s earth observation program, copernicus, copernicus has a network of satellites that keep an eye on our planet around the clock and collect valuable data data that can be used here on earth in the future, right here of applications for free. they utilize satellite data to develop useful products. 20 years ago, r s s was a start up on a munich university campus. now the company employs 15 people. it specializes in the environment and its revenue has been rising sharply in recent years. all due to the e.u.'s, copernicus, earth observation network, which sends vital data from satellites. everyone has free access to it is and we're always finding new applications for the computers have improved ai algorithms improve how we evaluate the data. so the current period is very beneficial and there's a great potential for growth for this quarter vox them. but the one important sphere is locating pete lyons. the data experts developed a special method of doing that, which led them to winning a competition with a 1000000 euros in prize money. already says is now identifying pete lyons for the indone

copernicus has boosted revenues here, as its data are freely available to all. the company uses them to create valuable information. regarding the data are free or cheap, the entire process of generating information is cheaper and people are more willing to buy me a bit. so powerful clients include nature conservation groups such as w, w, f, and a number of governments. one focus of the company's work is monitoring the impact of land use and climate change on vegetation. satellites can capture images of large swathes of land vegetation in a site. hell can be tracked from season to season. the astronauts say they have a very different relationship to earth once they've been to the eye assess the view from a satellite is a bit similar. we can see how africa, or south america. the view from far away enables us to see connections more clearly angry by the vicks on the copernicus, satellites are big and heavy. they weigh tons. it takes years to build them.

launched its copernicus program in 2014. its satellites observe the earth from orbit. it's a publicly funded venture. the data, the satellites send home will enable the development of new applications. for example, software to enhance the fuel efficiency of ships. new jobs will be created. satellite data can be used to make marketable products. remote sensing solutions is a company based in munich that specializes in environmental monitoring. it's not exactly a high margin industry. copernicus has boosted revenues here as its data are freely available to all the company uses them to create valuable information in the data are free or cheap. the entire process of generating information is cheaper and people are more willing to buy in and we have it. so powerful clients include nature conservation groups such as w, w, f, and a number of governments. one focus of the company's work is monitoring the impact of land use and climate change on vegetation. satellites can capture images of large swathes of land vegetation in the sun. hell can be tracked from season to season wi

copernicus has boosted revenues here, as its data are freely available to all. the company uses them to create valuable information. in the data are free or cheap, the entire process of generating information is cheaper and people are more willing to buy it. i had to call from clients include nature conservation groups such as w, w, f, and a number of governments. one focus of the company's work is monitoring the impact of land use and climate change on vegetation. satellites can capture images of large swathes of land vegetation in the sun. hell can be tracked from season to season. astronauts say they have a very different relationship to earth once they've been to the i assess the view from a satellite is a bit similar. we can see how africa is doing or south america. the view from far away enables us to see connections more clearly by the rich on the copernicus, satellites are big and heavy. they weigh tons, it takes years to build them, and each is unique. many components 1st have to be specially developed that makes the satellites expensive, hundreds of mi

that's the latest satellite in use earth observation program, copernicus, copernicus has a network of satellites the keep an eye on our planet around the clock, and collect valuable data that they can be used here on earth. in a variety of applications for free. they utilize satellite data to develop useful products. 20 years ago, r s s was a start up on a munich university campus. now the company employs 15 people. it specializes in the environment and its revenue has been rising sharply in recent years. all due to the e.u.'s, copernicus, earth observation network, which sends vital data from satellites. everyone has free access to it. we're always finding new applications where the computers have improved. ai algorithms improve how we evaluate the data. so the current period is very beneficial and there's a great potential for growth this quarter vox them. but the one important sphere is locating pete lyons. the data experts developed a special method of doing that, which led them to winning a competition with a 1000000 euros in prize money. already says is now identifying pete lyon

launched its copernicus program in 2014, that satellites observe the earth from orbit. it's a publicly funded venture. the data, the satellite sent home would enable the development of new applications. for example, software to enhance the fuel efficiency of ships. new jobs will be created. satellite data can be used to make marketable products. remote sensing solutions is a company based in munich that specializes in environmental monitoring. it's not exactly a high margin industry. copernicus has boosted revenues here as its data are freely available to all the company uses them to create valuable information. regarding the data are free or cheap. the entire process of generating information is cheaper and people are more willing to buy in and we have it. so colorful clients include nature conservation groups such as w, w, f, and a number of governments. one focus of the company's work is monitoring the impact of land use and climate change on vegetation. satellites can capture images of large swathes of land vegetation in a site. hell can be tracked from season to se

copernicus has boosted revenues here, as its data are freely available to all. the company uses them to create valuable information. in the data are free or cheap, the entire process of generating information is cheaper and people are more willing to buy me a bit. so powerful clients include nature conservation groups such as w, w, f, and a number of governments. one focus of the company is what is monitoring the impact of land use and climate change on vegetation satellites can capture images of large swathes of land vegetation in the sun. hell can be tracked from season to season. the astronauts say they have a very different relationship to earth once they've been to the, i assess the view from a satellite is a bit similar. we can see how africa is doing or south america. the view from far away enables us to see connections more clearly by direction on the copernicus, satellites are big and heavy, they weigh tons, it takes years to build them and each is unique. many components 1st have to be specially developed that makes the satellites expensive. hundreds o

