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DUK10168282_009
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_005
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_008
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_006
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_002
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_007
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_003
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_004
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168282_001
FEATURE - as im Bau befindliche ELT Observatorium der Europäischen Südsternwarte auf dem Cerro Armazones in der Atacama-Wüste
SONDERKONDITIONEN: Satzpreis!
Construction on a giant telescope that could settle the question of alien life is almost complete.
Rising from the barren landscape of northern Chile, its vast silver dome now dominates a peak in the Atacama Desert.
Still under construction but almost complete, it will soon house one of the most ambitious scientific instruments ever built - the Extremely Large Telescope. It’s a telescope that will dwarf even the European Southern Observatory’s nearby Very Large Telescope - and provide even more detailed observations of our universe.
A newly released image from the European Southern Observatory shows the telescope’s outer dome nearing completion at Cerro Armazones. At 93 metres wide and 80 metres tall, the structure is designed to protect a telescope whose primary mirror will measure an unprecedented 39 metres across - almost four times the diameter of the largest mirrors currently in use.
When complete, the dome will rotate on a massive concrete base, opening enormous motorised doors to give the telescope an uninterrupted view of some of the darkest skies on Earth. The outer aluminium cladding, now being fitted, will shield the sensitive optics from intense daytime heat and rapid night-time cooling, while shock absorbers built into the foundations are intended to protect the structure from earthquakes.
The Extremely Large Telescope’s mirror alone will be made up of nearly 800 individual segments, each about 1.4 metres wide and only a few centimetres thick, all of which must be aligned to an accuracy measured in millionths of a metre.
The dome itself is expected to be completed by next year. Shortly afterwards, engineers will begin installing the telescope’s five giant mirrors and its complex suite of optical instruments.
Once operational, the ELT is expected to transform astronomy. Working in optical and infrared light, it will provide the sharpest images ever obtained from Earth, allowing scientists to study distant galaxie *
(c) Dukas -
DUK10168283_002
FEATURE - Das Paranal-Observatorium der Europäischen Südsternwarte liefert fantastische Bilder der Milchstrasse
SONDERKONDITIONEN: Satzpreis!
Astronomers have expressed delight that the world’s clearest skies, in Paranal, Chile will remain pristine after the cancellation of a huge factory project.
The firm AES Andes announced that it will step back from the megaproject INNA, which was to produce hydrogen and ammonia. It was to be located near the European Southern Observatory’s (ESO’s) Paranal Observatory.
The Observatory is world-renowned for capturing stunning images of the galaxy - and even helped identify an asteroid that will come worryingly close to hitting the Earth in 2032.
“When the cancellation is confirmed, we’ll be relieved that the INNA industrial complex will not be built near Paranal,” said ESO Director General Xavier Barcons. “Due to its planned location, the project would pose a major threat to the darkest and clearest skies on Earth and to the performance of the most advanced astronomical facilities anywhere in the world.”
A detailed technical analysis by ESO last year revealed that INNA would cause severe, irreversible damage to the dark skies of Paranal and to the capacity of its facilities to operate as designed. The most significant impacts, affecting facilities such as the Very Large Telescope (VLT), the VLT Interferometer (VLTI), the Extremely Large Telescope (ELT), and CTAO-South, would be caused by light pollution, micro-vibrations, dust, and an increase of the air turbulence in the area.
“As we have said before, ESO and its Member States are fully supportive of energy decarbonisation and initiatives that ensure a more prosperous and sustainable future. Green-energy projects — and other industrial projects that drive national and regional development — are fully compatible with astronomical observatories, if the different facilities are located at sufficient distances from one another,” says Barcons.
The scientists say the INNA case and its proposed location highlight the urgent need to establish clear protection measures in *** Local Captio
(c) Dukas -
DUK10168283_004
FEATURE - Das Paranal-Observatorium der Europäischen Südsternwarte liefert fantastische Bilder der Milchstrasse
SONDERKONDITIONEN: Satzpreis!
Astronomers have expressed delight that the world’s clearest skies, in Paranal, Chile will remain pristine after the cancellation of a huge factory project.
The firm AES Andes announced that it will step back from the megaproject INNA, which was to produce hydrogen and ammonia. It was to be located near the European Southern Observatory’s (ESO’s) Paranal Observatory.
