for example, in our academy a scientific council has been working for a long time on quantum technologies, which i lead, and we are conducting an examination of the implementation of quantum technology roadmaps, and now min digit is creating its own expert council for the examination of the same quantum technology roadmaps. we invite me to enter there chief expert according to the federal law of the russian academy of sciences one of the main functions of the academy is expert, this function constantly we have all the mechanisms and procedures for conducting a high-quality independent objective examination. we have been working for more than five thousand years, which more than 35,000 examinations are carried out annually. at the request of the federal and regional ministries, i would like to separately note that we do not claim monopolization in the field of expertise, but we want to streamline it, excluding, among other things, the case when the work is continuously submitted by the authors to various expert councils until it receives the positive approval they need. conclusions. i ask

were assigned to receive articles, the special points of which were the addition of coffee, quantum technologytions, about 270 articles from total 400 submitted articles were accepted. this conference was very well received in the society and thank god we had a very high participation in the scientific community. among the special points of this conference, an exhibition of the latest achievements of nuclear technology along with this conference will make students and those interested in this field researchers should familiarize themselves with the country's latest achievements in this field, mr. doctor, nuclear medicine and nuclear achievements are one of the topics that actually have achievements in this field, and many articles have been published in cannes, france, nuclear medicine, thank god. in recent years, very good things have happened in our country in this field, as you know, in the field of now begin, our country is treating about one million patients by hand using radio medicine and medical radiation, considering the very good progress that has been made in the field. in the indus

at the forefront of the latest scientific achievements in the field of microelectronics, quantum technologies information technologies related, including with artificial intelligence, another project launched by alexander in the early eighties and giving important results in our time is the sources of synchrotron radiation on the territory of the kurchatov institute from zelenograd petrovich launched the creation of unique the system of technological accumulative complex of lithography x-ray on a syntegrator source and for this purpose there was a source built in zelenograd not far from us, which also now belongs to the kurchatsk institute and at the same time a powerful complex began to be built. here is this one, which is aimed at the study of materials science and so on, that is the temperature of the radiation in the country. here is a large-scale singature-nontron study. this is alexandra anton petrovich. this was an outstanding lidia, one of the best housekeepers for the entire history of presidents. e of the academy of science of the ussr tu-tuk of the country of today's science that w

you can look at that across any technologies where the big quantum ai as well. my perspective the aqua higher of acquisitions that should be of interest to us. >> i'm interested in the building blocks against the advanced technology. our focus and concentration may be on the frontier technologies we are missing were we are failing to address more fully technologies that get us there, enabling technologies. >> i'm done. >> thank you. commissioner? >> thank you both very much for being here today. like a few of my colleagues i'm very, very interested in this academia impact. students in america from china learning stem particularly in the transfer of knowledge that is occurring on a regular basis. your remarks i talk about this a lot when i'm out and about. you said there about 1 million students studying abroad in the third are in the u.s. there hundred 20000 studying set stem but declined slightly the pandemic but increased in europe. i assume because the current attitude between the two countries that just shifted them to europe. and secondly, is there anyone t

at the forefront of the latest scientific achievements in the field of microelectronics , quantum technologies well as information technologies related, including artificial intelligence, is another project launched by alexander at the beginning. tenth and giving important results in our time, these are sources of synchrotron radiation on the territory of the kurchatov institute and zelenograd this was the source built in zelenograd not far from us, which also now belongs to the kurchatsk institute and at the same time a powerful complex began to be built. here is this one, which is aimed at the study of materials science and so on, that is the temperature of the radiation in the country. here is a large-scale complex research by alexander anton petrovich. it was an outstanding lydia. anyway, one of the best economists in the history of the presidents of the academy of science of the ussr of the country of today's science that we have, that we moved it was created alexander compared his new work with his work. he believed that one of the main tasks of the head of the academy of sciences was to

