back injanuary, i caught up with the firm's boss, bill liu, and asked him how he'd managed to beat thesamsung and lg to create the world's first bendable phone. we focused on the flex release phase because it's so hard, so difficult to make it happen. from a technology innovation point of view, you have to do a lot of innovations from the fundamental materials, process, device designs, certain design and then later product design so that is why we invested $1.7 billion in shenzhen, china, to build up the 4.5 million square feet production facility for the mass production of the flexpai. i'd love to know whether the main problems is the fact that the connections break or the main problem is that you can't get the colours right on the bendy or obviously you need a replacement glass, you can't have glass. the most challenging part is you have to manufacture millions of transistors, tiny circuits on top of the super thin flexible film, and the film is only several micrometres. it is thinner than our hair diameter, and it has to be very, very precise position. at the moment, the royole flex

back injanuary, i caught up with the firm's boss, bill liu, and asked him how he'd managed to beat thed lg to create the world's first bendable phone. we focused on the flexible display because it's so hard, it's so difficult to make it happen. from the technology innovation point of view, you have to do a lot of innovations from the fundamental materials, process, device designs, circuit design, and then later product design, so that's why we invested $1.7 billion in shenzhen, china, to build up the 11.5 million square feet production facility for the mass production of the display. but i'd love to know whether the main problems are the fact that the connections break or the main problem is that you can't get the colours right on the bendy bit as the other bit, or obviously you need a replacement for glass — you can't have glass. the most challenging part is you have to manufacture millions of transistors, tiny circuits on top of the super thin flexible film, and the film is only several micrometres. it's thinner than our hair diameter, and it has to be very, very precise positioning.

back injanuary, i caught up with the firm's boss, bill liu, and asked him how he'd managed to beat theom the fundamental materials, process, device designs, certain design and then later product design so that is why we invested $1.7 billion in shenzhen, china, to build up the 11.5 million square feet production facility for the mass production of the flexpai. i'd love to know whether the main problems is the fact that the connections break or the main problem is that you can't get the colours right on the bendy or obviously you need a replacement glass, you can't have glass. the most challenging part is you have to manufacture millions of transistors, tiny circuits on top of the super thin flexible film, and the film is only several micrometres. it is thinner than our hair diameter, and it has to be very, very precise position. at the moment, the royole flexpai is only available to buy in china but they're not the only ones going bendy. take a look at this tablet that folds twice to create a phone. its makers, xiaomi, say it is only an engineering model at the moment, though. another

back injanuary, i caught up with the firm‘s boss, bill liu, and asked him how he‘d managed to beat they for the mass production of the flexpai. i‘d love to know whether the main problems is the fact that the connections break or the main problem is that you can‘t get the colours right on the bendy or obviously you need a replacement glass, you can‘t have glass. the most challenging part is you have to manufacture millions of transistors, tiny circuits on top of the super thin flexible film, and the film is only several micrometres. it is thinner than our hair diameter, and it has to be very, very precise position. at the moment, the royole flexpai is only available to buy in china but they‘re not the only ones going bendy. take a look at this tablet that folds twice to create a phone. its makers, xiaomi, say it is only an engineering model at the moment, though. another chinese firm, lenovo, has also previously teased that it‘s working on a similar product. for royole, though, this isn‘tjust about wearables and phones. their vision is that flexible electronics will change the way we in

liu he and robert lighthizer and treasury secretary steve mnuchin. this video shows the delegation walking back to their hotel today after the talks happened. thursday and friday is being billedby tall moment for the talks. according to the chinese media, they are looking the to push the deadline up to may 1st. the u.s. trade representative is standing by for march 1st. there is talk about president xi xinping and president donald trump meeting face-to-face. they are floating idea about meeting at mar-a-lago. here is what kellyanne conway says about the meeting. >> he wants to meet with president xi very soon. the president knows his policies and tariffs are working. >> chinese pushing back on that. government officials saying they want to hold the face-to-face meeting on chinese resort meeting hunn march 26th through march 29th. for now the talks are continuing. neil? neil: what if it doesn't materialize in the time frame the markets want to see? go to glenn hall, "dow jones newswires" chief editor. a lot of possible wire trips here, aren't there? >> absolutely. the market is listening for every signal and possibility of moving that either side has advantage in the talks. we

back injanuary, i caught up with the firm's boss, bill liu, and asked him how he'd managed to beat themsung and lg to create the world's first bendable phone. we focused on the flex release phase because it's so hard, so difficult to make it happen. from a technology innovation point of view, you have to do a lot of innovations from the fundamental materials, process, device designs, certain design and then later product design so that is why we invested $1.7 billion in shenzhen, china, to build up the 11.5 million square feet production facility for the mass production of the flexpai. i'd love to know whether the main problems is the fact that the connections break or the main problem is that you can't get the colours right on the bendy or obviously you need a replacement glass, you can't have glass. the most challenging part is you have to manufacture millions of transistors, tiny circuits on top of the super thin flexible film, and the film is only several micrometres. it is thinner than our hair diameter, and it has to be very, very precise position. at the moment, the royole flexp