how can you build a computer without plastic how could you build a computer without lead mercury p.v.c.'s brominated flame returns and all the other heavy metals. that was our gold the material we use is wood so it's technology of a hundred years ago but it's perfectly good. computers will last seven to ten years because home users non-technical people can repair and replace i'm never place in the memory you can extend the life of upgradeability. today is is there a major launch in europe. we've lots of invites and to people. we were awarded the world's first year piece. for integrated desktop computers it was the world's first ever achieve this award at that time i thought wow that the gates would open with orders for flooding and first that was not the case maybe a little bit of naive essay on my part. it's hard out there that government agencies some people like that there is no room for environmental they are totally just bottom line. i'm looking at it now it's one little step at a time the what we need to do is it work harder build more computers and get people to join us. america

we're using too many resources too many raw materials and the life of a computer is a typically three to four years. for a small company in r. and. a mission is to choose a fair trade computer. in the early days i repaired this component levels on the computers and one of boards. from i noticed that there was huge amount of waste in the computer industry. so we started designing and building up data the brain reuse with computers. this is my father's environmental drill and all my trusty and just and that's just that's just. how can you build a computer made up to stick how could you build a computer without lead mercury p.v.c.'s brominated flame returns and all the other heavy metals. that was our gold the material we use is wood so it's technology of one hundred years ago but it's perfectly good our computers will last seven to ten years because the home users non-technical people can repair and replace i'm never place in the memory you can extend the life of it by upgrade ability. today is is there a major launch in europe. we've lots of invites and to people. we were awarded the w

behind a computer screen or on a smartphone. perversions from behind a computer screen or on a smartphone do s0. support or encourage others to do so. do not think that you will get away with it, because we will make sure that you don‘t. 0ur away with it, because we will make sure that you don‘t. our children deserve to have their innocence and their future is respected and protected and to grow up without fear. the home office is already funding one technology project which automatically trawled through the internet to capture images of child abuse. but this is a cross—border business, involving money, paedophiles and the exploitation of vast numbers of children. duncan kennedy, bbc news. chris evans, one of the bbc‘s highest paid presenters, is leaving radio 2 at the end of the year. evans, who‘s been with the station for 13 years — presents the breakfast show, currently the uk‘s most listened to radio programme. he‘s going back to work for virgin radio instead. lizo mzimba reports. one of the uk‘s biggest broadcasters, minutes after telling his millions of listeners the unexpected news

, we do have quite a bit of ambient computing, don't we, today? >> guest: it's ambient -- >> host: let's go online, let's look at our phones, check into a flight. >> guest: i would say it's readily available computing, but i still have to take something out of my pocket be, go to a dressing, have a specific way of addressing it. i have to type something. i have to ask in a are precise way because the if you ask siri in the right way, she gets very flummoxeded. that's not useful. so the ambience is a feature of when it becomes intuitive and natural. the computing adapts to me. i don't have to adapt to it. >> host: does murphy's law apply to robots? [laughter] >> guest: murphy always wins. yes, of course. there are always unintended consequences. i would say history shows most unintended consequences of new technologies are good, but there are some which are not so good which we have to guard against both behaviorally, sometime legally, laws and regulations. sometimes behaviorally as parents, how we deal with our children having access. when there we

we have a name for that today. the computeroding kid. >> by thepowerhouse, by licensi software to other companies. by 1980, microsoft was balling. raking in millions every year. >> bill gates was not charismatic, but he was a really, really hard worker. very, very sharp. very, very bright. he was a kid who had his face pushed into the locker at high school and getting revenge on the entire world. he was a ruthless, ruthless businessman. >> everyone will use the computer as a very important tool. >> if gates was the uber geek, jobs was the renegade. in california's bay area where he grew up. he had a vision of using technology to tap human potential as he told a tech conference in 1980. >> what we're working toward now is the ability to amplify another human ability. >> steve's vision was very much a '60s hippy vision about using technology to empower people against the government, against corporations. even at that early age, in his late teens, early 20s, he was already bringing people into his orbit and launching apple. before

