Of course, I could use the flat
surface of my finger, but I have to hold the Axon 7 (and any phone with a rear - facing fingerprint sensor, like the latest Nexus phones) in an awkward position to do so.
Begin by using the flat, padded
surface of the fingers on your left hand to stroke clockwise around baby's bellybutton.
The blubber is evenly spread over much of their body, just as the shortening in this activity covered
the surface of your finger in a thick layer.
At that point, the electrons at
the surface of your fingers repel the electrons on either side of the page.
It's also capable of mapping individual pores and minutiae points, effectively creating a 3D map of
the surface of the finger in contact.
Not exact matches
These require a flat typing
surface and come in a range
of different sizes, so you'll want to find one that fits your
fingers.
The fake
finger was reportedly easily created with the photograph
of the fingerprint on a glass
surface.
Make impressions with your
fingers in
surface of dough and spread evenly with onion mixture.
Remove dough from the fridge and roll dough out on a floured flat
surface to 1/8 inch (2 mm) cut with a round cookie cutter approximately 28 circles (2 1/4 inch / 6 cm size), place 14 circles on a parchment paper lined cookie sheet, place a heaping teaspoon
of apple filling on each circle, gently spread the filling, be sure not to go over the edge, cover with another circle and close the edges with a fork (I lightly wet my
fingers and closed the edges).
Also, I just cut the circles out and put a dallopp
of filling in each one, instead
of picking them off the
surface, then I dip my
finger into a bowl
of water and go around the edge so that the seam will stick together better when boiling, because seems like it doesn't stay together well enough if I don't and it opens up while boiling...
Roll the light green piece
of dough into a fat log and then shape it into a triangle (I did this by gently pinching the dough with my
fingers as I pressed the dough flat against a work
surface).
Wet your
fingers and lightly moisten the top
surface of the dough surrounding the filling dollops.
IMPORTANT TIP # 3: Before placing in the oven, dip your
finger into a little bowl
of water and slowly wipe over the top
of each biscuit, until
surface is smooth... one little drop is all you'll need.
You can determine if it's ready by pressing one
finger onto the
surface of the dough.
Spread the mixture over the entire
surface of the pork, massaging it into the meat with your
fingers.
To create an attractive
surface appearance, I used a water - moistened
finger to swirl the top layer
of the batter into a somewhat neater arrangement.
On the 13th hole she was in the rough short and left
of the green, with the flag tucked on a back - left
finger of the putting
surface.
Then they pay attention to the toy's shape, size and the feeling
of the
surface with their little
fingers.
It uses its incisors to make a small hole in the
surface, and then it inserts its especially extended digit into said hole and presto — it pulls its dinner out
of the opening, thus giving the invertebrates inside it the actual
finger.
It consists
of a tiny metal
finger with a tip only a few atoms wide that moves back and forth just above the
surface of a sample.
Even so, Electrick can detect the location
of a
finger touch to an accuracy
of one centimeter, which is sufficient for using the touch
surface as a button, slider or other control, Zhang said.
«There's a lot
of variation in the real world: scars and cuts, different
finger placements, dirt on the sensor
surface.
Our
fingers are home to a unique collection
of bacteria that get left on
surfaces we touch.
His team measured the
surface areas
of index
fingers in 100 students and then asked them to feel
surfaces marked with progressively finer grooves.
Finger - like protrusions called cilia on the
surface of the human mucous membrane, or epithelium, sway back and forth when irritated.
If this line
of reasoning is correct, then there are physical processes taking place on some distant
surface that, much as a puppeteer pulls strings, are fully linked to the processes taking place in my
fingers, arms, and brain as I type these words at my desk.
When a
finger makes contact with the
surface, it grounds the circuit and sensors in each corner
of the panel record the changes in current, which can then be used to calculate the location
of the
finger on the
surface.
