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DUKAS_186633610_NUR
Daily Life Between Banff And Cochrane
BANFF, CANADA – MAY 22:
No. 101 KH Porter Compressed Air Locomotive (1901) seen at the site of Bankhead, a former early-20th-century coal mining town in Banff National Park, near Banff, Alberta, Canada on May 22, 2025. (Photo by Artur Widak/NurPhoto) -
DUKAS_186178715_NUR
Technisches Museum Wien
A sign displays the opening hours at the Technisches Museum Wien (Vienna Technical Museum) in Vienna, Austria, on June 8, 2025. The museum is one of Austria's most important institutions for science, industry, and technology history. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184141804_NUR
Smartflower Compact Photovoltaic System Of Technical University Of Munich
The Technical University of Munich (TUM), Campus Straubing for Biotechnology and Sustainability, is seen on a sunny day in Straubing, Lower Bavaria, Bavaria, Germany, on April 26, 2025. The campus specializes in research and education in the fields of bioeconomy, biotechnology, and sustainability. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184141803_NUR
Smartflower Compact Photovoltaic System Of Technical University Of Munich
A Smartflower compact photovoltaic system is installed on the grounds of the Technical University of Munich (TUM), Campus Straubing for Biotechnology and Sustainability, in Straubing, Lower Bavaria, Bavaria, Germany, on April 26, 2025. The Smartflower is a solar energy device that unfolds like a flower to track the sun for optimal solar power generation. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184141802_NUR
Smartflower Compact Photovoltaic System Of Technical University Of Munich
A Smartflower compact photovoltaic system is installed on the grounds of the Technical University of Munich (TUM), Campus Straubing for Biotechnology and Sustainability, in Straubing, Lower Bavaria, Bavaria, Germany, on April 26, 2025. The Smartflower is a solar energy device that unfolds like a flower to track the sun for optimal solar power generation. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184141801_NUR
Smartflower Compact Photovoltaic System Of Technical University Of Munich
The Technical University of Munich (TUM), Campus Straubing for Biotechnology and Sustainability, is seen on a sunny day in Straubing, Lower Bavaria, Bavaria, Germany, on April 26, 2025. The campus specializes in research and education in the fields of bioeconomy, biotechnology, and sustainability. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184141800_NUR
Smartflower Compact Photovoltaic System Of Technical University Of Munich
A Smartflower compact photovoltaic system is installed on the grounds of the Technical University of Munich (TUM), Campus Straubing for Biotechnology and Sustainability, in Straubing, Lower Bavaria, Bavaria, Germany, on April 26, 2025. The Smartflower is a solar energy device that unfolds like a flower to track the sun for optimal solar power generation. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_184043920_NUR
Classic Cars And Visitors At The Munich Vintage Car Meeting
Classic cars are displayed and visitors engage in conversation during the vintage car meeting organized by the Automobil Club Munchen (ACM) at Theresienwiese in Munich, Germany, on April 27, 2025. The event features a wide variety of historic vehicles and brings together enthusiasts from across the region. (Photo by Michael Nguyen/NurPhoto) -
DUKAS_183672856_NUR
Edmonton Auto Expo Highlights
EDMONTON, CANADA – APRIL 13:
An Edelbrock engine on display at the Edmonton Motor Show on April 13, 2025, in Edmonton, Alberta, Canada. (Photo by Artur Widak/NurPhoto) -
DUK10133995_008
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Ferrari Press Agency
Ref 11969
Beetle cam 1
15/07/2020
See Ferrari text
Picture MUST credit : Mark Stone/University of Washington
A tiny wireless camera that can be strapped onto the back of an insect, is offering an insect’s eye view of the world.The main reason for it is to develop a camera that works the way an insects vision does.It also gives the chance to see the world from an insect perspective.Applications could range from biology to exploring novel environments.The camera streams live video to a smartphone at 1 to 5 frames per second.It sits on a mechanical arm that can pivot 60 degrees. This allows a viewer to capture a high-resolution, panoramic shot or track a moving object while expending a minimal amount of energy. Co-lead study author Vikram Iyer said: “This is the first time that we’ve had a first-person view from the back of a beetle while it’s walking around. “There are so many questions you could explore, such as how does the beetle respond to different stimuli that it sees in the environment? “But also, insects can traverse rocky environments, which is really challenging for robots to do at this scale. “So this system can also help us out by letting us see or collect samples from hard-to-navigate spaces.”To demonstrate the versatility of this system, which weighs about 250 milligrams — a team at the University of Washington in the USA, mounted it on top of live beetles and insect-sized robots.The low-power, low-weight, wireless camera system can capture a first-person view of what’s happening from an actual live insect or create vision for small robots.