world, steve jobs who turned apple from a boutique computero a technology behemo behemoth, is taking a leave of absence due to health yushs. >> steve was always a lot sicker towards the end of his life than he wanted to acknowledge. >> it's frankly been a battle with investors where he said it's none of your business, i'm doing fine. then when he does give updates, ten days ago, he said he will be staying on at the company for the foreseeable future. that's the real concern for wall street. >> there was a national economic importance tied to the health of the steve jobs, and at that point stockholders were beginning to ask what was going on. >> in the city of san francisco today, apple's ceo steve jobs returned to the spotlight. he appeared on stage at a company event after a six-month medical leave. >> when he came back to work, his voice wasn't weak or anything. he was drinking more water, but essentially it was just as it was when he looked physically normal. >> he has wowed the world time and again with his bold inventions. and this week h

how can you build a computer without plastic how could you build a computer without lead mercury p.v.c.'s brominated flame returns and all the other heavy metals. that was our gold the material we use is wood so it's technology of a hundred years ago but it's perfectly good our computers will last seven to ten years because home users non-technical people can repair and replace i'm never place in the memory you can extend the life of upgradeability. today is these are major launch in europe. we've lots of invites and to people. we were awarded the world's first year piece. for integrated desktop computers it was the world's first ever achieve this award at that time i thought wow that the gates would open with orders so flooded and fast that was not the case maybe a little bit of naive essay on my part. it's hard out there like government agencies some people like that there is no room for environmental they are totally just bottom line. i'm looking at it now it's one little step at a time the what we need to do is work harder build more computers and get people to join us. and. americ

but she wouldn't let a computer take the wheel. up to line it was i rose says yes it's right in the smart car if you can have to protect him. richard m. lane jokes that smart cars aren't smart they're not even stupid he says but just mechanical. michael since he's. in seems apprehensive he says he's already nervous when a person is driving him imagine how it feels when a machine is in charge. just click on the faucet. in this most homes of the future cleaning and. unsophisticated networks of senses and devices. it's all part of the internet of things and interconnectedness is being extended beyond the home to in time cities. smart solutions are being tested here and. the digital transformation of cities is bound up with the internet of things or i.o.t. with more and more interconnected sensors and urban centers collecting ever more data. here the smart city concept is being promoted by a small startup company it's like a hive mind here young computer scientists and technology freaks are working on an io t. platform

it's a fantastic sunday story because it's a great talking point, what is the role of computers in ourconstabulary and they say that a person always makes they say that a person always makes the final decision, they are just testing out these computers but it's very much a sign of things to come, i think. it's in crisis. the observer newspaper have a picture of barack obama at the funeral of senatorjohn mccain in the united states and this is really interesting, donald trump was not there. essentiallyjohn mccain did not want him there and it wasjohn mccain getting revenge on donald trump and they had a lot of animosity, didn't they? it is really interesting, the thing that seems to have come out of the service was this message, antique trump rhetoric of unity, the great coming together and on trumped tweeting violet went oi'i and on trumped tweeting violet went on and some pictures emerging of if i could trump who was there on her phone during the service, setting, tweeting or whatever it she was doing, it seems to have been a sort of great, one of the great groundswell is against the

and of course that includes computers in government offices in a major. computer if it's even could. millions of german citizens have submitted their fingerprints in recent years using scanners that don't offer proper security protection. we talked to officials at the bundestag and at various government ministries about these security problems. we got this response from the interior ministry. the collection and or processing of personal data with or in information technology systems can be considered reasonably secure. that's not exactly a ringing endorsement. the european union should do more to prevent the misuse of data based on fingerprints. for years eve you external border facilities have been using a scanner that's not secure starbuck proved that by creating fingerprint mockups that the scanner accepted as real. on a more sinister level terrorists also use these mockups to hide their identities. last december police in turkey raided a suspected terrorist hideout in the city of care she here on the raid was filmed and we managed to get a copy of the

