of Google DeepMind reacted quite humanly: They learned that bellicose behavior is appropriate when resources, ie the apples, are scarce. As long as there were enough apples, the systems were content with collecting.

However, if only a few apples were available, the AI players would rather take the laser to beat the opponent one and put him out of action. “A less aggressive behavior results from a learning process in a relatively rich environment with fewer possibilities for complex measures,” the researchers write in an essay.

The image changed when a more powerful AI which is one of the Google Projects came into play that could use more complex strategies. She tended to shoot at the enemy, no matter how many apples were still there.

As with the first, the AI players of Google DeepMind also learned about this in the course of the second game. In contrast to Gathering, the more powerful AI systems had noticed that cooperation was the strategy that led to success. The greater ability to use complex strategies has led to more practices between the AI agents, the researchers say.

The behavior of the AI agents in Google DeepMind therefore varies depending on the situation in which they are: If the agent has more success through aggression, he is aggressive. If cooperation appears the better variant, he cooperates. Through their study they are now able to summarize the researchers.

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Google Project: Project Jacquard

Google Project: Project Jacquard

The technology used in the Project Jacquard assures that it is really convenient, more sophisticated than any other Google Projects! This one is the best of all existing Google Projects that is really awesome to discuss. At the developer conference Google I / O, the Internet company will show how technology and clothing can get united to offer us the exciting and elegant experience in the upcoming future. In the Project Jacquard, Google researchers are working to make fabric as touch-sensitive like a touchpad. Google has now publicly shown the possibilities for this through a project name Project Jacquard.

At first sight, the long fabric looks like any other standard fabric. But when you look closely, you can able to recognize in a few places a fine tissue like textures. When you slide over finger over it, I feel its special structure – and it has the effect of a touch screen in the fabric. As the first partner of Google’s project named Project Jacquard, Levi’s wants to make its clothes smart. Users should be able to use their smartphones via shirts and trousers.

Example 1: A smartphone can be connected to your stylishly worn tuxedo. If you tap that special fabric, you can start and stop the music playback of the device. With a finger to the left or right you can jump from one title to another. Wipe up or down, you adjust the volume.

Example 2: Light bulbs hang over the table – you tap on the fabric, you can turn it on or off. With wiping up and down you can change its color, by finger swiping left and right you can adjust the brightness.

The electrically conductive threads woven into the conventional fabric make it possible. The goal of Google is to create fabrics that can accept commands like touch screens, but can also be made and washed like conventional fabrics.

Levi’s wants to process smart fabrics in collaboration with Google as the clothing company announced at the I / O developer conference in San Francisco. Levi’s is thus the first partner of Google’s project named as Project Jacquard. Under this name Project Jacquard the search engine giant wants to bring interactive substances onto the market. This allows users to accept calls via touching the shirt sleeves and to operate their smart devices through their clothes through conductive yarn and sensors that are embedded intelligently. Gestures and touches are thus to be recognized and sent as commands to their smartphones.

With the project Jacquard, Google wants to offer designers and developers the possibility to integrate connected, touch-sensitive textiles into their own products. Paul Dillinger, Head of Global Product Innovation at Levi’s, explains, “In our digital world, people are continually struggling to be physically present in their environment while remaining digitally connected. Through this wonderful Google Projects and Levi’s under the Project Jacquard provides one Completely new value for customers.

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Google Project: Google Open source

Google Project: Google Open source

The Google open source obtains a new prospect in the world of Internet. The company will integrate its activities, on the far side of the literal codification and this can be viewed in

Google influence this through a blog where Will Norris from the Open Source Programs Office also consistently proclaimed the commencement of the website.

Will Noriss, the chief of the Google Open source programs consistently proclaimed the commencement of its website.

In this excellent website we can come across an summary of Google open source projects and also offer information on substantiated organizations.

The fantabulous learning software called Tensorflow, the cluster networking software Kubernetes and the Go Programming Language are the few examples that have been emerged from the Google open source programs.

More auspiciously it had acquainted a new program called as Remixer that comprises of the libraries and etiquettes that permits the mutuality of arrangement values and live flawlessness of apps during the devolution procedures.

Remixer which is one of the Google Project permits us to easy delineate UI covariant in an app that can be attuned while it is spouting. This can aid us and the aggroup to ingeminate very apace on plan issuance because we do not demand to make or even resume the app to view the modification reverberated.