Caption: Scene (top left) filmed by the camera on a beetle and beamed bck to a smartphone
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133995_007
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Ferrari Press Agency
Ref 11969
Beetle cam 1
15/07/2020
See Ferrari text
Picture MUST credit : Mark Stone/University of Washington
A tiny wireless camera that can be strapped onto the back of an insect, is offering an insect’s eye view of the world.The main reason for it is to develop a camera that works the way an insects vision does.It also gives the chance to see the world from an insect perspective.Applications could range from biology to exploring novel environments.The camera streams live video to a smartphone at 1 to 5 frames per second.It sits on a mechanical arm that can pivot 60 degrees. This allows a viewer to capture a high-resolution, panoramic shot or track a moving object while expending a minimal amount of energy. Co-lead study author Vikram Iyer said: “This is the first time that we’ve had a first-person view from the back of a beetle while it’s walking around. “There are so many questions you could explore, such as how does the beetle respond to different stimuli that it sees in the environment? “But also, insects can traverse rocky environments, which is really challenging for robots to do at this scale. “So this system can also help us out by letting us see or collect samples from hard-to-navigate spaces.”To demonstrate the versatility of this system, which weighs about 250 milligrams — a team at the University of Washington in the USA, mounted it on top of live beetles and insect-sized robots.The low-power, low-weight, wireless camera system can capture a first-person view of what’s happening from an actual live insect or create vision for small robots.
Caption: A Pinacate beetle explores with the tiny camera on its back.
Credit: Mark Stone/University of Washington
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133995_006
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Ferrari Press Agency
Ref 11969
Beetle cam 1
15/07/2020
See Ferrari text
Picture MUST credit : Mark Stone/University of Washington
A tiny wireless camera that can be strapped onto the back of an insect, is offering an insect’s eye view of the world.The main reason for it is to develop a camera that works the way an insects vision does.It also gives the chance to see the world from an insect perspective.Applications could range from biology to exploring novel environments.The camera streams live video to a smartphone at 1 to 5 frames per second.It sits on a mechanical arm that can pivot 60 degrees. This allows a viewer to capture a high-resolution, panoramic shot or track a moving object while expending a minimal amount of energy. Co-lead study author Vikram Iyer said: “This is the first time that we’ve had a first-person view from the back of a beetle while it’s walking around. “There are so many questions you could explore, such as how does the beetle respond to different stimuli that it sees in the environment? “But also, insects can traverse rocky environments, which is really challenging for robots to do at this scale. “So this system can also help us out by letting us see or collect samples from hard-to-navigate spaces.”To demonstrate the versatility of this system, which weighs about 250 milligrams — a team at the University of Washington in the USA, mounted it on top of live beetles and insect-sized robots.The low-power, low-weight, wireless camera system can capture a first-person view of what’s happening from an actual live insect or create vision for small robots.
Caption: Beetle wearing the camera navigates projects in a lab sending back images to a smartphone
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133995_005
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Caption: Co-lead author Vikram Iyer, a University of Washington doctoral student in the electrical and computer engineering department, attaches the camera system to a Pinacate beetle.
Credit: Mark Stone/University of Washington (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133995_004
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Ferrari Press Agency
Ref 11969
Beetle cam 1
15/07/2020
See Ferrari text
Picture MUST credit : Mark Stone/University of Washington
A tiny wireless camera that can be strapped onto the back of an insect, is offering an insect’s eye view of the world.The main reason for it is to develop a camera that works the way an insects vision does.It also gives the chance to see the world from an insect perspective.Applications could range from biology to exploring novel environments.The camera streams live video to a smartphone at 1 to 5 frames per second.It sits on a mechanical arm that can pivot 60 degrees. This allows a viewer to capture a high-resolution, panoramic shot or track a moving object while expending a minimal amount of energy. Co-lead study author Vikram Iyer said: “This is the first time that we’ve had a first-person view from the back of a beetle while it’s walking around. “There are so many questions you could explore, such as how does the beetle respond to different stimuli that it sees in the environment? “But also, insects can traverse rocky environments, which is really challenging for robots to do at this scale. “So this system can also help us out by letting us see or collect samples from hard-to-navigate spaces.”To demonstrate the versatility of this system, which weighs about 250 milligrams — a team at the University of Washington in the USA, mounted it on top of live beetles and insect-sized robots.The low-power, low-weight, wireless camera system can capture a first-person view of what’s happening from an actual live insect or create vision for small robots.