we have a very international computer industry. and any piece of the supply chain can affect security. we've seen papers. they can drop a layer in. i saw every church paper that show you a compromised iphone with a malicious replacement screen. you have to trust every part of your supply chain. writing the software to making the object to putting it on the object to maintenance and lifecycle. any part of that can defeat your security. we just cannot have u.s. only iphones. we cannot have a u.s. only power grid. we are not set up as a country to do that. that is a serious problem. something we are not really thinking about. this is insurmountable he hard. i see a perfect storm here. failing just as everything is becoming critical. we have largely been okay with unregulated tech space because it didn't matter. that is no longer sustainable. i treat this as a policy problem. my book is primarily a policy book. what are the policies that we need to fix this? i spent a lot of time on this. standards, regulations, liabilities, treaties, i

the image of the print is transferred to a separate computer for processing. but there's a big security risk here because the transfer isn't encrypted. or rather has written a software program that exploits this flaw in the security system. it's a t.v. a vision do for activate it with a keystroke and when i press capture video capture the program replaces the real data with any material that we choose. to for we'll use an image of a skull and crossbones for this test this software can also create fake fingerprints that look absolutely real money pretty good for those dirty dozen and i for one hacker who has access to the image data including fingerprints can choose to copy them or alter them for his own purposes. that have fake fingerprints can end up in i.d. documents that could be used by criminals for criminal are to win tin can is the standard of a shiny stuff what a government office be able to spot and intercept this sort of malicious software and the shots of it think india we've seen cyber attacks on the bundestag nuclear power plants and then a g compa

. >> so brad became a helpful member of the family, even designed a computer systems in the family business. >> our i.t. guy was like, i want to meet the guy who did this, the networking system. he was kind of a legend in the i.t. world. >> he was so good, that cisco systems invited him to move to raleigh and work for the company. smart guy. >> smart guy. >> but if nancy was to go with him to america, for immigration reasons, they had to be married. so in the fall of 2000, they said their vows, an intimate family affair. >> how did she feel about going to north carolina? >> a little apprehensive at first. lots of tears at the airport. fear of the unknown. but i think she was excited. >> and a few years later there were two bmws in the driveway, nancy had a vast circle of friends and brad a bright future at cisco where he'd become an expert in the marriage of internet technology and telephones. one of just 152 such experts in the whole world. and best of all, two little girls, bella, born in 2004, katie, two years later. >> the best mother i've ever seen. she played and played and played. sh

computer industry. so we started designing and building a database of brain reuse with computers. this is my father's environmental drill and all my trusty and just you know such and such just. how could you build a computer made up to stick how could you build a computer without lead mercury p.v.c.'s brominated flame returns and all the other heavy metals. that was our gold the material we use is wood so it's technology of one hundred years ago but it's perfectly good our computers will last seven to ten years because home users non-technical people can repair and replace i'm never place in the memory you can extend the life of it by upgradability. today is is there a major launch in europe. we've lots of invites and to people. we were awarded the world's first european. for integrated desktop computers it was the world's first ever achieve some wart. time i thought wow that the gates were no . flood a i thought that was not the case maybe a little bit of naive essay on my part it's hard out there like government agencies some people like that there is no room for environmental t

we're using too many resources too many raw materials and the life of a computer is a typically three to four years. for a small company in r. and. a mission is to choose a fair trade computer. in the early days i repaired this component levels on the computers and one imports. from i noticed that too was huge amount of waste in the computer industry. so we started designing and building up to date range and reuse with computers. this is my father's environmental drill and all my trusty and just you know it's just it's just. how can you build a computer without plastic how could you build a computer without lead mercury p.v.c.'s brominated flame returns and all the other heavy metals. that was our gold the material we use is wood so it's technology of one hundred years ago but it's perfectly good our computers will last seven to ten years because home users non-technical people can repair and replace i'm never place in the memory you can extend the life of it by upgrade ability. today is is there a major launch in europe. we've lots of invites and to people. we were awarded the world'

