Hey—we've moved. Visit The Keyword for all the latest news and stories from Google

Our recent Doodle celebrating the 100th edition of the Tour de France

The Tour de France is using a variety of Google products to help you experience the race like never before, including a YouTube channel, a Google+ page and an Android app where you can keep up with this 100th edition. We’ve also used Google Maps and Street View to create a new interactive experience that lets you feel what it’s like to pedal alongside the greats. Put on your helmet and cycle along at g.co/yourtour.


So what are you waiting for? Line up and get started!


Here’s how it works: O2, the wind farm developer, has obtained planning approval to build a new 72MW wind farm at Maevaara, in Övertorneå and Pajala municipality in northern Sweden, using highly efficient 3MW wind turbines. We’ve committed to buying the entire output of that wind farm for 10 years so that we can power our Finnish data center with renewable energy. That agreement has helped O2 to secure 100% financing for the construction of the wind farm from the investment arm of German insurance company Allianz, which will assume ownership when the wind farm becomes operational in early 2015.

This arrangement is possible thanks to Scandinavia’s integrated electricity market and grid system, Nord Pool. It enables us to buy the wind farm’s output in Sweden with Guarantee of Origin certification and consume an equivalent amount of power at our data center in Finland. We then “retire” the Guarantee of Origin certificates to show that we’ve actually used the energy.


As a carbon neutral company, our goal is to use as much renewable energy as possible—and by doing so, stimulate further production. The Maevaara wind farm not only allows us to make our already highly energy-efficient Finnish data center even more sustainable, it also meets our goal of adding new renewable energy generation capacity to the grid.

Of course, using renewable energy is good for the environment, but it also makes long term financial sense. That’s why, in addition to protecting ourselves against future increases in power prices through long-term purchasing for our operations, we also invest in new renewable energy projects that will deliver a return for our money. In recent years we’ve committed more than $1 billion to such projects in the U.S., Germany and, just last week, South Africa. We’ll continue to look for similar opportunities around the globe.


Second, as a followup to our film about Colossus, we’re pleased to share a personal story of the Bombe, as told by one of its original operators, Jean Valentine. Women like Jean made up the majority of Bletchley Park’s personnel—ranging from cryptographers, to machine operators, to clerks. In her role operating the Bombe, Jean directly helped to decipher messages encoded by Enigma. In this film Jean gives us a firsthand account of life at Bletchley Park during the war, and demonstrates how the Bombe worked using a replica machine now on show at the museum.



We hope you enjoy learning more about Bletchley Park and its fundamental wartime role and legacy. For more glimpses of history, explore the Cultural Institute’s other exhibitions on www.google.com/culturalinstitute.

Toledo, Synagogue Santamaría la Blanca

Information is included on each landmark

This project is just one of our efforts to bring important cultural content online. This week, we worked with the Israel Antiquities Authority to launch the Leon Levy Dead Sea Scrolls Digital Library, an online collection of more than 5,000 scroll fragments, and last year we announced a project to digitize and make available the Yad Vashem Museum’s Holocaust archives. With the Google Art Project, people around the world can also view and explore more than 35,000 works of art in 180 museums.

Read more about this project on the Europe Blog. We hope this new site will inspire you to learn more about Spain’s Jewish history, and perhaps to visit these cities in person.

Sergey Lebedev*

Initially, Lebedev’s superiors were skeptical, and some in his team felt working on a “calculator”—how they thought of a computer—was a step backward compared to electrical and space systems research. Lebedev pressed on regardless, eventually finding funding from the Rocketry department and space to work in a derelict former monastery in Feofania, on the outskirts of Kyiv.

Work on MESM got going properly at the end of 1948 and, considering the challenges, the rate of progress was remarkable. Ukraine was still struggling to recover from the devastation of its occupation during WWII, and many of Kyiv’s buildings lay in ruins. The monastery in Feofania was among the buildings destroyed during the war, so the MESM team had to build their working quarters from scratch—the laboratory, metalworking shop, even the power station that would provide electricity. Although small—just 20 people—the team was extraordinarily committed. They worked in shifts 24 hours a day, and many lived in rooms above the laboratory. (You can listen to a lively account of this time in programme 3 of the BBC’s ”Electronic brains” series.)

MESM and team members in 1951. From left to right: Lev Dashevsky, Zoya Zorina-Rapota, Lidiya Abalyshnikova, Tamara Petsukh, Evgeniy Dedeshko

MESM ran its first program on November 6, 1950, and went into full-time operation in 1951. In 1952, MESM was used for top-secret calculations relating to rocketry and nuclear bombs, and continued to aid the Institute’s research right up to 1957. By then, Lebedev had moved to Moscow to lead the construction of the next generation of Soviet supercomputers, cementing his place as a giant of European computing. As for MESM, it met a more prosaic fate—broken into parts and studied by engineering students in the labs at Kyiv’s Polytechnic Institute.