It is the most engrossing tool that Google is making over, because it proceeds with the content as well as tools that technologists have used to ingeminate on their piece of work and offers them to more ingenious people. It is besides the kind of thing that may have made the own Brand name brush up procedure a little easygoing.

This wonderful Google Project is acquirable in three different programs (Android, iOS and JavaScript) as well as all of them assist setting up a Remote that permits us the modified protean from a web control panel.


A Remixer multivariate is having a unparalleled key connected with it, and can be of type Boolean, Colour, Figure or Series.

Protean assistance being stage-struck to a controlled set of values to offer us better activity of what can adapted. Designative variables could also be re-formed as round-the-clock or distinct ambit.

Web Remote Controller

Remixer from Google Open Source can be premeditated to exchange a Remote Controller. In this manner the variables can be denaturised from right the app, countenance us to get together with different people and support the UI free of sheathing. Ensure to check up on the Remote Controller repo to find out more about this attribute.

The Remixer the best of Google Project countenance app Creator to make over paradigm of apps that you can move with straight off — thus you can both demonstrate the plan and alter it on the gadget/ website. There is also Level, that paces up the modelling procedure and permits app creators to examine as well as exhibit movement in the apps at much earlier levels.

It is nerdy in an intriguing way, permitting specialists as well as app creators to get go playing around with how their programs will appear and work way earliest in the procedure than before.

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Google Project: Project Tango

Google Project: Project Tango

Google’s Advanced Technology and Projects Group (ATAP) has developed the prototype of a smartphone that scans the environment using 3D sensors to create a three-dimensional model. The results are intended to further advance the trend themes of indoor navigation and augmented reality. At a press conference in the US, Lenovo announced that it would be really good if there was a Project Tango for the Moto-Z smartphones. This is consistent with Android Central, Engadget and PC Mag. It was rather an utterance that such a product should be offered. The Phab 2 Pro is developed at Lenovo in a different department than the Moto smartphones. A further example, which has been shown by Google for a long time, is the selection of furniture that can be placed virtually in the home or in a house. Also in the games area, Project Tango offers with its AR-possibilities numerous uses.

Known as, Google’s $ 2.9 billion sale of Motorola Mobility to Lenovo has kept a small special group, the Advanced Technology and Project Group, headed by former DARPA director Regina Dungan. After the project ARA, this presented another interesting smartphone concept called Project Tango which is one of the best Google Projects.

Project Tango is an Android smartphone with a 5-inch touch screen, which can capture a three-dimensional map of the environment using three cameras. The sensors are designed to perform more than 250,000 measurements per second, thus creating a room in real time and correlating with their own position. The prototype runs on Android and has some development interfaces for passing on position, orientation, and depth to standard apps for Android, written with Java, C / C ++, and the Unity Game Engine. However, according to Google, prototypes, algorithms and APIs are still under development.
As program manager Johnny Lee for Project Tango presents in a Google + post, Tango which is one of the best Google Project is intended to offer mobile terminals a human-like concept of space and movement. This is intended to allow users to create a 3D model of the apartment by simply walking around, which later helps with the purchase of furniture. It is also conceivable to provide indoor navigation as a service for strangers or visually impaired persons with the help of the generated data. When shopping in the supermarket, customers could search for a product and then navigate to the appropriate shelf.

Although Google ATAP has been working on it for a year, the Project Tango is still at an early development stage and is initially only available to a limited number of developers. According to Google, many of these first 200 Project Tango devices are going to companies that are active in game development, data processing, navigation and mapping. However, the company has put aside some prototypes for “applications that they have not yet thought about”. Interested parties can submit their application by the 14th of March at During the course of the year Google wants to present information on algorithms and APIs, Project Tango will surely also be an important topic at the Google I / O developer conference in late June.

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Google Project: Research at Google

Google Project: Research at Google

The Research at Google has created the most efficient Google’s HR team start out to reply this inquiry using data as well as exact synthesis: What is the secret that makes the Google team ..the most effective? Read on…

During the past half a decade, Research at Google that makes itself the best open proselytizer of how studying persons can transubstante fecundity that became convergent on building the consummate aggroup.