the view from far away enables us to see connections more clearly by the victory on the copernicus, satellites are big and heavy, they weigh tons, it takes years to build them, and each is unique. many components 1st have to be specially developed that makes the satellites expensive, hundreds of millions of year as in each unlike many satellites. they can be as small as a wine bottle. the advent of small satellites marks a new era. there are a lot cheaper, but still provide important services. planet labs is an earth imaging company in san francisco that already uses many satellites to photograph the globe. students throughout europe are learning to build the little devices. one class of small satellite, nano satellites. a team at berlin's technical university devised a project to deploy 4 of them to enable faster transfer of large amounts of data. they were launched 2 years ago. small satellites have the potential to revolutionize earth monitoring, as well as global telecommunications. to start up, smart small satellite systems does what its name suggests. it's a cube sats can exchange precis

s, copernicus, earth observation network, which sends vital data from satellites. everyone has free access to it. we're always finding new applications when the computers have improved. ai algorithms improve how we evaluate the data. so the current period is very beneficial and there's a great potential for growth. for this one important sphere is locating pete lyons. the data experts developed a special method of doing that, which led them to winning a competition with a 1000000 euros in prize. money. says is now identifying peak lands for the indonesian government in indonesia. many forests are being cut down to build palm oil plantations. peak areas often catch fire in the process, producing smoke in large quantities of climate damaging carbon dioxide. the satellite data can help prevent that. the project is being financed with international relief funds. the satellite images even tell the experts how much biomass the forests have and how much carbon dioxide is stored in them. reducing c o 2 emissions is a hot topic around the world. the company hopes that other

one that once the world had accepted to the extent that we have the work of the earlier scientist copernicusho said the sun was at the center of the solar system, once we said we are not at the center of the solar system, but the center of the galaxy, then the universe. no no no. will we were created separately from the rest of all the other beings of the plan that we are god's only children. well that we are deeply related to each other and all those that we share this planet with. that we have more in common to that degree then a sunflower then we are likely to have with the being from any area in the cosmos. i cherish what carl sagan said if a person to guess one - - disagrees with you let them live you will not find another in a hundred billion galaxies. so this is part of science so when i look at that and i looked at it countless times since carl showed it to me back in the early nineties , when i look at that image to say this is where science and eventuality and even when they meet in one place to understand what that is telling you. as a nationalist the polluter, polluter, the purve

know once the world had except did to the extent that we have the work of their earlier scientists copernicus who said the sun was at the center of the solar system, once we said okay we are not the center. we are at the center of a galaxy. we are at the center of the universe. no, no. well, we were created separately from the rest of all the other beings around this planet. we are god's only children. well, we aren't so deeply related to each other and to all of the life that we share. we have more in common genetically you and me with a sunflower then we are likely to have with that being from any other world in the cosmos. so i cherish what carl sagan said. if a person disagrees with you let them live. you will not find another in 100 billion galaxies. so this is some of the values of science. that image, to me when i look at that and i have countless times since that first moment that carl showed it to me back in the early 90s when i look at that image i say this is where science and spirituality and in motion and even aesthetics moves to one place. you do not need advanced degree to unde

well, once the world had accepted, to the extent that we have, the work of the earlier scientis copernicusd that the sun was at the center of the solar system, once we said okay, we're nott the center of the solar system but we are at the center of the galaxy. we are the center of the universe. no, no, no. not any of those. well, weere created separately from the rest of the all of the ling beings on this planet. we are gods only children. well, no. it turns out thate are so deeply related to each other and to all of the life that we share this planet with, that we have more i common genetically, you and me, with the sunflower than we're likely to have with and being from any other world in the cosmos. and so i cherish what carl sagan said, if a person disagrees with you, let him live. you will not find another in 100 billion galaxies. so this is some of the values of science, the image. you know, for me when i look at that and i look at it countless times, since that first moment that carl showed it to me back in the early '90s, when i look at that image, i say, this is where science and

the view from far away enables us to see connections more clearly by their very own the copernicus, satellites are big and heavy, they weigh tons. it takes years to build them, and each is unique. many components 1st have to be specially developed that makes the satellites expensive, hundreds of millions of euros each unlike many satellites, they can be as small as a wine bottle. the advent of small satellites marks a new era. there are a lot cheaper, but still provide important services. planet labs is an earth imaging company in san francisco that already uses many satellites to photograph the globe. students throughout europe are learning to build that little devices. one class of small satellite nano satellites. a team of berlin's technical university devised the project to deploy 4 of them to enable faster transfer of large amounts of data. they were launched 2 years ago by small satellites have the potential to revolutionize earth monitoring, as well as global telecommunications. the start up smart, small satellite system that does what its name suggests. it's a cube sats can exchange pr

seventeenth century, the astronomical paradigm in which the planet orbited the sun was replaced by copernicus's paradigm, sorry, the earth, the planets orbit the sun or the twentieth century newton's paradigm in which gravity is a force exerted by master rightly on other masses, replacing the paradigm in which mass twists the structure of space-time. it was important the paradigm is not just big and exciting, but that in a certain more profound and almost totalitarians sense, the scientist's mind so the scientists stuck in the paradigm, they cannot think outside it and it is a good thing. how could that be? how can it be a certain, the inability to imagine other possibilities, could be a good thing and promote scientific progress. paradigm is full of promises. it is also a recipe for finding the answer to any question, any question about astronomy or gravity, with the right kind of paradigm. most of the time, scientists are simply applying this recipe but because scientists are convinced the current paradigm is correct they think this is the recipe, the only recipe, the one and only recipe that