— that their quantum computing technology and _ that their quantum computing technology andions. so the actual machines that _ authentic human like emotions. so the actual machines that are - authentic human like emotions. sol the actual machines that are happy and sad _ the actual machines that are happy and sad and — the actual machines that are happy and sad and angry— the actual machines that are happy and sad and angry and _ the actual machines that are happy and sad and angry and that - the actual machines that are happy and sad and angry and that is - the actual machines that are happyl and sad and angry and that is where he says this — and sad and angry and that is where he says this tech _ and sad and angry and that is where he says this tech is _ and sad and angry and that is where he says this tech is headed. - and sad and angry and that is where he says this tech is headed. find- and sad and angry and that is where he says this tech is headed. and the machine gets _ he says this tech is headed. and the machine gets angry _ he says this tech is headed. and the mach

well, the fact that you pay such attention to quantum technologies. this is very important thank you in general for people. thanks a lot. these were footage of a meeting between vladimir putin and the head of the russian railways, oleg belozer , the russian economy ranked fourth in the world in terms of gold and foreign exchange reserves. at the beginning of the year. they reached 500-80 two billion dollars, this is reported by the news, citing data from central banks. the first place for the seventeenth time in a row is occupied by china , with more than three trillion three hundred billion in second place. japan is third and switzerland closes the top five. india will add that by the end of january, russian reserves. they rose to almost 600 billion, and the world's central banks began buying up gold at a record pace since 1967 . a and c the system intends to buy the volkswagen plant in kaluga plans to resume cars with the participation of the kazakh automaker alyur, from the ecosystem, according to media reports, plans to create a machine-building h

so i became the head of a scientific group, quantum, information technologies, which are dealt with by scientist at interface between fundamental physics and applied developments. all countries of the world see great potential in this area, says alexey, and they are working on the creation of a full-fledged quantum computer, a computer of a fundamentally new type, if we talk about equipment, then ah. it is worth noting here that the difficulties of purchasing high-tech equipment for this area were earlier, and sanctions. it's more formalized. yes, this is a difficulty in russia, the production of a lot. high-tech scientific equipment, which can be used for many experiments from the equipment it is really possible to replace imports. yes, that is, to find russian analogues, but in order to completely hmm become independent of imports, of course , it will take some more time for some equipment that is critical for scientists and technical years for more doim jew's harp deliveries sanctions russian laboratories universities and research institutes did not leave us without work we are doin

quantum, information technologies, which are engaged in by a scientist at the junction of fundamentalhysicists and applied developments, all countries of the world see great potential in this area, says alexey, and they are working on creating a full-fledged quantum computer, a computer of a fundamentally new type, if we talk about equipment, then, but here it is worth noting that the difficulties in buying high-tech equipment for this area were before. yes, sanctions - it was rather formalized. yes, this is a difficulty. in russia , a lot of high-tech scientific equipment is produced, to which many of the equipment can be experimented. really manages to replace imports. yes, that is, to find russian analogues, but in order to completely hmm become independent of imports, of course, it will take some more time . and did not remain unemployed. we are busy. here, in fact, laser physics and nanotechnology related to laser physics, that is, in terms of laser technology, including the most modern there, e.g. infrared spectrometers, microscopes. uh, there are confocal fluorescent microscope

and when i say security is for the security, in other words, using quantum technologies to have a specific quantum encryptions which will allow a to protect a government and communication. all big companies, including fall to funds. the european space agency is itself pushing for more urgency on both the internet satellite front and mand moon landings. while you is settling and it wasn't due to the extent, it's vital that we're part of the discussion and of chasing after holy get into thus accelerate. we need to catch up, we're accelerate in how we use space for society. and also with regard to human exploration in human exploration, europe space strategy has based criticism. in the past, decision makers have been accused of dragging their heels and being to bureaucratic and of sleeping through the new space trend. and when will vision with the alley on the next article, you only have to look at arianna 6 and example of collective failure across the board logging. alicia that still unable to fly and is not reusable, illustrates everything that's not working here. yeah, listen ish will 20th