Ten years ago, Google has been played out with millions of dollars to create the best Google Project to mensurate almost all prospects of lives of its employees. Its operations administrative division has size up everything from how ofttimes specific people dine conjointly (the most amentaceous employees incline to build ample system by circumvolving dining friends) to which attributes the top grade managers share (startling, good communication as well as obviating micromanaging is pettifogging; more lurid, this was word to a lot of Google managers who are performing Research at Google). Its top executive directors long considered that to structure the foremost teams meant combine the most excellent people. They clenched other flecks of customary cognitive content as well, like ‘‘It is healthier to set persons unitedly,’’ said, a managing director in Google’s People Analytics division

Over the past two years they have demeanour a lot of interviews with their workers as well as looked at a lot of 250 abstractions of 180+ progressive Google teams who performs Research at Google. They were very much assured that they would explore the clean mix of respective dimensions and acquisitions that are essential for a prima team — For the best example, The Rhodes scholar team that contains two extraverts an engineer who rocks.

The secret behind the successful google team that performs Research at google lies with these five key dynamics

  1. Psychological safety: the members of the team feels totally innocuous to take perils and be vulnearable in front of other team members
  2. Dependability: the members of the team that are at great Google Project get done things on time and consult google higher executives for excellency
  3. cognition and lucidity: The member team have clear goals, its roles and plans
  4. Meaning of work: The work is impersonally crucial to members of the team
  5. Effect of work: This great team believes that their work truly matters and creates great positive changes

This great team members that Research at Google do not keep themselves otiose with their data they acquired. They act. So they make over a instrument called the gTeams exercise: – they check on the five dynamics, a study that sum up how the group is doing, a live oral communication to talk about the outcome, and bespoke developmental rootages to assist teams better. During this year, nearly 3,000 Googlers among 300 teams have made use of this tool. Among those Google teams that Research at Google, pick out a new unit criterion — like embark on each team meeting through shares a perils taken in the past week — developed 6% on psychological condition ratings as well as 10% on cognition and pellucidity ratings. They said that having a hypothesis around team potency as well as a forcing utility to talk about these kinetics was lacking antecedently and by far the most impactful part of the content.


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Green Energy is Possible with Tellurium

Green Energy is Possible with Tellurium

Researchers around the geoscientist Bram Murton have found large quantities of rare earths in the deep sea. The deposit is located about 480 kilometers from the coast of the Canary Islands. It is a gigantic submarine, which could be made of the semi-metal tellurium – 1000 meters below the surface. The first five centimeters of the crust are said to contain about 50,000 times more of the rare earth than any deposit on land.

The discovery story of the element tellurium took place in the last two decades of the 18th century. The Austrian chemist and mineralogist Franz Joseph Mueller von Reichenstein observed a lower gold yield than expected in 1782 on gold rulers from Sibiu, Romania. The additional minerals contained were believed to be antimony sulphide or bismuth sulphide, which, however, excluded Muller von Reichenstein on the basis of his experiments. He suspected a new metal, which he gave the names “problematic metal” and “paradoxical gold”.

The questions were clarified only about a decade later, after the Berlin chemist Martin Heinrich Klaproth had received the rehearsals. He succeeded in the extraction and first re-presentation of the new element. In 1798, however, Klaproth acknowledged Miller von Reichenstein as the discoverer, but named the element himself with the “Tellurium” borrowed from the old Mother Earth (lat. Tellus).

Tellurium is a very rare occurrence on earth. The proportion of the earth’s crust is only 0.001 ppm or 1 gram per thousand tons of rock. This makes it even rarer than gold. It is sometimes found in elementary form, but mainly in the form of tellurium minerals, of which the calaverite (gold ditelluride, AuTe2), the sylvanite (a mixed silver / goldtelluride, (Au, Ag) 2Te4) and tellurite (tellurium dioxide, TeO2).

The frequent socialization of the tellurium with ores of the noble metals copper, silver and gold ensures its enrichment in the production process. In the production of refined copper by the electrolytic refining of raw copper, tellurium is deposited in the anode sludge as water-insoluble precious metal stellurides M2Te (M = Cu, Ag, Au). Only 180 tonnes of tellurium are produced every year.

The rare semimetal is interesting for use in ultra-efficient solar cells. How harmful the degradation is to the environment can not be said yet.

Geoscientists have discovered large quantities of rare metal tellurium in an underwater reservoir off the coast of the Canary Islands, reports Technology Review in its online edition (“More green energy thanks to metals from the deep sea”). A mountain, 1000 meters in depth, is said to have a larger tellurium content in its crust than any deposit on the dry land.

Tellurium can be used in particularly efficient solar cells. The dilemma when drilling the deposit is now whether the related risk to the environment should be addressed. Such deep-sea fuels have aroused appetite for several years. China would very much like to promote metals under the Indian Ocean – and is about to start the corresponding processes.

