back up ray hanania is from bangalore in india wondering. how do some animals climb walls the methods vary. answer for example are excellent free climbers they have grooves in their feet that can cling on to even the smallest holes. snails release a layer of mucus on flat surfaces so they don't dry out and to protect their sensitive skin. snail slime isn't rich with proteins that make it extra sticky making snails well equipped for higher things. this gecko by contrast doesn't need sticky stuff to let it walk upside down on a glass surface thanks to attractive forces between the glass and its feet. and electron microscope reveals hundreds of thousands of tiny has on the reptiles toes . the hairs widen the tip for maximum contact with a climbing surface where the hairs on the surface meet electrostatic forces between the molecules makes them attract perhaps the force is very weak but multiplied by hundreds of thousands of has a gecko could hang in there with the best of them. those so-called fun devils forces are also what enables this robot

back got ray hanania from bangalore in india wondering. how do some animals climb walls the methods very. dense for example are excellent free climbers they have grooves in their feet that can cling on to even the smallest holes. snails release a layer of mucus on flat surfaces so they don't dry out and to protect their sensitive skin. snail slime isn't ridged with proteins that make it extra sticky making snails well equipped for higher things. this gecko by contrast doesn't need sticky stuff to let it walk upside down on a glass surface thanks to attractive forces between the glass and its feet. and electron microscope reveals hundreds of thousands of tiny has on the reptiles toes . the hairs widen at the tip for maximum contact with a climbing surface where the hairs on the surface meet electrostatic forces between the molecules makes them attract perhaps the force is very weak but multiplied by hundreds of thousands of has a deco could hang in there with the best of them. those so-called fund valves forces are also what enables this ro

that got ray hanania from bangalore in india wondering. how do some animals climb walls the methods very. answer for example free climbers they have grooves in their feet that can cling on to even the smallest holes. snails release a layer of mucus on flat surfaces so they don't dry out and to protect that sensitive skin. snail slime isn't rich with proteins that make it extra sticky making snails well equipped for higher things. this gecko by contrast doesn't need sticky stuff to let it walk upside down on a glass surface thanks to attractive forces between the glass and its feet. and electron microscope reveals hundreds of thousands of tiny has on the reptiles toes . has widened the tip for maximum contact with a climbing surface where the hairs on the surface meet electrostatic forces between the molecules make them attract perhaps the force is very weak but multiplied by hundreds of thousands of has a gecko could hang in there with the best of them. those so-called fun devils forces are also what enables this robot to pick up items. na

back up ray hanania is from bangalore in india wondering. how do some animals climb walls the methods vary. answer for example are excellent free climbers they have grooves in their feet that can cling on to even the smallest holes. snails release a layer of mucus on flat surfaces so they don't dry out and to protect that sensitive skin. snail slime isn't rich with proteins that make it extra sticky making snails well equipped for higher things. this gecko by contrast doesn't need sticky stuff to let it walk upside down on a glass surface thanks to attractive forces between the glass and its feet. and electron microscope reveals hundreds of thousands of tiny has on the reptiles toes . the hairs widen the tip for maximum contact with the climbing surface where the has on the surface made electrostatic forces between the molecules make them attract had the force is very weak but multiplied by hundreds of thousands of has a gecko could hang in there with the best of them. those so-called fund valves forces are also what enables this robot to pi

that got ray hanania from bangalore in india wondering. how do some animals climb walls the methods very. answer for example an excellent free climbers they have grooves in their feet that can train on to even the smallest holes. snails release a layer of mucus on flat surfaces so they don't dry out and to protect their sensitive skin. snail slime is enraged with proteins that make it extra sticky making snails well equipped for higher things. this gecko by contrast doesn't need sticky stuff to let it walk upside down on a glass surface thanks to attractive forces between the glass and its feet. and electron microscope reveals hundreds of thousands of tiny has on the reptiles toes . has widened the tip for maximum contact with a climbing surface where the has on the surface made electrostatic forces between the molecules make them attract pad the force is very weak but multiplied by hundreds of thousands of has again hang in there with the best of them. those so-called fund valves forces are also what enables this robot to pick up items. n

that got ray hanania from bangalore in india wondering. how do some animals climb walls the methods very. answer for example are excellent free climbers they have grooves in their feet that can cling on to even the smallest holes. snails release a layer of mucus on flat surfaces so they don't dry out and to protect their sensitive skin. snail slime isn't rich with proteins that make it extra sticky making snails well equipped for higher things. this gecko by contrast doesn't need sticky stuff to let it walk upside down on a glass surface thanks to attractive forces between the glass and its feet. and electron microscope reveals hundreds of thousands of tiny has on the reptiles toes . the hairs widen the tip for maximum contact with the climbing surface where the hairs on the surface meet electrostatic forces between the molecules makes them attract perhaps the force is very weak but multiplied by hundreds of thousands of has a gecko can hang in there with the best of them. those so-called fun devils forces are also what enables this robot