In a study
of people drawing their
fingers over a flat
surface that has two «virtual bumps,» the research team is the first to find that, under certain circumstances, the subjects feel only one bump when there really are two.
It describes how the brain constructs a mental depiction
of the
surface using sensory signals from two
fingers as they explore a
surface over time and space.
In atomic force microscopy (AFM), a silicon probe scans across a
surface and builds a 3D image
of the cells it encounters, much like someone reading a relief map with their
fingers.
It's unclear how these changes occur, said senior study author Maria Dominguez - Bello, PhD, an associate professor
of medicine at the university, «if these bacteria are transferred from the
fingers to the lens and to the eye
surface, or if the lenses exert selective pressures on the eye bacterial community in favor
of skin bacteria.»
Chupkaornis has a unique combination
of characteristics:
finger - like projected tibiofibular crest
of femur; deep, emarginated lateral excavation with the sharply defined edge
of the ventral margin
of that the thoracic vertebrae (those vertebrae in the upper back); and the heterocoelous articular
surface of the thoracic vertebrae.
They therefore measured
surface nicotine on the
fingers of five mothers who smoked, and whose newborns had been admitted to neonatal intensive care at one hospital.
Coating the inside
of the soft robotic
fingers with these adhesives maximizes the amount
of surface area they make contact with, ensuring a better grip.
When lithium nitrate is added to the electrolyte (green image), destructive «
fingers»
of lithium metal, known as dendrites, grow on the
surface.
First, researchers at UC San Diego set about making sure that the gripper's
fingers would maintain constant contact with the
surface of any object.
For years, the ocular
surface was thought to be sterile because
of the presence
of an enzyme called lysozyme that destroys bacteria, antimicrobial peptides, and other factors that rid the eye
of microbes that may land from the air (or from our
fingers) onto the
surface of the eye.
«Beneath Earth's
surface, scientists find long «
fingers»
of heat.»
Scientists seeking to understand the forces at work beneath the
surface of Earth have used seismic waves to detect previously unknown «
fingers»
of heat, some
of them thousands
of miles long, in Earth's upper mantle.
«Everyone's
finger bone structure is unique, and their
fingers apply different pressures on
surfaces, so sensors that detect subtle physiological and behavioral differences can identify and authenticate a person,» said Yingying (Jennifer) Chen, a professor in the Department
of Electrical and Computer Engineering at Rutgers University - New Brunswick.
This is an illustration
of a
finger touching a solid
surface with a sensor to detect vibrations.
It's different than traditional, password - based approaches, which validate passwords instead
of legitimate users, as well as behavioral biometrics - based solutions, which typically involve touch screens, fingerprint readers or other costly hardware and lead to privacy concerns and «smudge attacks» that trace oily residues on
surfaces from
fingers.
The goal
of VibWrite is to allow user verification when
fingers touch any solid
surface, the paper says.
When your
finger touches a
surface, it leaves behind deposits
of sweat and natural oils in a pattern that mirrors the ridges and troughs found on your fingertips.
The mock
finger was dragged across the different
surfaces using multiple combinations
of force and swiping velocity.
«It's also interesting that the mock
finger device, which doesn't have anything resembling the hundreds
of nerves in our skin, has just one force sensor and is still able to get the information needed to feel the difference in these
surfaces.
The sound, known as a
surface acoustic wave (SAW) is picked up on the left by a «microphone» composed
of interlaced metal
fingers.
Subjects were asked to «read» these sequences by dragging a
finger from one end
of the strip to the other and noting which patches in the sequence were the oxidized
surfaces and which were the Teflon - like
surfaces.
This means that the human brain is able to signal that a tactile sensation
of a
finger that touches a
surface does not correspond to own touch.
Using microelectrodes to monitor individual neurons in the brains
of owl monkeys, he found that the somatosensory cortex has a complete topographical «map»
of the entire body
surface, in which adjacent areas
of the map responded to body parts that were next to one another, such as the
fingers.