like to understand and get your views on what is called enabling technologies and adjacencies, rather than straight military sales, quantum ai, other surveillance technologies, how should we be viewing those as part of china's strategies? there was a fear, of course, in ukraine, the russian cyber capabilities would have a much greater impact than i think we have seen. but what is china doing in these adjacencies that we should be keeping our eyes out for? the administration appears, in addition to semiconductors, to be moving forward on quantum and ai capabilities, but help us understand the broader range of weaponry and technologies we should be worrying about? to both our witnesses. go ahead. >> that is an excellent question. what we are talking about our technologies the pla considers are important as leapfrogging capabilities. they are force multipliers for the pla such as cyber, which are considered domains in which the pla can have an advantage over its adversaries if those are domains in which the pla has the main control over or dominate. second of all, these are areas of technology that also allow the pla to oper

and you can look at that across any of these technologies, whether they be quantum or ai as well. my protect, it's the hire of acquisitions that should be of interest to us. >> yeah, i'm interested in the building blocks that get us to this advanced technology, but i think our focus and concentration may be on the frontier technologies and we're missing or we are failing to address fully technologies that get us there, enabling technologies. >> i think that we have-- >> yeah, i'm done. >> thank you. >> commissioner. >> thank you both very much for being here today. i'm, like a few of nigh my colleagues, i'm very, very interest in this, students from china in stem, particularly, and trend of knowledge. in your remarks, i talk about this a lot when i'm out and about. i want to understand exactly what you said. you said there were about a million students studying abroad and a third are in the u.s., that's around 300 some odd thousand and then 120,000 studying basically stem so about a third of that third are in the stem programs. and then it declined slightly during the pandemic, bu

and the same goes for quantum technologies. you will always find europe by your side when it comes to ensuring our common security in technology. but actions should be limited to what is necessary, from a security point of view and then, of course, in full transparent and open partnership and, of course, in discussion with europe. investment in critical infrastructure is another case in point. take, for example, reliant on a single -- so we are now discussing the idea connecting europe to japan. but why couldn't we make this capable, quote-unquote, g-7 cable connecting all allies, u.s., canada, u.k., europe, and japan? so i would like to highlight here is -- our renewed partnership which relied with our respective approach to fighting climate change. of course, the green transition is a massive transformation for our societies and also our economies. and above all, for our industrial fabric. one that requires securing supply chains as well as -- for both of us. u.s. and the e.u. and with our green deal, europe wants to be the f

but the truth is we can do this in a whole raft of other areas fusion, energy and quantum technology. and so what we've done, i mean, i was minister of state for science , technology and for science, technology and innovation in the former department for business space. what the prime minister has and i'm absolutely delighted i think he's done the right is that if we're really going to deliver vision, you need a dedicated , vision, you need a dedicated, focussed department. so this week he's created for the first time in the uk, a dedicated department for science technology and innovation. and i think to your question, how what are we going to do differently? i think firstly, in order to really take some big bets and back some of our big science and technology, whether it's space or whether it's fusion power you need at the heart of government a body capable of taking the big decisions. that's why we set up the national science and technology council alongside the national security council . national security council. secondly, you need department thatis secondly, you need department

and now you are also involved in the cutting edge quantum technology exploration. atll specifically can we do, should we do, to protect our secrets and other sensitive information from the chinese communist party? and how will this effort benefit our own technological development? >> well, with a spin out of caltech, thehe reality is that e chinese have a vast amount of effort for stealing technologies from national labs. when i showed up at d.o.e. there's a significant amount of technology those being appropriated legally because we had no regulation on the interaction. but also at universities. so when i i was at d.o.e. we rolled out that we rolled out four order to a limit that. i give an example something that should be applied to other areas in addition to d.o.e., is at we banned band grant money, the american taxpayer money, going to university researchers who were also at the same time, programmers of the tiny comes party. we set the american taxpayer money should not go to those people who are also working for them. >> seems a little too common sense if youl

been working far away from this traumatic event, quietly and with great success on new quantum encryption technologies and things like that. but that is actually kind of like a data point to this. and so again, even though this is at the pentagon has said, likely some sort of surveillance balloon, it is sort of hard to figure out what is formed and in terms of neutralizing its effect, you are kind of seeing. it basically talking down what its capabilities are and making sure that everyone knows that it is there. and so don't leave your top secret information out on the lawn. >> if the u.s. officials decide to shoot this down, and again, it was very clear that there are a world of possibilities from here on out, but what could the u.s. learn from it. with the u.s. wants to learn anything from it, and does the u.s. have surveillance balloons like this in other areas of the world? >> the u.s. actually has used inflatable military aircraft for surveillance, as recently as during the afghanistan conflict. these were called aerostat, and they were tethered to one place though, and that allowed the u.s. to f