The Observatory is world-renowned for capturing stunning images of the galaxy - and even helped identify an asteroid that will come worryingly close to hitting the Earth in 2032.
“When the cancellation is confirmed, we’ll be relieved that the INNA industrial complex will not be built near Paranal,” said ESO Director General Xavier Barcons. “Due to its planned location, the project would pose a major threat to the darkest and clearest skies on Earth and to the performance of the most advanced astronomical facilities anywhere in the world.”
A detailed technical analysis by ESO last year revealed that INNA would cause severe, irreversible damage to the dark skies of Paranal and to the capacity of its facilities to operate as designed. The most significant impacts, affecting facilities such as the Very Large Telescope (VLT), the VLT Interferometer (VLTI), the Extremely Large Telescope (ELT), and CTAO-South, would be caused by light pollution, micro-vibrations, dust, and an increase of the air turbulence in the area.
“As we have said before, ESO and its Member States are fully supportive of energy decarbonisation and initiatives that ensure a more prosperous and sustainable future. Green-energy projects — and other industrial projects that drive national and regional development — are fully compatible with astronomical observatories, if the different facilities are located at sufficient distances from one another,” says Barcons.
The scientists say the INNA case and its proposed location highlight the urgent need to establish clear protection measures in *** Local Captio
(c) Dukas -
DUK10168283_006
FEATURE - Das Paranal-Observatorium der Europäischen Südsternwarte liefert fantastische Bilder der Milchstrasse
SONDERKONDITIONEN: Satzpreis!
Astronomers have expressed delight that the world’s clearest skies, in Paranal, Chile will remain pristine after the cancellation of a huge factory project.
The firm AES Andes announced that it will step back from the megaproject INNA, which was to produce hydrogen and ammonia. It was to be located near the European Southern Observatory’s (ESO’s) Paranal Observatory.
The Observatory is world-renowned for capturing stunning images of the galaxy - and even helped identify an asteroid that will come worryingly close to hitting the Earth in 2032.
“When the cancellation is confirmed, we’ll be relieved that the INNA industrial complex will not be built near Paranal,” said ESO Director General Xavier Barcons. “Due to its planned location, the project would pose a major threat to the darkest and clearest skies on Earth and to the performance of the most advanced astronomical facilities anywhere in the world.”
A detailed technical analysis by ESO last year revealed that INNA would cause severe, irreversible damage to the dark skies of Paranal and to the capacity of its facilities to operate as designed. The most significant impacts, affecting facilities such as the Very Large Telescope (VLT), the VLT Interferometer (VLTI), the Extremely Large Telescope (ELT), and CTAO-South, would be caused by light pollution, micro-vibrations, dust, and an increase of the air turbulence in the area.
“As we have said before, ESO and its Member States are fully supportive of energy decarbonisation and initiatives that ensure a more prosperous and sustainable future. Green-energy projects — and other industrial projects that drive national and regional development — are fully compatible with astronomical observatories, if the different facilities are located at sufficient distances from one another,” says Barcons.
The scientists say the INNA case and its proposed location highlight the urgent need to establish clear protection measures in *** Local Captio
(c) Dukas -
DUK10168283_005
FEATURE - Das Paranal-Observatorium der Europäischen Südsternwarte liefert fantastische Bilder der Milchstrasse
SONDERKONDITIONEN: Satzpreis!
Astronomers have expressed delight that the world’s clearest skies, in Paranal, Chile will remain pristine after the cancellation of a huge factory project.
The firm AES Andes announced that it will step back from the megaproject INNA, which was to produce hydrogen and ammonia. It was to be located near the European Southern Observatory’s (ESO’s) Paranal Observatory.
The Observatory is world-renowned for capturing stunning images of the galaxy - and even helped identify an asteroid that will come worryingly close to hitting the Earth in 2032.
“When the cancellation is confirmed, we’ll be relieved that the INNA industrial complex will not be built near Paranal,” said ESO Director General Xavier Barcons. “Due to its planned location, the project would pose a major threat to the darkest and clearest skies on Earth and to the performance of the most advanced astronomical facilities anywhere in the world.”