a hundred. on vinyl fifty years. with computers our memory is facing an unexpected vulnerability. some technologies have already disappeared this uncertainty is especially troubling because we've offered to make everything digital believing our data would remain retrievable for a very long time yet not a single digital medium has managed to achieve long term success will we be able to ensure the survival of our digital data or is it doomed to disappear sooner or later. with the advent of widespread computer use our data is now written in binary code this code which offers an infinite number of combinations is based on combining two digits zero one one these are the only messages all computers know how to interpret . all memory storage systems have changed. their interconnected and d. materialized and now hold our personal medical scientific technical and administrative information. how are we going to be able to hand down an increasingly massive and complex digital heritage. what about the hard drives that most of us used to store arteta. they form the core of a computer's memory e

we said you will have a computer in your pocket and that will have tremendous ramifications.e have been there in every step getting people to transition, getting the technologies small enough and low enough power so that you can put a computer in your pocket and on top of it, abilityt thing is the for these same technologies, the low-power processing, the ai at the edge of the internet, that is now going to disrupt almost every other industry, so for us it is probably the widest funnel in the history of the company. emily: you think people don't appreciate the technology that goes into their phone? steve: i think the average consumer does not understand the requirement. that we areake sure creating the technologies for business, let's say eight years from now. we are trying to create the technology for a company that has not been born yet. get,ig investments that we really putting our foot on the pedal to were three years ago because we said this is going to be significant. emily: when will i be able to make a 5g phone call? steve: you will get that next year. the first half

a change to another. it lets quantum computers consider multiple possibilities at once, while a normal computer plugs awaya time. >> if we actually figure out how to do these types of calculations, we can solve complex and unfathomably long calculations with a quantum computer which would take a traditional computer thousands of years potentially. >> there is a lot of hype around quantum computers and researchers continue to make advances. >> they promised machines that could break the most impenetrable messages and diagnose and treat disease, but there is still a way to go. >> it is difficult to make these physical computers, the hardware for these kinds of things. a lot of these are in material science figuring out what is the best hardware to use. there are a few different options. when we talk about quantum computer, you are not just talking about traditional silicon chips. >> manufacturers use tiny loops of semiconductors, or even strange approaches like twisting subatomic particles into a braid. many cubits can only exist in temperatures colder than deep space. a canadian company became the first of

definitely not a computer genius. >> seth: yeah. burden all those years that people assumed that you were a genius? >> i mean, i probably should have kept my mouth shut and rolled into another computer genius part. >> seth: oh, yeah, yeah, yeah. because i was so good a being a computer gen -- sorry. >> seth: what do you think -- >> i'm just questioning all my g life choices r now. >> seth: what do you think it was that made you so good at playing a computer genius so believably? >> i just like to emote things that make no sense to the normal person. like someone said to me, "did you study computer science?" i was like, "no, i did not."ht [ light la ] i wasn't even really typing on the show. [ laughter ] >> s so people are -- they have you up here. it's like you know everything about computers and you don't even know, like --ha >>is correct. >> seth: typing. yeah. >> i mean, every once in a while i'll type something but it'd just be a positive affirmation to myself. >> seth: okay, gotcha. [ laughter ] so we saw the reverse shot on "2

and a human we can do it easier. the computer uses artificial intelligence the computerized program learns to recognize and translate hieroglyphs the hieroglyph project needs a vast quantities of data so egyptologists worldwide are using an open source software to upload and share images of ancient inscriptions to the platform. so the first step in the project will be extracting a card with a promise from a wide variety of original sources before working on the tools and algorithms that come to recognize in the darkness automatically then we can analyze existing translations matching hard to fix sequences to unlock them meaning. that could be a boon for tonio sebastian rishta a professor of egypt ology at the free university in berlin. his team has been working on an electronic dictionary of an ancient egyptian for some thirty years it's still unfinished as hieroglyphs are far more complex than letters in a. modern alphabet. unlike are abstract letters or pictorial so you could draw them like tiny logos and make variations. you c

a. computer . in a review of the week the biggest stories british authorities release photos of two men vague claim carried out the poisoning of former russian spy east. there are major inconsistency. concerns of a violent escalation a potential chemical. spark. in the u.n. security council. and in today's news voting is well under way in sweden general election. for the.

