and tesla made of $104000000.00 profit in the 2nd quarter that's despite the crisis in joost closure of its assembly plant in california for several weeks it's the electric comic is quarterly profit or a brooch that qualifies it to be included in the s. and p. $500.00 index of corporate titans. well let's bring in chelsea delaney a financial correspondent in frankfurt chelsea why is tesla driving ahead. but is lagging explain the difference that. well there's really a big shift happening right now in the auto industry broadly so the industry is really preparing for a future of greener vehicles of electric vehicles and that's really why tesla right now is seeing so much interest that's why its stock has almost quadrupled this year so it's been in this game for a decade so it is starting to be profitable in making electric vehicles and starting to open up all of the back of these warehouses or these factories all around the world so it's really ahead of the game and terms of the shift that's happening all of these other automakers diameter volkswagen the u.s. automakers toyota they are

or in joost pluri potent stem cells through the addition of growth or differentiation factors they can be transformed into any kind of cell in the human body from the heart and lungs to skin and liver. you have me and these influential this chip can combine 2 organ models you can see the organ compartments here and here they are. by a common circulatory system the 2 little changes here comprise the pump which functions like the human heart. as mentioned here this lets the organs communicate with one another and exchange neurotransmitters and we can observe this interaction . on. their researches don't reproduce the entire organ only the parts all cells which should or could respond to a certain drug. liver cells for example a cultivated unused in an organ storage container at $37.00 degrees celsius mirroring the temperature of the human body they left to grow and develop in lifelike conditions under the microscope the researches can see them function just like in the human body. unlike with animals or people we can look inside the chips at any time with a microscope and see with the li

or in joost pluri pota. stem cells through the addition of growth or differentiation fact is they can be transformed into any kind of cell and the human body from the heart and lungs to skin and liver. this chip can combine 2 organ models you can see the organ compartments here and here they are connected by a common circulatory system the 2 little chambers here comprise the pump which functions like the human heart does mention here and this lets the organs communicate with one another and exchange neurotransmitters and with and observe this interactions or god of. their researches don't reproduce the entire organ only the parts all cells which should or could respond to a certain drug. liver cells for example a cultivated unused in an organ storage container at $37.00 degrees celsius mirroring the temperature of the human body that left to grow and develop in lifelike conditions under the microscope the researches can see them function just like in the human body. unlike with animals or people we can look

or in joost pluri potent stem cells through the addition of growth or differentiation factors they can be transformed into any kind of cell in the human body from the heart and lungs to skin and deliver. these influential this chip can combine 2 organ models you can see the organ compartments here and here they are connected by a common circulatory system. the 2 little changes here comprise the pump which functions like the human heart does mention this lets the organs communicate with one another and exchange neurotransmitters and we can observe this interactions or god of. the research is that reproduce the entire organ only the parts all cells which should or could respond to a certain drug. liver cells for example a cultivated unused in an organ storage container at 37 degrees celsius mirroring the temperature of the human body they left to grow and develop in life like conditions under the microscope the researches can see them function just like in the human body. and unlike with animals or people we can look inside the chips at any time with the microscope and see with the liver

let's bring in johan jooste. johan, good to have you with us.ut how global stocks are up 40% from march lows. where do we go from here? where will they be in six months? look into the crystal ball for us. johan: that's a curveball. i think we are going to struggle to reach the levels we had before the whole thing kicked off. we've probably made back all of the losses. if you think back to what valuations were looking like -- you spoke about the gdp downgrades. they are getting a little bit more downgraded. you are starting to make a case for continued rally. the only thing that would be supportive, and it has been enormously supportive so far, is the amount of liquidity and intervention from the policy side. that has been the saving grace. wave or aave a second continued surge in the first wave of infection, you have the maybemakers step up, then the market keeps moving. failing that, i would say there's a period of consolidation ahead of us. haslinda: when you take a look at the chinese stocks, they are going gangbusters today, up almost 4%. th