is right natalie nature is deputy head of the laboratory for fertility and wellbeing of the max planck institute in rostock and she is joining us now good to have you with us let's start with the obvious how house the pandemic impacted the demographics so far quite of bits we have seen a lot of excess mortality in many countries in the world i think that is currently the biggest factor but births are also going to be much affected as we are just starting to see and then of course migration has been halted it across europe and the united states that's another factor that is affecting the demographics right now. so there are various factors but let's stick to having babies so what all the driving factors for couples decide whether or not to have children. yeah before i get to that let me summarize a little bit of what we know you know births happen 9 months after conception so we just got data in from a variety of high income countries for births that occurred between november 2020 and generally 21 and what we do see is a huge baby bust across the high income world for example spain and generally

right natalie nature is deputy head of the laboratory for fertility and well being of the max planck institute in rostock and she is joining us now good to have you with us let's start with the obvious how house the pandemic impacted the demographics so far quite a bit we have seen a lot of excess mortality in many countries in the world so i think that is currently the biggest factor but births are also going to be much affected as we are just starting to see and then of course migration has been halted across europe and the united states that's another factor that is affecting the demographics right now. so there are various factors but let's stick to having babies so what all the driving factors for couples decide whether or not to have children. yeah before i get to that let me summarize a little bit of what we know you know births happen 9 months after conception so we just got data in from a variety of high income countries for births that occurred between november 2020 and generally 21 and what we do see is a huge baby bust across the high income world for example spain and generally ha

just how much is the subject of one's research age rector of the max planck institute for suman development in berlin he talks with us about ai and how to deal with intelligent machines. or head of research center humans and machines why do you think it's important to study the. haver machines because machines are and you . factor in our world you know this is the 1st time that we've created a tool that can make decisions on it's own. it's going to be driving cars it's going to be making decisions about who gets hired and fired and it's going to help us create arcs and so on. so what would you say are the possible scenarios we're looking at in the near future the problem with machine learning is that in my blue learn harmful behavior is all it's all we need to understand that we're dealing with a new kind of. entity that may be a little bit unpredictable like in a space odyssey doors. i'm sorry. i'm afraid i can't do that computer how is an intelligent beast with emphasis on beast think you know what the problem is just as well as right this mission is too important for me to jeopardize. ou

vitreous humor of the eye to deliver medicine to the retina professor perry fisher at the max planck institute for intelligent systems and stuttgart is among the scientists who are developing these nano robots. by the end become down not in developing the nano propeller we found inspiration in bacteria we recreate all the screw like structure that enables bacteria to move on because when you rotate a corkscrew it moves forward all that's what makes. the nano propellers are made by a prize in silicon dioxide and other materials including iron onto a copper or silicon wafer under high vacuum while it rotates. the way for is already coated with tiny polymer particles. and each one of his local nano propeller is borne out of the vapor. this way for is covered in billions of these nano propellers. you need a microscope to see them. so they are very small and they fit to the mesh of the vitreous. only 500 not only there in the average there and to white hall so they can easily sneak through the mesh of the vitreous. the propellers have to be harvested from the way for. bits of the way for a broken o

vitreous humor of the eye to deliver medicine to the retina professor perry fisher at the max planck institute for intelligent systems in stuttgart is among the scientists who are developing these nano robots. by the end victim down now in developing the nano propeller we found inspiration in bacteria if we recreate a screw like structure that enables bacteria to move on because when you rotate a corkscrew it moves forward all that's what makes. the nano propellers are made by they prizing silicon dioxide and other materials including iron onto a copper or silicon wafer under high vacuum while it rotates. the way for is already coated with tiny polymer particles. and each one of his local nano propeller is borne out of the vapor. this way for is covered in billions of these nano propellers. you need a microscope to see them. they are very small and they fit to the mesh of the vitreous. only 500 not only there in the average there and to white hall so they can easily sneak through the mesh of the vitreous. the propellers have to be harvested from the way for. bits of the way for broken off and

just how much is the subject of one's research age rector of the max planck institute force human development in berlin he talks with us about ai and how to deal with intelligent machines. your head of research center humans and machines why do you think it's important to study the. everything machines because machines are and you actor in our world you know this is the 1st time that we've created a tool that can make decisions on it's own. it's going to be driving cars it's going to be making decisions about who gets hired and fired and it's going to help us create art and so on. so what would you say are the possible scenarios we're looking at in the near future the problem with machine learning is that it might learn. harmful behavior is on its own we need to understand that we're dealing with a new kind of had an entity that may be a little bit unpredictable. like in a space odyssey doors oh. i'm sorry. i'm afraid i can't do that computer how is an intelligent based emphasis on beast think you know what the problem is just as when it's right this mission is too important for me to allow y

just how much is the subject of iraq one's research age rector of the max planck institute force human development in berlin he talks with us about ai and how to deal with intelligent machines. their head of their research center humans and machines why do you think it's important to study the behavior of machines because machines are in your own. act or in our world you know this is the 1st time that we've created a tool that can make decisions on it's all. it's going to be driving cars it's going to be making decisions about who gets higher than $500.00 and it's going to help us create art and so on. so what would you say are the possible scenarios we're looking at in the near future the problem with machine learning is that it might be learned harmful behavior is on its own we need to understand that we're dealing with a new kind of. entity that may be a little bit after the interval. like in a space odyssey doors oh. i'm sorry. i'm afraid i can't do that computer how is an intelligent beast but with an emphasis on beast think you know what the problem is just as well as right this