we said you will have a computer in your pocket and that will have tremendous ramifications.ot only for cellular but also for industry. we have participated in every step whether it was getting digital cellular to come out coming getting people to transfer to lte, getting the technologies small enough and low enough power so that you can put a computer in your pocket and on top of it, the great thing is the ability for these same technologies, the low-power processing, the ai at the edge of the internet, that is now going to disrupt almost every other industry, so for us it is probably the widest funnel in the history of the company. emily: you think people don't appreciate the technology that goes into their phone? steve: i think the average consumer does not understand the requirement. what qualcomm tends to do is we want to make sure that we are creating the technologies for business, let's say eight years from now. we are trying to create the technology for a company that has not been born yet. i think people don't realize how early it you have to work on it. big investme

eventually call people, the concept of having your own personal number, but we said we are going to put a computern your pocket and that will have a tremendous ramification. not just for cellular, but also industry. it would be a big step not only for cellular but also for the technologies small enough and have low enough power so you can put a computer in your pocket. and on top of it, the great thing, the part that 5g represents is the ability for these same technologies, the cellular roadmap the low-power , processing, the ai at the edge of the internet, the connectivity that's now going to , disrupt almost every other industry. so for us it's probably the widest funnel in the history of the company. emily: you think people don't appreciate the technology that goes into their phone? steve: i think the average consumer doesn't realize how much technology investment is required to make these ecosystems. when i say ecosystem, i'm saying what qualcomm tends to do is we want to make sure that we are creating the technologies for businesses, let's say eight years from now. we are trying to create the

we have a centre called the centre of excellence for computer vision. that's for image processing. women in a very poor community. from the beginning is inclusive of the workforce. it has diversity. and it has a lot of moral ethics that go with it. of the 20th century as india's capital moved here. since, there is one thing that you really notice. trees. that were planted way back then. of chopping down trees is even suggested. air quality here, as you probably know, is terrible. and trees are seen as at least part of the solution. wall around the city. and other pollution. and it is notjust here in delhi that trees are big news. huge amounts of illegal logging. the question is, could technology help? if you like trees, you will love shimla. pines sprout from the tarmac, houses are built around them. so they know if any go missing. many do. one reason is because constructable land here is so scarce and costly. that can be built on. now the forest department is turning to technology to fight the felling. people stealing stuff. physically on the ground. be monitored remotely. 2a hours

would you eventually call people, the concept of having your own personal number, but you will put a computern your pocket, and that will have tremendous ramifications for cellular and industry. ,e participated in every step getting digital sailor to come lte, lowsition to enough power so you could put a computer in your pocket. the part we think 5g represents is the ability for these same technologies, the low-power processing come the ai at the edge of the internet, that will now disrupt almost every other industry. it is the whitest funnel of opportunity in history of the company. emily: do you think people don't appreciate the technology that goes into their phones? does: the average consumer not realize how much technology investment is required in order to make these ecosystems. what qualcomm tends to do is we want to make sure we are creating the technologies for business eight years from now. to create the technology for a company that has not then born yet. i don't think people realize how early you have to work on it. for example, the dig investments two to three years ago. we said