created in the most sterile of environments, this chip is at the heart of a new technology called quantumay in a steel container, it operates in a completely different way. today's computers solve problems in a simple, linearfashion, one calculation at a time. in the quantum realm, a particle can exist in two places at the same time, and they can be strangely connected and mirror each other�*s movements instantaneously. all of this could mean that the computers of the future could be unimaginably powerful. quantum computers have the potential to do millions of calculations all at the same time. the problem has always been transferring information between quantum chips quickly and reliably. researchers here have solved that problem. what we have achieved here is the ability to connect multiple quantum computing chips together in order to realise extremely powerful quantum computers capable of solving some of the most important industry and societal problems. one of the uk's leading engineering firms, rolls—royce, want to use quantum computers to speed up the design of theirjet engines. the

successful scientists. quantum information between computer chips with unprecedented speed and accuracy. this technology can also transfer the chemical reactions of medicinal substances to the desired point by correctly simulating them, and in photographing tissues and organs using interlaced hotels. wide range of applications and the slow process of providing aid to the earthquake victims in some regions of turkey has led to the relocation of citizens . i told you, the government is not here, the person is homeless, and my siblings are here, and the others are 24 hours a day. no one has come to us. it has been the same for the past 5 days, and we are doing the same. why should all rescue teams be dispatched? the government is not with us, where is the government, i have no parents, i am in the cold, in the rain, we could not do anything, look at our day, son, i am satisfied with that, but no one came to beg for help. we have to express the words, i have to see, i have to come from the other side of the world to help , but we have not seen anyone from ankara, which is five hours away, but the efforts ar

beyond ai, the bureau is looking at implications of technology like quantum computing, geo-engineeringd deep space for key element of our approach is being able to see and confirm and even demonstrate to the world what is happening regarding covert programs and technologies. we are constantly trying to improve our ability to collect, detect, deter, and verify. our work includes practical efforts such as the international partnership for nuclear disbarment and verification, ipndv, which increases awareness of verification issues critical to disarmament. the partnership focuses on practical hands-on activities like exercises and tactical demonstrations which allow the partners to test in realistic scenarios procedures, techniques, and technologies we have developed over the last six years. similarly, creating an environment for nuclear disarmament provides a space in which members can have a frank and formal discussions that are integral to advancing the role of nuclear risk reduction, arms control, and disarmament. the new voices and partners we have heard from have been crucial to our

technologies. a program is being developed to connect quantum networks to railway lines. this is necessary to ensure the fast and safe transmission of information over long distances and is complemented by important social programs. work for the last year here ordinary passengers turnover turnover investment activity, 22 years a historical record for the amount of work cited. so you said freight turnover, passenger turnover, if you add it up, and this is the main figure, e, for railways, showing the efficiency of work . e almost 30%. uh, increased coverage of more than sixty cities. e. very good results. at the same time , i would also like to draw your attention to the fact that we do not abandon such a project in our own. we participate, which one and we uh, agreed with ministry of defense. uh, we have a serviceman who was wounded, who underwent rehabilitation with them , can use this service for free and travel in the format of a trip to eastern poly . well, and such a unique technological thing, we started transporting the united freight heavy trains. here the length

doors to knowledge-based companies, very wide applications of this technology are used in various defense industries, petrochemical, quantum medicine, and mining, and the design and construction of a spectrophotometer in a knowledge-based company is one of these achievements. for example, the elements of nitrate, nitrite, and elements that are in the water, but in fact, the mineral water envelopes in the north are from mikimin. more this technology, which was developed by researchers in 14 years of scientific progress, and according to the announcement of the headquarters of the development of photonic and laser technologies, the vice president for science and technology and knowledge-based economics , is responsible for one of the 80 localized products in the field of lasers in our country, and there are 2,500 of them. and the country's devices are imported from different materials every year, and in terms of price , it is almost a third of the price of foreign samples, and it causes a lot of wastage and the sale of currency from the country is prevented from the achievements of the field of photonics and lasers in the la