the vitreous humor of the eye to deliver medicine to the retina professor pear fisher at the max planck institute for intelligent systems in stuttgart is among the scientists who are developing these nano robots. by the invicta in developing the nano propeller we found inspiration in bacteria we recreate the screw like structure that enables bacteria to move because when you rotate a corkscrew it moves forward all that's what makes. the nano propellers are made by they pariahs in silicon dioxide and other materials including iron onto a copper or silicon wafer under high vacuum while it rotates. the way for is already coated with tiny polymer particles. and each one of his local nano propeller is borne out of the vapor. this way for is covered in billions of these nano propellers. you need a microscope to see them. they are very small and they fit to mash of the vitreous they are only 500 not only there in the average there and to white hall so they can easily sneak through the mesh of the vitreous. the propellers have to be harvested from the way for. bits of the way for are broken off and put i

just how much is the subject of one's research a director of the max planck institute force human development in berlin he talks with us about ai and how to deal with intelligent machines. your head of research center humans and machines why do you think it's important to study the. everything machines because machines are and you actor in our world you know this is the 1st time that we've created a tool that can make decisions on it's own it's going to be driving cars it's going to be making decisions about who gets higher than 500 and it's going to help us create art and someone. so what would you say are the possible scenarios we're looking at in the near future the problem with machine learning is that it might be learned. harmful behavior is on its own we need to understand that we're dealing with a new kind of having an entity that may be a little bit unpredictable. like in a space odyssey doors oh. i'm sorry. i'm afraid i can't do that computer how is an intelligent beast but with the emphasis on beast think you know what the problem is just as well as right this mission is too importa

just how much is the subject of yet rock one's research age rector of the max planck institute for suman development in berlin he talks with us about ai and how to deal with intelligent machines. your head of the research center humans and machines why do you think it's important to study the behavior of machines because machines are a new. actor in our world you know this is the 1st time that we've created a tool that can make decisions on its own. it's going to be driving cars it's going to be making decisions about who gets hired and fired and it's going to help us create art and so on. so what would you say are the possible scenarios we're looking at in the near future the problem with machine learning is that in my blue learn harmful behavior is on its own we need to understand that we're dealing with a new kind of. entity that may be a little bit unpredictable. like in a space odyssey doors oh. i'm sorry. i'm afraid i can't do that computer how is an intelligent based emphasis on beast think you know what the problem is just as well as right this mission is too important for me to

the vitreous humor of the eye to deliver medicine to the retina professor para fisher at the max planck institute for intelligent systems in stuttgart is among the scientists who are developing these nano robots. but it victim down now in developing the nano propeller we found inspiration in bacteria we recreate all the screw like structure that enables bacteria to move on because when you rotate a corkscrew it moves forward fall that's what makes. the nano propellers are made by bape arising silicon dioxide and other materials including iron onto a copper or silicon wafer under high vacuum while it rotates. the way for is already coated with tiny polymer particles. and each one of his local nanoprobes. heller is borne out of the vapor. this way for is covered in billions of these nano propellers. you need a microscope to see them. they are very small and they fit to the mesh of the vitreous they are only $500.00 not only there in the average there and to white hall so they can easily sneak through the mesh of the futurists . the propellers have to be harvested from the way for. bits of the way f

just how much is the subject of one's research age rector of the max planck institute force human development in berlin he talks with us about ai and how to deal with intelligent machines. or head of research center humans and machines why do you think it's important to study the behavior of machines because machines are and you. factor in our world you know this is the 1st time that we've created a tool that can make decisions on its own. it's going to be driving cars it's going to be making decisions about who gets hired and fired her that is going to help us create art and so what. so what would you say are the possible scenarios we're looking at in the near future. problem with machine gun is that it might be learned. harmful behavior is all it's all we need to understand that we're dealing with a new kind of. entity that may be a little bit unpredictable. like in a space odyssey doors oh. i'm sorry. i'm afraid i can't do that computer how is an intelligent beast but with an emphasis on beast think you know what the problem is just as well as right this mission is too important for me to

the vitreous humor of the eye to deliver medicine to the retina professor pear fisher at the max planck institute for intelligent systems in stuttgart is among the scientists who are developing these nano robots. by the end victim not in developing the nano propeller we found inspiration in bacteria we recreate all the screw like structure that enables bacteria to move on because when you rotate a corkscrew it moves forward fall that's what makes. the nano propellers are made by they pariahs in silicon dioxide and other materials including iron onto a copper or silicon wafer under high vacuum while it rotates. the way for is already coated with tiny polymer particles. and each one of his local nano propeller is borne out of the vapor. this way for is covered in billions of these nano propellers. you need a microscope to see them. they are very small and they fit to the mesh of the vitreous they are only 500 not only there in the average there and to like all so they can easily sneak through the mesh of the vitreous. the propellers have to be harvested from the way for. bits of the way for a broke