a society of insane transformation. it's hard to imagine. back when we started "wired," there were 20 million computers connected to the internet. is was like a private club for certain people. another 3 billion people connected to the internet and everyone has a computer in their pocket. in between that time, the economy and every aspect of life has changed. we were trying to capture the in the pages of "wired." we were witnesses to that with the developing about my business. they were about creating utopianism. it began with something like francis writing as if they would never be any more history after the collapse of the soviet union and trying for democracies. and they are reimagining our world. everything is possible the two technologies coming on putting enormous power into the hands of individuals in reaching out to big organizations and the two shins. so anybody can start a business and they had all these powerful things that they can live with and could connect to. meanwhile, the mission of "wired" in the mission of these people we live among, their mission was kevin kelly described it as their mission was to travel to

people to transition to lt, getting the technologies small low enough power so that you could put a computern your pocket and on top of it, the part we think 5g represents is the ability for these same technologies or the cellular roadmap, low-power processing, ai at the edge of the internet, the connectivity, that is going to disrupt every other industry. so for us it's probably the widest funnel in the history of the company. emily: you think people don't appreciate the technology that goes into their phone? steve: i think the average consumer doesn't understand how much technology is required in order to make these ecosystems. when i say ecosystem, i'm saying what qualcomm tends to do is we want to make sure that we are creating the technologies for business eight years from now. we are trying to create the technology for a company that hasn't even been born yet. i think people don't realize how early you have to work on it. for example, the big investments that we did in 5g were about two or three years ago. because we said this is going to be significant. we invested in that. emily: whe

it consists of a computer that scans gun shell casings, bullets and guns much like a computer fingerprint or dna. it's been used to solve hundreds of murders across the country. but we discovered that here in california? critical big state law enforcement is not using nibin. >> fire in the hole. >> so the sheering is hear. you can see those individual marks are lining up. >> reporter: around for two decades, police departments now use this technology to clear evidence evidence backlogs and to solve crimes by linking seemingly unrelated shootings. >> it's incredibly for us. >> reporter: count san jose police chief eddie garcia as one of nibin's converts and champions because it helped his officers solve one major case and gave leads to two others. >> it's amazing for organization. >> it helped you solve this crime. >> well, it's definitely -- the case is still open. but it helped us reopen two other case that's previously we had no leads on. >> reporter: nibin is only as effective as the number of crime labs and police departments that participate. our investigation discovered only about 2

a computer there are a lot more flex. in the explosive. way . that pulse it all like. a cheat sheet to look at. it you books of a cool song she does it she said. you think i'm safe you goes to secure the phone goes off the cell phone if you have weapons or we're going to talk about what. yeah. there's a. piece. of quality set themselves on the set i said daniel will fall to the left have said that of the confederacy. this book has been really. her. har. har. vi was ha ha ha ha ha ha ha ha ha ha ha ha ha ha ha. ha. ha are our ha. ha ha ha ha ha ha ha ha ha ha ha ha ha ha ha ha ha ha ha. i was. i was. i. was but. that. was. my thank you. my thank you i was. subset . us. us. cut. us. let us let. us let. us i say. so forth i. guess. i'm i. was on a bit on the. good enough as it was. reason i wanted one was a mistake to pull shit. but they knocked us out with. dignity . sometimes cause there's a cherished. and fast walk. down fast or. rather it is a utility the movie thought everyone knew only awfully. little or no deal just because the president would look at the. gavel to

regularly work with artificial intelligence which to welcome the game developers initiative but a usable computer translation for hieroglyphs is still a long way off. if it takes to. its machine just as you could hardly translate korean tax into german with today's computers and you can imagine how difficult it would be in to achieve a grammatically and linguistically correct translation from a string of hieroglyphics symbols into any modern language. scientists and gamers are working together to solve the riddles of ancient egypt the databases are growing fast as egyptologists contribute decrypted translations to the new digital hieroglyph library. the way the ancient egyptians read in rose. red from left to rice bowl from right to left an advantage for both right and left handed scribes yes our web video of the week. whether you left or right and it has nothing to do with you but with the cost of the brain that controls fine motor skills. it's mainly the left of the brain. if the right. left hand is usually prefer the left side in other movements too. for example when picking. watch out. all. p