doors to knowledge-based companies, very wide applications of this technology are used in various defense industries, petrochemicals, quantum medicine, and mining, and the design and construction of a spectrophotometer in a knowledge-based company is one of these achievements, for example, elements of nitrate, nitrite, and the elements that are inside the water, but in fact the mineral water envelopes in the north of mimin, the main measurement of the amount is done by this device. in fact , there are two types of light bulbs, where lasers are used for more specific applications of the technology that has been developed in 14 scientifically by the researchers of the figure according to the announcement of the photonics and laser technologies development headquarters of the vice president for science and technology and knowledge-based economy, this product is one of the 80 localized products in the field of lasers in our country, and its metal is 2,500 units and the country imports tons of different materials every year. it is possible, and in terms of price, it is almost a third of the price of foreign samples, and it cause

, there are very wide applications of sir, you can see that this technology is used in various defense industries, petrochemical, quantume, and mining, and the design and manufacture of spectrophotometers in a knowledge-based company is one of these, for example, elements of nitrate, nitrite, and elements that are inside water but are actually water envelopes. mineral north of we measure the main amount of elements by this device, in fact, the light bear, where there are two types of special lamps, where lasers are used for very specific applications of technology that was formed in fourteen scientific advances by researchers, according to the announcement of the photonics and laser technologies development headquarters. this product is one of the 80 localized products in the field of lasers in our country .

to knowledge-based companies , very wide applications of technology development are used in various defense industries , petrochemicals, quantum medicine, and the body . the elements that are inside the water, but in fact the mineral water envelopes in the north of mikimin, the main measurement of the amount of elements is done by this device, in fact, the light bear that here are two types of special lamps, there laser is used for more specific applications of the technology device that is in 14 scientific progress was formed by researchers and based on the announcement of the photonics and laser technologies development headquarters of the vice president for science and technology and knowledge-based economy, this official is one of the 80 localized products in the laser field in our country, and the concentration is 2,500 tons, and the country's device and year is from different materials are imported together in terms of price, it is almost a third of the price of foreign samples, and it causes a lot of wastage and the withdrawal of currency from the achievements of photonics and lasers in the last four decades with the ef

[000:00:00;00] i see that this technology is used in various defense industries, petrochemicals, quantum medicine and the body, and the design and manufacture of a spectrophotometer in a knowledge-based company is one of these achievements , for example, elements of nitrate, nitrite, and elements that are inside water but are actually water envelopes. the main measurement of the amount and elements is done by this device. in fact , there are two types of light bulbs, where lasers are used . for more specific applications , we put the technology inside the device, which was developed by researchers in 14 years of scientific progress. according to the announcement of the development headquarters photonic and laser technologies of the vice president of science and technology and knowledge-based economy of the presidency. this product is one of the 80 localized products in the field of lasers in our country, and i can't get enough of it. 2500 devices are imported annually from different materials, and together, in terms of price, it is almost one-third of the price of foreign samples is and

technology. but now of course ai which is taken on greater prominence, obviously rings like quantum computing which threatens virtually all of our encryption that we use to secure secret stuff. these are all areas where i think we're going to continue to be in a technological arms race. but the one thing that occurs to me that the united states has that the prc doesn't have is the ability to encourage the private sector and to take advantage of the incredible entrepreneurs and innovators and creators. one of the reasons i was encouraged with the army for example, created army future commandmy in austin, texas, is o work with thehe private sector o take advantage of what they're able to produce and great ideas they can come up with to partner with them. the department of defense has the defense innovation unit which purports to do the same sorts of things. is. don't know whether we couldo more but certainly that's the right direction to be heading in. because right now the way we purchase and produce these weapons systems takes wayys too long, t and it's way too expensive, and we need to find ways t