For deep-sea mining, demand for rare earths and precious metals is growing steadily. They are used in numerous electronic devices, in electric cars and in technology for the production of renewable Green energy. The dismantling is by no means ethically clean – the issue of “conflict metals” as well as the poor working conditions in Africa, for example, are driving the industry out.

The promotion of deep sea water could provide a remedy here and still be extremely lucrative for the sponsoring companies. With the silvery shine and the sharp edges are crystals of tellurium of selected beauty. They let us think it was a metal. However, the crystals are soft and brittle. They are easily crushed to powder. If the electrical conductivity is determined, the electrical resistance decreases with increasing temperature, which is the typical behavior of a semiconductor and not of a metal.

The crystal structure of the tellurium provides an explanation for this. There are spiral chains of tellurium atoms with short distances within the chain of 284 pm. Each tellurium has four neighbors from adjacent spiral chains, each of 350 pm. Taking into account all six neighbors of each tellurium.

In the noesis structure, tellurium shows its character as a main group element. The formation of the two short, localized bonds of each tellurium atom prevents the metallic conductivity. On transition to the liquid phase, above the melting point of 450 ° C., the conductivity increases by a factor of 15. In the molten state, the bonding and electron localization is no longer present.

Tellurium treasure in the sea

Tellurium is extremely important for the green energy sector. The semi-metal is found in some of the most efficient solar cells on the planet. The fact that the rare earths – as the name implies – occur in relatively small quantities and can only be promoted with comparatively great effort makes the solar power generators more expensive. The new deposit in the deep sea could partly change this: at least 2670 tons are to be taken from the sea, which is a twelfth of the world’s production.

Growing demand for rare earths

For deep-sea mining, demand for rare earths and precious metals is growing steadily. They are used in numerous electronic devices, in electric cars and in technology for the production of renewable energy. The activity is by no means ethically clean – the issue of “conflict metals” as well as the poor working conditions in Africa, for example, are driving the industry out. The promotion of deep sea water could provide a remedy here and still be extremely lucrative for the sponsoring companies.

However, no one knows what impact the deep sea promotion could have on the underwater life. They could be very negative. An analysis of deep sea degradation work carried out recently showed that even test bores can damage marine ecosystems.

Maritime mining with consequences

Larger projects could be even more problematic. If the natural processes in the deep sea are disturbed, this could have a negative impact not only on the marine population, but possibly even on the influence of weather patterns.

Business and research: the question of what is more important is to reduce the resources needed to produce significant amounts of green energy? Or do not touch nature and avoid potentially major damage to our oceans? Whether the purpose here sanctifies means is not yet settled. What is clear is that there is a great potential under the ocean.

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Google Project: Google Calico

Google Project: Google Calico

It is probably the most ambitious Google project: exploring eternal life, healing from death. The company Calico which is one of the best Google Project was founded.

The cure of cancer is a task that is too small for Larry Page. The Google founder, 42 years old with a strong graying head, has made something bigger. He wants to stop aging. Death. “One of the things that I find astounding is the fact that you add about three years to the average life expectancy of humans when you solve cancer,” he philosophized in an interview with the magazine Time.

The man who sorts the information of the world sees himself as a visionary. He invented Google with his co-founder Sergey Brin in 1998 to make knowledge accessible to the masses. Google is aware of our data, our worries, and the greatest humanity: death. The life expectancy has doubled since 1840 and increases every four years by one year. But it remains that after a few decades our end is waiting. A pill against aging has not yet invented. The company has developed this knowledge. And as old as the fear of death is the dream of eternal life, in which death is not unavoidable, but curable as a disease.

In 2013, Google established a subsidiary named California Life Company, Calico which one of the best Google Project. “We are going to age, one of the biggest puzzles of life,” is the mission of the company, of which no one knows exactly what it is doing. So far, Calico – the best google project was a Google daughter, now she is a Google sister. Page is now rebuilding the Group and is sorting all business areas under a holding called Alphabet. Google is one of the holding companies, Calico is one of the best google project, as well as companies that deal with topics like self-propelled cars or the supply of the world with Internet access via drone. They should all be under the alphabet roof more freedom and independence than before. And if they write high losses, that does not hurt the business figures of Google. Page has baptized these side projects “moon shots” – moonflights – because they are so visionary. And with hardly one of the Moon Shots is about as much as with Calico – the best google project.

