In his book “Seeing Dark Things” (2008), Roy Sorensen provides many wonderfully ingenious arguments for many surprising, counter-intuitive claims. One such claim in particular is that when we a silhouetted object – i.e. an opaque object lit entirely from behind – we literally see its back-side – i.e. we see the full expanse of the surface facing away from us that is blocking the incoming light. Sorensen himself admits that this seems a tough pill to swallow, later characterising it as “the most controversial thesis of the book” (2011, p199). I will argue against Sorensen’s controversial thesis and in favour of what seems to me to be a much more natural and commonsensical alternative: when we see a silhouetted object, wh...
People readily perceive smooth luminance variations as being due to the shading produced by undulati...
© 2016 SPIE.Visual experience of surface properties relies on accurately attributing encoded luminan...
Guest Editorial. Contextual effects on colour appearance: Lightness and colour induction, transparen...
In his book “Seeing Dark Things” (2008), Roy Sorensen provides many wonderfully ingenious arguments ...
In his latest book, Roy Sorensen offers a solution to a puzzle he put forward in an earlier article ...
It is often assumed that when we see common opaque objects in standard light this is in virtue of se...
In his famous book Seeing Dark Things: The Philosophy of Shadows (2008), Roy Sorensen put forward a ...
The dictionary tells you that a shadow is a dark area or volume caused by an opaque object...
How do humans see three-dimensional shape based on two-dimensional shading? Much research has assume...
Shadow perception and transparency perception appear to use very similar rules, to the point that fr...
I argue that we can see in a great many cases that run counter to common sense. We can literally see...
Most of the objects around us are partially hidden from our view by other objects. If they are three...
AbstractPeople readily perceive smooth luminance variations as being due to the shading produced by ...
The shading cue is supposed to be a major factor in monocular stereopsis. However, the hypothesis is...
The shading cue is supposed to be a major factor in monocular stereopsis. However, the hypothesis is...
People readily perceive smooth luminance variations as being due to the shading produced by undulati...
© 2016 SPIE.Visual experience of surface properties relies on accurately attributing encoded luminan...
Guest Editorial. Contextual effects on colour appearance: Lightness and colour induction, transparen...
In his book “Seeing Dark Things” (2008), Roy Sorensen provides many wonderfully ingenious arguments ...
In his latest book, Roy Sorensen offers a solution to a puzzle he put forward in an earlier article ...
It is often assumed that when we see common opaque objects in standard light this is in virtue of se...
In his famous book Seeing Dark Things: The Philosophy of Shadows (2008), Roy Sorensen put forward a ...
The dictionary tells you that a shadow is a dark area or volume caused by an opaque object...
How do humans see three-dimensional shape based on two-dimensional shading? Much research has assume...
Shadow perception and transparency perception appear to use very similar rules, to the point that fr...
I argue that we can see in a great many cases that run counter to common sense. We can literally see...
Most of the objects around us are partially hidden from our view by other objects. If they are three...
AbstractPeople readily perceive smooth luminance variations as being due to the shading produced by ...
The shading cue is supposed to be a major factor in monocular stereopsis. However, the hypothesis is...
The shading cue is supposed to be a major factor in monocular stereopsis. However, the hypothesis is...
People readily perceive smooth luminance variations as being due to the shading produced by undulati...
© 2016 SPIE.Visual experience of surface properties relies on accurately attributing encoded luminan...
Guest Editorial. Contextual effects on colour appearance: Lightness and colour induction, transparen...