competition break the recruiting efforts will impact the goal of technological independence and economic growth. without education is no quantum computing surveillance society electric vehicles, cyber security or military technology all rely on the quality of graduates from chinese schools. what our witnesses don't agree on is a state of education that is for us to assess today but this seems to be a series of contradictions but we see some fantastic sums of money invested in so-called world-class universities and specialist higher education institutions. we also hear about an innovation gap and a diffusion deficit. we also know china spends less with its gdp on education than brazil and mexico. we will hear about specialized training programs of high-tech degrees. yet we also know their outdated textbooks with faculties that are so out of touch they do not understand industry needs. there has been a remarkable increase in access to universal education and the number of graduates coming out of the schools has exponentially increased. those graduates are wit making less than migrant workers that they get employed at all. there

communists and they will use their ideological arm, their security remembera, technological arm through artificial intelligence, quantum computing, whatever it takes, to get their way and manipulate the international system. what president xi has been very clear, he doesn't like the present international system that is in place that came about post-world war ii. he wants to replace it with one that is more akin to what fits his interest and by the ways, also vladamir putin. we have to recognize they have a very clear agenda, very different from ours, but we need to begin to have policies that strike back at them in ways that will cause them to change their behavior. they only know one thing, marxist lennonists, president xi was chosen for that reason, he's hard-core marxist, hard to deal with and only knows one thing, often force, unfortunately. >> neil: let me ask you something here, do you ever think, colonel, unintentionally get out of control and other countries will see the u.s. shot down another object, whatever, and it escalates to the point people get trigger happy and bizarre and start shooting down all sorts

quantum computing. the fed doesn't matter because people say, wait need the technologies and these companies are the stapledrinking water of that. they are less affected. i think people like the prices they're at right now. the froth is taken off so to speak. charles: before i let you go, what name is standing out to you right now. >> i think nvidia is the winner in the race to a.i., quantum computing. they do everything right, right? data and gaming was up 11% in the last call. they are up front in the technology to get cars to drive by themselves, driverless vehicles robotic surgery, with chatgpt. app picked up 100 million users first month it was out. nvidia will be a key player. charles: it is picks and shovels. you don't have to pick the who the winner is. you know the company that sells to all of them. thank you very much. >> exactly, thank you. charles: reminder here, i will host the future of work town hall, march 9th, 2:00 p.m. eastern and the best part of this you can actually join me here in studio, that's right in new york city. go to event bright, b-r--t-e.com and search for tickets. the globa

quantum algorithms. and this is the moment when i decided to go for science, i just read modern physics white spots. to science since childhood, a decade of science and technologye russian federation do not notice we are growing without a single shot, because i have not yet received the barrel, it will be more fun and this is just the beginning andrey, the coming war and put things in order for you and me, and there is enough strength in this area. you don't have a future. who sits her, please, i know. can you help please. well, who am i today? zhenya please antonina prisoners of lies why did they bring the corpse, more than enough? penetrating wound in the lung pneumothorax in the operating room nevalny why is the prisoner not at work? at her liberation. yes, it’s easy for me, i was released yesterday. where is the paper? you look at my back. which one of me out of paper went to sticky? now let's check and find out. wait wait. i'll leave it loud. oh. come on, move your old hooves. he took his daughters , they became ill and left. everything went old work. come on let's go. i don't know, i'm not a doctor, i'm not a pediatrician. oh , you're not even a doctor, s

quantum algorithms. and this is the moment when i decided to go to the corner. i read about modern physics. white spots. develop interesting science and technology.by themselves, but money for repairs. will you give? well, you know, i'm empty, then you're climbing something with your advice. hi, how did you pass by here? how didn't understand? what, did you jerk? yeah, the convoy put it down and pulled it off. come on, don't worry that you're fine. listen, tell me how you sit there you will understand something. no, crackers. only a can of beer is still clear to you. in short, go get some sausages. and better fat. well, there you can sort out the bread yourself. let's have a barbecue. i forgot to submit. where did your operas look? in general, i would have intercepted at the crosses and immediately pulled the administrative staff, somehow return to the police, you will pull it. who do you want. whatever you want, whatever you want, i don't i understand, you forgot, right? it was i who summed up the guy under the article, because of me he went running, and then to the robbery. what do you think, he showed up at my house with the kids just like tha

