in the country s history and has hinted at controversial plans to expand jewish settlements. 600,000 israelijews live in the west bank. now on bbc news, it s time for click. this week. computer, draw me a picture of a lizard drinking coffee. nice! yes! we re looking at the light and dark side of ai art. oh, dear. oh, that is peculiar. laughs. zoe s finding out why everyone s talking to a new ai chatbot. are you alive? please say yes. just please say yes! alasdair gets his ultrasound on. and lara s getting ideas above her station. impressive display, albeit a little intimidating to see myself that size! do you like a bit of art? i do like a bit of art. any idea what is art, and what isn t? that s a big question. i guess for me, it s anything that aims to look good or even make you feel a certain way and that could be paintings, photography, music, performance, even ribbons. yeah, ribbons is a work at the now gallery in london, which invites guests to re examine their views
that s just a layman s explanation of what we actually do we use a plasma vapour deposition process, a very physics term for atom by atom building up an ultrasound sensor and then we use some other additive manufacturing techniques we have borrowed from the semiconductor industry to build up a sensor, which we then put in an embodiment that s 3d printed, so there s three different steps of printing,’ as we call it. this is the novosound kelpie, so it s a 64 element linear array, and typically, it is used for inspection, corrosion mapping. because it s so flexible, it can be wrapped around pipes and conform to complex geometry, so it can look inside of objects using ultrasound. and what sort of things are you looking for in a pipe? so, typically, we ll be looking for corrosion or cracking, any defects. can i have a shot? yeah, go for it. getting from this very industrial use to something we can interact with every day is a big focus for the company. so, we ve already proven the u
vapour deposition process, a very physics term for atom by atom building up an ultrasound sensor, and then we use some other additive manufacturing techniques we have borrowed from the semiconductor industry to build up a sensor, which we then put in an embodiment that s 3d printed, so there s three different steps of printing, as we call it. this is the novosound kelpie. it s a 64 element linear array, and typically, it is used for inspection, corrosion mapping. because it is so flexible, it can be wrapped around pipes and conform to complex geometry, so it can look inside of objects using ultrasound. and what sort of things are you looking for in a pipe? so, typically, we ll be looking for corrosion or cracking, any defects. can i have a shot? yeah, go for it. getting from this very industrial use to something we can interact with every day is a big focus for the company. so, we ve already proven the ultrasound technology in the industrial sector in aviation, oil and gas. but most
for novosound, the process started out in a very industrial way. traditional ultrasound manufacturers would use machining to build an ultrasound probe by machining or breaking away material to make a probe. we do an additive manufacturing process that we call printing that s just a layman s explanation of what we actually do we use a plasma vapour deposition process, a very physics term for atom by atom building up an ultrasound sensor, and then we use some other additive manufacturing techniques we have borrowed from the semiconductor industry to build up a sensor, which we then put in an embodiment that s 3d printed, so there s three different steps of printing, as we call it. this is the novosound kelpie. it s a 64 element linear array, and typically, it is used for inspection, corrosion mapping. because it is so flexible, it can be wrapped around pipes and conform to complex geometry, so it can look inside of objects using ultrasound. and what sort of things