Since the Apollo-11 flight it is known that humans in space may experience light flashes, which do not have some direct light as their source. Several studies in the 1970-ies indicate that cosmic particles is the source of the phenomenon, but there are still no conclusive data on which kind of particles and what is the exact effect in the eye giving rise to the light flash experience. The SilEye project investigates these questions, using as its main tool a silicon detector which is mounted as a telescope in front of the eye of an astronaut. The apparatus can in real time detect particles which traverse the eye. A pilot detector was sent to Mir in October 1995 and the first data have been analyzed. Protons and ions are seen. At least one li...
Most of the astronauts experience visual illusions, apparent flashes of light (LF) in absence of lig...
In this work we present measurements of cosmic ray nuclear abundances above 100 MeV/n inside Mir an...
In this work we present measurements of cosmic ray nuclear abundances above 100 MeV/n inside Mir an...
Since the Apollo-11 flight it is known that humans in space may experience light flashes, which do n...
The SilEye experiment aims to study the cause and processes related to the anomalous Light Flashes (...
The phenomenon of light flashes (LF) in eyes for people in space has been investigated onboard Mir. ...
A series of experiments were carried out in the period 1995 to 2002 to study the phenomenon of light...
A most important objective of the Sileye experi-ment, conducted on the Mir orbital station, was to d...
We present the scientific case for a thorough investigation of light flashes (LFs) observed by astro...
Abstract—The phenomenon of light @ashes (LF) in eyes for people in space has been investigated onboa...
A series of experiments were carried out in the period 1995 to 2002 to study the phenomenon of light...
Light flashes are unusual visual phenomena that are observed in space and are caused by the interact...
We present the experimental results obtained with the SilEye2 apparatus during one week test run at ...
In this work we present preliminary results of nuclear composition measurements on board space stati...
We present the scientific case for a thorough investigation of light flashes (LFs) observed by astro...
Most of the astronauts experience visual illusions, apparent flashes of light (LF) in absence of lig...
In this work we present measurements of cosmic ray nuclear abundances above 100 MeV/n inside Mir an...
In this work we present measurements of cosmic ray nuclear abundances above 100 MeV/n inside Mir an...
Since the Apollo-11 flight it is known that humans in space may experience light flashes, which do n...
The SilEye experiment aims to study the cause and processes related to the anomalous Light Flashes (...
The phenomenon of light flashes (LF) in eyes for people in space has been investigated onboard Mir. ...
A series of experiments were carried out in the period 1995 to 2002 to study the phenomenon of light...
A most important objective of the Sileye experi-ment, conducted on the Mir orbital station, was to d...
We present the scientific case for a thorough investigation of light flashes (LFs) observed by astro...
Abstract—The phenomenon of light @ashes (LF) in eyes for people in space has been investigated onboa...
A series of experiments were carried out in the period 1995 to 2002 to study the phenomenon of light...
Light flashes are unusual visual phenomena that are observed in space and are caused by the interact...
We present the experimental results obtained with the SilEye2 apparatus during one week test run at ...
In this work we present preliminary results of nuclear composition measurements on board space stati...
We present the scientific case for a thorough investigation of light flashes (LFs) observed by astro...
Most of the astronauts experience visual illusions, apparent flashes of light (LF) in absence of lig...
In this work we present measurements of cosmic ray nuclear abundances above 100 MeV/n inside Mir an...
In this work we present measurements of cosmic ray nuclear abundances above 100 MeV/n inside Mir an...