A detailed technical analysis by ESO last year revealed that INNA would cause severe, irreversible damage to the dark skies of Paranal and to the capacity of its facilities to operate as designed. The most significant impacts, affecting facilities such as the Very Large Telescope (VLT), the VLT Interferometer (VLTI), the Extremely Large Telescope (ELT), and CTAO-South, would be caused by light pollution, micro-vibrations, dust, and an increase of the air turbulence in the area.
“As we have said before, ESO and its Member States are fully supportive of energy decarbonisation and initiatives that ensure a more prosperous and sustainable future. Green-energy projects — and other industrial projects that drive national and regional development — are fully compatible with astronomical observatories, if the different facilities are located at sufficient distances from one another,” says Barcons.
The scientists say the INNA case and its proposed location highlight the urgent need to establish clear protection measures in *** Local Captio
(c) Dukas -
DUK10168283_003
FEATURE - Das Paranal-Observatorium der Europäischen Südsternwarte liefert fantastische Bilder der Milchstrasse
SONDERKONDITIONEN: Satzpreis!
Astronomers have expressed delight that the world’s clearest skies, in Paranal, Chile will remain pristine after the cancellation of a huge factory project.
The firm AES Andes announced that it will step back from the megaproject INNA, which was to produce hydrogen and ammonia. It was to be located near the European Southern Observatory’s (ESO’s) Paranal Observatory.
The Observatory is world-renowned for capturing stunning images of the galaxy - and even helped identify an asteroid that will come worryingly close to hitting the Earth in 2032.
“When the cancellation is confirmed, we’ll be relieved that the INNA industrial complex will not be built near Paranal,” said ESO Director General Xavier Barcons. “Due to its planned location, the project would pose a major threat to the darkest and clearest skies on Earth and to the performance of the most advanced astronomical facilities anywhere in the world.”
A detailed technical analysis by ESO last year revealed that INNA would cause severe, irreversible damage to the dark skies of Paranal and to the capacity of its facilities to operate as designed. The most significant impacts, affecting facilities such as the Very Large Telescope (VLT), the VLT Interferometer (VLTI), the Extremely Large Telescope (ELT), and CTAO-South, would be caused by light pollution, micro-vibrations, dust, and an increase of the air turbulence in the area.
“As we have said before, ESO and its Member States are fully supportive of energy decarbonisation and initiatives that ensure a more prosperous and sustainable future. Green-energy projects — and other industrial projects that drive national and regional development — are fully compatible with astronomical observatories, if the different facilities are located at sufficient distances from one another,” says Barcons.
The scientists say the INNA case and its proposed location highlight the urgent need to establish clear protection measures in *** Local Captio
(c) Dukas -
DUK10168283_001
FEATURE - Das Paranal-Observatorium der Europäischen Südsternwarte liefert fantastische Bilder der Milchstrasse
SONDERKONDITIONEN: Satzpreis!
Astronomers have expressed delight that the world’s clearest skies, in Paranal, Chile will remain pristine after the cancellation of a huge factory project.
The firm AES Andes announced that it will step back from the megaproject INNA, which was to produce hydrogen and ammonia. It was to be located near the European Southern Observatory’s (ESO’s) Paranal Observatory.
The Observatory is world-renowned for capturing stunning images of the galaxy - and even helped identify an asteroid that will come worryingly close to hitting the Earth in 2032.
“When the cancellation is confirmed, we’ll be relieved that the INNA industrial complex will not be built near Paranal,” said ESO Director General Xavier Barcons. “Due to its planned location, the project would pose a major threat to the darkest and clearest skies on Earth and to the performance of the most advanced astronomical facilities anywhere in the world.”
A detailed technical analysis by ESO last year revealed that INNA would cause severe, irreversible damage to the dark skies of Paranal and to the capacity of its facilities to operate as designed. The most significant impacts, affecting facilities such as the Very Large Telescope (VLT), the VLT Interferometer (VLTI), the Extremely Large Telescope (ELT), and CTAO-South, would be caused by light pollution, micro-vibrations, dust, and an increase of the air turbulence in the area.
“As we have said before, ESO and its Member States are fully supportive of energy decarbonisation and initiatives that ensure a more prosperous and sustainable future. Green-energy projects — and other industrial projects that drive national and regional development — are fully compatible with astronomical observatories, if the different facilities are located at sufficient distances from one another,” says Barcons.