For a long time, a serious struggle had been made to convince scientists of the feasibility of the cure of death, the biomedical researcher and researcher Aubrey de Gray writes in an essay. “Since Google’s decision to use its astronomical resources for a targeted attack on aging, this struggle could be overcome: if financial restrictions are eliminated, Griesgrame will no longer play a role.” Page has brought the best researchers together for its largest Moonshot Calico. Above all the molecular biologist Arthur Levinson, called Art, one of the pioneers of the Silicon Valley and today the supervisory board of Apple. He is the boss of Calico – an excellent google project.


The 65-year-old is a respected person and a genius in the field of biotechnology for physicians, scientists and technicians. Even as a child, he became enthusiastic about physics and astronomy, later studied biochemistry. In 1980, he joined Genentech as a biotechnology company, where he headed the company’s drug discovery business and was then almost 20 years in the board of directors and later on the company’s board of directors. New and breakthrough therapies have been its hallmark, such as the cancer drugs Avastin and Herceptin. The funds are tailored to the genome, have a specific effect. The medicines are being marketed by the Swiss pharmaceutical company Roche, which Genentech took over in 2009 and is still benefiting from Levinson’s research potential.

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How Some Battery Materials Expand Without Cracking

How Some Battery Materials Expand Without Cracking

Why some battery materials expand without cracking?

It is a rule of nature that metals, when heated, expand and when cooled, they contract. Frequent changes in temperature can cause this expansion and contraction, which can potentially lead to their cracking. But it is really surprising how electrode materials present in battery sustain these cycles of expansion and contraction without any signs of cracking.

Mechanism of charging of Battery

When a battery is charged, the ions carrying electrical charge travel from one electrode to the other. When the battery starts charging, ions or electrons move from the cathode to the anode. This process is responsible for the expansion and contraction of the electrodes.

Why batteries do not crack?

Lithium-ion batteries regularly expand and shrink when heated and cooled, respectively, during charging and discharging. If the material fails to accommodate this particular strain, the battery may fail to function. However, it is the molecular composition of some electrodes that primarily protect them from cracking in spite of expansion and contraction.

The electrodes are generally made of crystalline materials. The atoms present in these materials are always arranged very neatly in consecutive arrays. While being charged or discharged, the arrangement of the array is disturbed and the atoms take a disordered shape of a glass to withstand the changes occurred in dimension. This helps them to take the stress while expanding and contracting and they remain intact without cracking.

These research findings have been made possible by a team from Rice University, MIT, the University of Southern Denmark, and Argonne National Laboratory. They have found out this secret in the material of the electrodes and these new findings can open up new ways of creating high capacity batteries with longer lives.

The team dealt with sodium ion batteries for their research and used sodium-iron-phosphate (NaFePO4) and phospho-olivines as potential electrodes or battery cathodes. They found that the expansion can be gradual or rapid depending upon the composition of the electrodes. For instance, the change comes very rapidly for the sodium-iron-phosphate electrodes and it changes the volume drastically by 17%.

Usually, under normal theoretical conditions, soft materials would crack with even 1% change in volume. But in this case, the atoms change their neat order and assume the disorderly shape of a glass to adapt to the volume changes. This is precisely the reason why some battery materials do not crack in spite of regular cycles of heating and cooling.

Future prospects

These findings from the team have opened up new potentials for creating applications of electrode materials where the volume changing property can be put to use. The olivine compounds can also be used in various compositions to devise new ways of creating crystalline materials that have this wonderful property of adapting to volume change.

This may lead to creation of glassy battery materials in future. It may also lead to the use of such materials for batteries that were previously thought to be incapable of handling volume change during the process of charging. Therefore, new generation batteries may have greater capacities to function for long durations while perfectly withstanding the volume change brought about by expansion and contraction.

Ref: Battery Cracking


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Google Project: Google Public Data Explorer

Google Project: Google Public Data Explorer

The Google Public Data Explorer – A tool to visualize large public records with few clicks

The large data (bank) providers, e.g. The German Federal Statistical Office (Destatis), the European Commission (eurostat) or the Organization for Economic Cooperation and Development (OECD) now provide the general public with important data on economic or political issues. These data range from the unemployment rate in Germany over the income levels of individual countries to the international macroeconomic development. The fact that the public interest in such data is of great importance is not surprising.From students to journalists to political decision-makers, work with these data! However, it is problematic to compress and visualize the sometimes huge amounts of data for their own purposes, since not everyone has the sometimes necessary statistical knowledge. A tool from Google with the name Google Public Data Explorer helps.

