We can
see objects far away with our naked eyes.
Not exact matches
Must -
see 3 - D It's 3 - D depth control allows viewers to control the «distance» between near and
far objects on the screen, for a bespoke 3 - D experience.
In addition, Waymo said it has now developed short and long range LIDAR sensors that allow its vehicles to «
see small people and
objects close to the car, and spot tiny
objects far away, too,» the CEO said.
A person involved in the investigation said, however, that experts from Boeing and the National Transportation Safety Board who had
seen the
object, a piece of what is known as a flaperon, were not yet fully satisfied, and called for
further analysis.
I can therefore
see an
object in so
far as
objects form a system or a world, and in so
far as each one treats the others round it as spectators of its hidden aspects which guarantee the permanence of those aspects by their presence.
We believe that this representation of the structure of eternal
objects by Prolog programs could be a helpful tool for
further analysis of Whitehead's discussion of the structure of eternal
objects (
see SMW, chapter 11).
Projecting one's own beliefs to society at large, even going so
far as to make up false resons that can not be backed up by fact, «women are
seen as
objects», as to why others should do the same, is just plain odd.
Hmmm, a quick google and every result I
see for «
farthest observable
object speed of light» says that they're only moving at 90 % of c.
Lets say you find yourself in the middle of a large room that as
far as you can
see is completely void of any
object other than yourself.
It may be readily
seen that Lango's interpretation leans heavily upon a consistent usage of «realization» in these passages that is taken as univocally synonymous for «ingression,» along with the
further assumption that ingression is a doctrine that only deals with the admission of eternal
objects into actuality in some one given way.
Far from being nonsense that the
object of perception should cause us to
see it, it is a major feature of Hartshorne's world - view.
In a few thousand years of recorded history, we went from dwelling in caves and mud huts and tee - pees, not understanding the natural world around us, or the broader universe, to being able to travel through space, using reason to ferret out the hidden secrets of how the world works, from physics to chemistry to biology, we worked out the tools and rules underpinning it all, mathematics, and now we can
see objects that are almost impossibly small, the very tiniest building blocks of matter, (or at least we can examine them, even if you can't «
see» them because you're using something other than your eyes and photons to view them) to the very
farthest objects, the planets circling other, distant stars, that are in their own way, too small to
see from here, like the atoms and parts of atoms themselves, detected indirectly, but indisputably THERE.
Your baby can't
see very
far yet, so play games with him by holding
objects that are brightly colored or high - contrast near his face.
However, of course, fractions are not the same as
objects, so don't take this analogy too
far, particularly if your child
sees it quickly without analogy.
Then cover the other eye and
see if she follows the
object just as well — and as
far.
He can now
see things that are in the distance, and thus you will find him staring off at
objects that are
farther across the room.
Now, your little one can
see quite well near and
far and even focus on quickly moving
objects.
They can focus and
see far and near
objects without getting their eyes crossed.
The binoculars» 10X magnification will let you
see far away
objects clearly and sharp.
Since light from distant
objects takes time to reach Earth, the deeper you look into the sky, the
further back into the history of the universe you
see.
Anticipated but never before
seen, the existence of tens of thousands of these dark
objects at the galactic center could have
far - reaching implications for astrophysics
If Gaidos and his team are right,
further collisions could have knocked free other
objects towards our solar system, which means we may
see some of this asteroid's cousins.
This discovery — based on sightings of unexpectedly bright
objects that should be too
far away to
see so clearly — may call into question our understanding of how galaxies are born and evolve.
«We wanted to go
further and
see whether magicians» misdirection techniques could be used to induce the misperception of «phantom»
objects — could a magician make us «
see» something that was never there.»
The lens manages to focus sharp images onto both of them, so the beetle can
see near and
far objects at the same time, with equal sharpness.
If Gaidos and his team are right,
further collisions could have knocked free additional
objects on similar trajectories, which means we may
see more of this asteroid's cousins.
But so
far, augmented reality and its sibling, the fully immersive virtual reality, have an obvious limitation: You can
see and hear virtual
objects, but you can't touch or feel them.
A simple consequence of these ideas is that as you look at more and more distant
objects, you're
seeing farther and
farther back in time — sometimes very
far back indeed.
This will help to pinpoint sources of high - energy cosmic rays, shed light on mysterious celestial
objects such as microquasars, reveal any dark matter at the centre of the sun, and
see further and at higher energies than with any other telescope.
For the radio waves to arrive as brightly as Schmidt
saw them, after traveling that
far, the
object emitting them must be 100 times brighter than our entire galaxy.
No
further bursts were
seen in 90 hours of additional observations, which implies that it was a singular event such as a supernova or coalescence of relativistic
objects.
The
object, informally named Peggy, is too small to be
seen in images so
far.
The goal for Backyard Worlds volunteers — of which there are more than 37,000 — is to flag the moving
objects they
see in these digital flipbooks for
further investigation by the science team.
All groups who exercised
saw some benefit, and those who exercised more
saw more benefits, particularly in improved visual - spatial processing — the ability to perceive where
objects are in space and how
far apart they are from each other.
Further testing confirmed that Sally was largely indifferent to
objects and events on her left, even though she was not blind to them; once her attention was drawn to them, she could
see them.
Last month, astronomers at the University of Arizona announced that a telescope search had found
far more small
objects near the Earth than had been predicted (
see Science, New Scientist, 31 October).
So
far, surveys have discovered several thousand near - Earth
objects, but astronomers estimate that as many as a million have diameters greater than 50 metres, big enough to be dangerous in a collision with Earth (
see UN urged to coordinate killer asteroid defences).
But many people don't know how the distances to astronomical
objects can be measured and think there may be something wrong with the methods of the scientists, that perhaps all
objects we
see in the sky are no
farther away than some thousand light years, and hence the YECs could be right anyway.
The mystery
object seen moving through our Solar system shows the void between the stars is
far from empty.
These
objects are so
far away that astronomers can not
see their three - dimensional structure.
If successful, the rocky
object will then be the
furthest world ever
seen up close in our Solar System.
Light that is emitted or reflected by
objects takes time to travel, and the vast distances it must cross to reach us from the
farthest parts of the universe means that we
see the most distant galaxies as they were billions of years ago.
A new analysis of galaxy colors, however, indicates that the
farthest objects in the deep fields must be extremely intense, unexpectedly bright knots of blue - white, hot newborn stars embedded in primordial proto - galaxies that are too faint to be
seen even by Hubble's
far vision — as if only the lights on a distant Christmas tree were
seen and so one must infer the presence of the whole tree (more discussion at: STScI; and Lanzetta et al, 2002).
The guys start testing out their powers to
see what kind of
objects they can move and how
far they can go with their abilities.
The
object of the game is to
see how
far one student can «travel» without making any mistakes.
These dogs still
see better, but are more
far - sighted and near
objects are out of focus.
If you
see an
object, gently try to remove it, but be careful not to push the
object further down the throat.
It's a little hard to
see in the screens, but those
far away
objects in the background are crazy low resolution
From what we've
seen so
far, it seems that it will at least try to differentiate from the standard LEGO formula, with cover shooting mechanics, the ability to construct multiple
objects from debris rather than one predetermined item, and more complex puzzles.
We
saw Metal Gear Survive announced last year and so
far the game has been the
object of criticism due to it's departure from the series» iconic elements.