*All photos thanks to ukrainiancomputing.org.


The winners will be chosen by an international jury and prizes awarded at the next GEN conference in Paris next year. Details on how to take part are at http://www.globaleditorsnetwork.org/djawards/.

We look forward to seeing the impact these initiatives will have on digital journalism and hope they will encourage continued experimentation at every level of the media.



(Cross-posted from the European Public Policy Blog)
Share on Google+ Share on Twitter Share on Facebook


In May, we held our first Big Tent conference near London, where we debated some of the hot issues relating to the Internet and society with policy-makers, academics and NGOs. The term "big tent” not only described the marquee venue but also our aim to include diverse points of view.

After the U.K. success, we decided to export the concept. Yesterday we welcomed more than 200 guests in Berlin, Germany to the second Big Tent event, entitled DatenDialog.

This dialogue about data tackled the issue of online privacy from a variety of angles. It was appropriate to hold it in Germany, which is a pacesetter both in its concern about privacy and its ideas for safeguarding personal data. During the one-day event, we debated questions such as: what does responsible collaboration between the tech industry and the data protection authorities look like? Do we need new regulation to manage the Internet and the large amount of data produced in the online world? Who is responsible for educating users and how does the tech industry make sure it builds privacy controls into its products?

Speakers included the German State Secretary for the Interior Cornelia Rogall-Grothe and the Federal Data Protection Commissioner Peter Schaar, alongside international authors and bloggers Cory Doctorow and Jeff Jarvis who appeared via live video chat from the U.S.



The debate was always lively, sometimes polarised—Cory likened amalgamated data to nuclear waste while Jeff appealed to governments not to regulate for the worst case—but all seemed to agree that it was a worthwhile and timely exercise to explore these important issues.

You can watch the highlights soon on our Big Tent YouTube channel, and stay tuned for more Big Tents on a range of topics around the world in the coming months.



(Cross-posted from the European Public Policy Blog)
Share on Google+ Share on Twitter Share on Facebook


Public transport directions are available on both Google Maps and Google Maps for mobile, so you always have access to a trip planner. When you’re on mobile, Maps even uses your current location to determine the best trip to your destination. Just search for your destination location, select it on the map and choose the “Directions” option. The suggested trips will be based on your location by default, and provide you multiple alternatives whenever possible.

If you’re using an Android-powered device, you can also get public transport directions with Transit Navigation (Beta) in Google Maps. With this new feature, which we launched earlier this month, you’ll get alerts when it’s time to get off the bus or train at your destination or to make a transfer. Transit Navigation is available in all regions where public transport directions are available, including London.


TfL is among the first agencies in a major European city to make its timetable information publicly available through the London Datastore. We’re strong supporters of open data and bringing information out into the open, and believe that making information publicly accessible can be an enormous engine of economic growth and innovation. ITO World has been a great partner in this launch by ensuring TfL’s data was adapted correctly and ready for our use.

Public transport directions are available for all Underground, bus, tram and Docklands Light Railway (DLR) lines, and we’ll include more public transport information as soon as it’s available. Whether you use public transport every day or infrequently, as a commuter, on a business trip or as a tourist, we hope that public transport directions in London make planning your trips more convenient!

Share on Google+ Share on Twitter Share on Facebook


Joining forces with Generating Genius is part of our ongoing commitment to provide exceptionally talented young black students from London’s inner city schools with the key computing and technology skills needed to apply for the very best computer science degrees. We believe it’s crucial to get students engaged in computer science early and enable them to become creators—not just consumers—of technology.

Students accepted into the Generating Genius program are guided via mentors through engineering summer schools and weekend programs for a full five years (from 13 to 18 years of age). Early results of the program have been fantastic: all of the first participants to graduate from the program have received offers to attend elite universities this autumn. Ninety-five percent of them are the first in their families to go on to higher education. Google's funding is enabling Generating Genius to include girls this year for the first time, as well as helping to expand upon the computer science component of the program.

Director of Generating Genius Tony Sewell (center) and two students who have completed five years in the program and are now headed to elite universities to study computer science and physics.

This partnership follows on the heels of the Top Black Talent Program that we kicked off in April, which recruits talented computer science students from African Caribbean Society chapters at U.K. universities for a mentoring program at Google. Paired with a Google mentor, the students attended a series of talks and workshops, including career-focused sessions with resume and interviewing advice and technical discussions that provided real-life insights into the tech industry.

You can hear more from Googlers, executives, scholars and partners about our programs and initiatives for minority students by watching our You Tube video. For further details on the Top Black Talent program or to register for the next cohort of Top Black Talent students, please get in touch. And for more on our general education outreach, visit google.com/edu.

Share on Google+ Share on Twitter Share on Facebook