The Google Public Data Explorer allows users not only to search large data sets from public providers, but also offers the possibility to graphically represent certain relationships. The user can also make individual settings or choose between different diagram types.

These graphics can be linked or linked to their own website. Embedded diagrams can be updated automatically so that the results shown are always up-to-date. The Google Public Data Explorer which is one of the Google Project thus provides a convenient solution for the presentation and visualization of public data, especially for those with little or no statistical knowledge.

“Google Public Data Explorer” for more dynamic:

The parade example from Google shows a graphic, which visualizes the comparison of the birth rate and life expectancy in different countries. The big advantage of this is that the year can be changed with a slider. So you can quickly and easily observe the development in recent years.

This new version of Google Public Data Explorer, of Hans Rosling emerges that make it easier to understand the world we live in. Not in vain is it a tool based on Gapminder, the technology that Google acquired years ago, which has long been published improved and increased within Google Project. At this time, Google has been adding more and more data to demonstrate the utility of the Tool and receive proposals from users.

The first is to use a lot of public data mainly on demography and economics to create elaborate graphs that change over time and according to the different regions and countries, so that they can be studied from all possible points of view.

The new test data set is more than 30 databases but the main novelty of this version is that now anyone can add their own information to use the tool as a powerful viewer of the area of ​​knowledge that interests you. In the Google Public Data Explorer FAQ, there is a good explanation of how the invention works, still in the “experimental” phase and a well-crafted presentation of a few screens to understand the idea quickly.

Public data for Google Tool

The data for the dynamic statistics can be obtained from a wide range of freely accessible sources. In addition to American data supporters such as the US Census Bureau or the US Bureau of Labour Statistics, information is also obtained from European sources that have been updated regularly for this Google Public Data Explorer project. These include the World Bank, the OECD and the statistical authority Eurostat. All these data from these institutions are public and can be processed further.

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Cassini Spacecraft: What You Need to Know About NASA Probe’s Bold Mission Inside Saturn’s Rings

Cassini Spacecraft: What You Need to Know About NASA Probe’s Bold Mission Inside Saturn’s Rings

The world has been in constant touch with what is known as the technology.  The space technology is something that the world has always been amused and mesmerised. The space technology has crossed leaps and bounds to surprise as well as give us the satisfaction. Recently, the space technology has made a breaking news with the Cassini spacecraft. Well, ever since the Cassini spacecraft has come into the by reaching where no previous device has been able to reach. The journey has begun on Wednesday. Finally, it would descent amidst the region of Saturn and its innermost ring.


The grand finale will have the depression frequently in and out of the 22 times in rings of the planet. Over the next couple of months, it would do the same before getting burned up in the atmosphere when it enters the main process of the mission – entering the atmosphere of none other than Saturn.

The Cassini spacecraft has been revolving around the planet for more than 13 years now.  But finally it has now started to adjust its motion with respect to the planet. The motion of the Cassini spacecraft has created a mild fear among the NASA scientists as it may cause damage in one of the satellites of the Saturn instead of looking for the traces of life on the land. To commemorate the historic event Google as designed Doodle which has the probe with excellent features.

Cassini Spacecraft _2


Well, it was a joint project which was signed between NASA, the European Space Agency and the Italian Space Agency. The project was Cassini-Huygens which was launched in the year 1997. On 1st july, 2004, the spacecraft arrived at Saturn. From that time period, it has been revolving around the planet. The probe of the Huygens which was attached with the Cassini spacecraft was united till 2005. After that they got detached and in the year 2005 it landed on the moon of Titan. Since then it has been entertaining us with the exclusive images of the planet as well as the moons.

Cassini Spacecraft _3


Well, the contribution of the probe can’t be ignored and also in discovering the moons of the planet Saturn. Now, one thing is confirmed that the moons are the most welcoming areas in the universe. A fortnight ago NASA has declared that the chemical reactions were detected by the Cassini spacecraft. This is indeed wonderful. The chemical reactions were found under the frozen surface of the Enceladus which indicated that the life is possible on that area. There were some other discoveries too which were outstanding. The major discovery was that the moon Titan had many similarities of that our own Earth. The atmosphere consisting like wind, rain and the water are same. The recent report suggested that the Cassini spacecraft was flying close to the Titan in order to trying to enter the orbit.

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