in areas of dual use technology, pieces of economic investment that are also usable for military and strategic purposes the united states decoupling from china. you see it with quantumomputing, the chinese are doing export controls, critical mineral developments, things like ev batteries and solar panel development. there is a tit-for-tat. it's not a decoupling of the two economies. jack otter: one area of competition is artificial intelligence. where does the us stand in ai versus china? >> these are the two ai superpowers, the chinese have more data. 800 million people online, no privacy, they are all using a small number of super apps where the data is consolidated. to the extent ai is driven more by data the chinese have an advantage, americans have better entrepreneurial technology companies so if advances come from their, americans have an advantage. there's a debate between people who really for -- who really know ai, which one will win out. these are the places you will see the major developments, not coming from americans or the japanese. jack otter: you wrote the we are energy a political recession. are we coming out of that are we in it? >> we have econom

quantum algorithms. and this is the moment when i decided to go into science. i read about modern physics. develop interest in science and technologyikitin, the creator of nano-computers capable of more accurately delivering drugs to diseased cells. and this is the moment when i decided to become a scientist, we experimented in a real laboratory, and then i wanted to make important discoveries. cultivate an interest in science from childhood decades of science and technology on science rf i am svetlana reshetneva, the author of resistant wheat varieties and a participant in the russian bread project, and this is the moment when i decided what i want to become. my father experimented with varieties of apples, and grew my interest in science. cultivate an interest in science from childhood a decade of science and technology on science rf cinema on weekends and above all a past that cannot be escaped. we are such soulless monster toys, we will seal our agreement with a handshake or champagne only business. and on such a hair? in india, under mysterious circumstances , two russian tourists died at once, billionaires of the forbes list

quantum algorithms. and this is the moment when i decided to go into science. i read about modern physics and dreamed of closing its blind spots. develop interesting science from childhood decade of science and technologys nikita panfilova to give birth well, you are pash come on be careful there. i actually thought that we would go together. no, why are you there, anyway? after a couple minutes, does anyone know? what do you mean with them? useful look. settle down. can you try? thank you. give me the whole bottle. hello, can we meet? i don't like going to clubs at all, me. here's a friend pulled out of her wedding soon arranges a bachelorette party. no, listen, maybe i'll go to them, and then i'll come back to you. good again, pasha. good, come on. speak. girl , you're wrong, it's a men's room, quiet, quiet man. you feel bad. no, everything is okay. everything will be fine. i say that i did not kill, it's all vadik and his sister. he's on vodka gave, she mixed the drug. and they were taken to where ? and your accomplices claim that it is you? chose burial sites. well , maybe he did. didn't kill. well, how much did you get? everyone was detained. yes, they all tied up singing, vying to bring down each

quantum algorithms. and this is the moment when i decided to go into science. i read about modern physics and dreamed of closing the blind spots to the science and technology of theian federation for the last fit position thanks in large part to the strength of the ivanovo region. hardworking conscientious people address of the president of the russian federation vladimir putin to the federal assembly live on february 21 at 12:00 moscow time and ammunition. the target of strikes was reached all assigned objects were hit as a result of the strike supply was disrupted groupings of the armed forces of ukraine with fuel significantly reduced the possibility of production in ukraine and solid rocket fuel of the russian federation

quantum networks have been built. the main task is to ensure the comprehensive protection of the digital economy. so pay so much attention to technologyracle in general in the plans of russian railways to update the rolling stock, complete a number of directions along the central transport hub and start traffic in the murmansk region on the opposite bank to the new port of lavna. because it is practically an ocean, yes, then further. so the overload goes to the ships here, so we decided that ecological images are also very important for the city. near the port of lava almost 80% of the railroad is ready . for the last 2 years, the russian segment of the iss has been actively launched now, the state of the station allows it to work on it for several more years, namely until 2028. this was announced today by vladimir solovyov, general designer for ash complex and systems of russia, this decision was made at the council of chief designers of the republic of kazakhstan energy. prior to this , operate the russian segment of the iss planned until 2024. we came to the conclusion that yes, the operation of the international space station can