The scientists say the INNA case and its proposed location highlight the urgent need to establish clear protection measures in *** Local Captio
(c) Dukas -
DUK10130030_010
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859630
(c) Dukas -
DUK10137949_002
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859628
(c) Dukas -
DUK10130030_012
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859628
(c) Dukas -
DUK10137949_004
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859620
(c) Dukas -
DUK10137949_005
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859641
(c) Dukas -
DUK10130030_011
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859631
(c) Dukas -
DUK10130030_003
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859635
(c) Dukas -
DUK10130030_004
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859633
(c) Dukas -
DUK10137949_009
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859638
(c) Dukas -
DUK10130030_005
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859621
(c) Dukas -
DUK10137949_003
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
/ 170320
*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859623
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DUK10137949_001
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859626
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DUK10130030_007
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859626
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DUK10137949_010
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859637
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DUK10130030_001
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859637
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DUK10137949_008
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859624
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DUK10130030_009
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859624
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DUK10130030_002
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859640
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DUK10130030_008
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859643
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DUK10137949_007
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859642
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DUK10137949_006
NEWS - Coronavirus: Die Firmenzentrale von BioNTech in Mainz
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859625
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DUK10130030_006
NEWS - Coronavirus: Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
Die Firmenzentrale des Mainzer Spezialisten für Immuntherapien BioNTech SE
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*** German biopharmaceutical company BioNTech , Mainz, Germany - 17 Mar 2020 *** *** Local Caption *** 30859625
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DUK10130034_006
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858827
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DUK10130034_009
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858825
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DUK10130034_003
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858823
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DUK10130034_008
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858829
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DUK10130034_005
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858822
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DUK10130034_001
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858816
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DUK10130034_002
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858818
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DUK10130034_007
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858813
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DUK10130034_004
NEWS - Coronavirus: Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac
Das Firmengebäude des Biotechnologie-Zentrums Tübingen mit dem Pharmaunternehmen CureVac in Tübingen
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*** German biopharmaceutical company CureVac , Tuebingen, Germany - 17 Mar 2020 *** *** Local Caption *** 30858824
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DUK10109291_108
FEATURE - Pix of the Day: Bilder des Tages
Die Biografie von Michelle Obama in der Auslage einer Buchhandlung in Berlin / 181118
*** Biography of Michelle Obama in the display of a bookstore, Berlin, Germany - 18 Nov 2018 *** *** Local Caption *** 28824283
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DUK10109291_107
FEATURE - Pix of the Day: Bilder des Tages
Die Biografie von Michelle Obama in der Auslage einer Buchhandlung in Berlin / 181118
*** Biography of Michelle Obama in the display of a bookstore, Berlin, Germany - 18 Nov 2018 *** *** Local Caption *** 28824290
(c) Dukas -
DUK10072472_002
NEWS - Angela Merkel und Emmanuel Macron treffen sich am Digital-Gipfel in Tallin
Bundeskanzlerin Angela Merkel und Frankreichs Präsident Emmanuel Macron beim Digital-Gipfel in Tallinn / 280917 ***
German Chancellor Angela Merkel (R) and French President Emmanuel Macron talk together during their meeting in Tallinn, Estonia 28 September 2017. The Tallinn Digital Summit is a platform to launch high-level discussions on further plans for digital innovation with the aim of keeping Europe ahead of the technological curve while becoming a digital leader, globally, in the years to come. The summit brings together EU heads of state or government on 29 September 2017 *** Local Caption *** 25167572
(c) Dukas -
DUK10072472_001
NEWS - Angela Merkel und Emmanuel Macron treffen sich am Digital-Gipfel in Tallin
Bundeskanzlerin Angela Merkel und Frankreichs Präsident Emmanuel Macron beim Digital-Gipfel in Tallinn / 280917 ***
German Chancellor Angela Merkel (R) and French President Emmanuel Macron talk together during their meeting in Tallinn, Estonia 28 September 2017. The Tallinn Digital Summit is a platform to launch high-level discussions on further plans for digital innovation with the aim of keeping Europe ahead of the technological curve while becoming a digital leader, globally, in the years to come. The summit brings together EU heads of state or government on 29 September 2017 *** Local Caption *** 25167571
(c) Dukas -
