28
/
Mauve Animation
Mauve is a science satellite that monitors stars and studies their flaring events, utilising simultanious ultra violet and visible spectroscopy, providing the crucial data researchers need to study stellar magnetic activity.
I used Cinema 4D, X-Particles, Cycles 4D and After Effects to demonstrate the unique qualities of satellite Mauve.
28
/
Mauve Animation
Mauve is a science satellite that monitors stars and studies their flaring events, utilising simultanious ultra violet and visible spectroscopy, providing the crucial data researchers need to study stellar magnetic activity.
I used Cinema 4D, X-Particles, Cycles 4D and After Effects to demonstrate the unique qualities of satellite Mauve.
28
/
Mauve Animation
Mauve is a science satellite that monitors stars and studies their flaring events, utilising simultanious ultra violet and visible spectroscopy, providing the crucial data researchers need to study stellar magnetic activity.
I used Cinema 4D, X-Particles, Cycles 4D and After Effects to demonstrate the unique qualities of satellite Mauve.
Mauve in orbit, analysing and collecting data from thousands of distant stars and exoplanets.
I developed a shader to render physically accurate solar flares that start and end at poles derived from the surface of the star.
Mauve allows researchers to measure the flux and wavelength of light with spectroscopy as the atmosphere of exoplanets intercept the direct light measured by the satellite.
The technical details that make Mauve significant in the study of distant exoplanets and target stars.
H
o
m
e
/
r
e
e
l
/
A
b
o
u
t
/
C
o
n
t
a
c
t
/
28
/
Mauve Animation
Mauve is a science satellite that monitors stars and studies their flaring events, utilising simultanious ultra violet and visible spectroscopy, providing the crucial data researchers need to study stellar magnetic activity.
I used Cinema 4D, X-Particles, Cycles 4D and After Effects to demonstrate the unique qualities of satellite Mauve.
Mauve in orbit, analysing and collecting data from thousands of distant stars and exoplanets.
I developed a shader to render physically accurate solar flares that start and end at poles derived from the surface of the star.
Mauve allows researchers to measure the flux and wavelength of light with spectroscopy as the atmosphere of exoplanets intercept the direct light measured by the satellite.
The technical details that make Mauve significant in the study of distant exoplanets and target stars.
H
o
m
e
/
No items found.
A
b
o
u
t
/
C
o
n
t
a
c
t
/
28
/
Mauve Animation
Mauve is a science satellite that monitors stars and studies their flaring events, utilising simultanious ultra violet and visible spectroscopy, providing the crucial data researchers need to study stellar magnetic activity.
I used Cinema 4D, X-Particles, Cycles 4D and After Effects to demonstrate the unique qualities of satellite Mauve.
Mauve in orbit, analysing and collecting data from thousands of distant stars and exoplanets.
I developed a shader to render physically accurate solar flares that start and end at poles derived from the surface of the star.
Mauve allows researchers to measure the flux and wavelength of light with spectroscopy as the atmosphere of exoplanets intercept the direct light measured by the satellite.
The technical details that make Mauve significant in the study of distant exoplanets and target stars.
H
o
m
e
/
A
b
o
u
t
/
C
o
n
t
a
c
t
/
28
/
Mauve Animation
Mauve is a science satellite that monitors stars and studies their flaring events, utilising simultanious ultra violet and visible spectroscopy, providing the crucial data researchers need to study stellar magnetic activity.
I used Cinema 4D, X-Particles, Cycles 4D and After Effects to demonstrate the unique qualities of satellite Mauve.
Mauve in orbit, analysing and collecting data from thousands of distant stars and exoplanets.
I developed a shader to render physically accurate solar flares that start and end at poles derived from the surface of the star.
Mauve allows researchers to measure the flux and wavelength of light with spectroscopy as the atmosphere of exoplanets intercept the direct light measured by the satellite.
The technical details that make Mauve significant in the study of distant exoplanets and target stars.
H
o
m
e
/
A
b
o
u
t
/
C
o
n
t
a
c
t
/