Caption: The camera system on a beetle.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133995_003
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Ferrari Press Agency
Ref 11969
Beetle cam 1
15/07/2020
See Ferrari text
Picture MUST credit : Mark Stone/University of Washington
A tiny wireless camera that can be strapped onto the back of an insect, is offering an insect’s eye view of the world.The main reason for it is to develop a camera that works the way an insects vision does.It also gives the chance to see the world from an insect perspective.Applications could range from biology to exploring novel environments.The camera streams live video to a smartphone at 1 to 5 frames per second.It sits on a mechanical arm that can pivot 60 degrees. This allows a viewer to capture a high-resolution, panoramic shot or track a moving object while expending a minimal amount of energy. Co-lead study author Vikram Iyer said: “This is the first time that we’ve had a first-person view from the back of a beetle while it’s walking around. “There are so many questions you could explore, such as how does the beetle respond to different stimuli that it sees in the environment? “But also, insects can traverse rocky environments, which is really challenging for robots to do at this scale. “So this system can also help us out by letting us see or collect samples from hard-to-navigate spaces.”To demonstrate the versatility of this system, which weighs about 250 milligrams — a team at the University of Washington in the USA, mounted it on top of live beetles and insect-sized robots.The low-power, low-weight, wireless camera system can capture a first-person view of what’s happening from an actual live insect or create vision for small robots.
Caption: Camera can work at night. Here it streams images to a smartphone
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133995_002
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Ferrari Press Agency
Ref 11969
Beetle cam 1
15/07/2020
See Ferrari text
Picture MUST credit : Mark Stone/University of Washington
A tiny wireless camera that can be strapped onto the back of an insect, is offering an insect’s eye view of the world.The main reason for it is to develop a camera that works the way an insects vision does.It also gives the chance to see the world from an insect perspective.Applications could range from biology to exploring novel environments.The camera streams live video to a smartphone at 1 to 5 frames per second.It sits on a mechanical arm that can pivot 60 degrees. This allows a viewer to capture a high-resolution, panoramic shot or track a moving object while expending a minimal amount of energy. Co-lead study author Vikram Iyer said: “This is the first time that we’ve had a first-person view from the back of a beetle while it’s walking around. “There are so many questions you could explore, such as how does the beetle respond to different stimuli that it sees in the environment? “But also, insects can traverse rocky environments, which is really challenging for robots to do at this scale. “So this system can also help us out by letting us see or collect samples from hard-to-navigate spaces.”To demonstrate the versatility of this system, which weighs about 250 milligrams — a team at the University of Washington in the USA, mounted it on top of live beetles and insect-sized robots.The low-power, low-weight, wireless camera system can capture a first-person view of what’s happening from an actual live insect or create vision for small robots.
Caption: The tiny camera tmounted on an insect-sized robot
Credit: Mark Stone/University of Washington
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
DUK10133995_001
FEATURE - Aus Insektensicht: Winzige Videokamera auf Käfer montiert gibt Einblicke
Ferrari Press Agency
Ref 11969
Beetle cam 1
15/07/2020
See Ferrari text
Picture MUST credit : Mark Stone/University of Washington
A tiny wireless camera that can be strapped onto the back of an insect, is offering an insect’s eye view of the world.The main reason for it is to develop a camera that works the way an insects vision does.It also gives the chance to see the world from an insect perspective.Applications could range from biology to exploring novel environments.The camera streams live video to a smartphone at 1 to 5 frames per second.It sits on a mechanical arm that can pivot 60 degrees. This allows a viewer to capture a high-resolution, panoramic shot or track a moving object while expending a minimal amount of energy. Co-lead study author Vikram Iyer said: “This is the first time that we’ve had a first-person view from the back of a beetle while it’s walking around. “There are so many questions you could explore, such as how does the beetle respond to different stimuli that it sees in the environment? “But also, insects can traverse rocky environments, which is really challenging for robots to do at this scale. “So this system can also help us out by letting us see or collect samples from hard-to-navigate spaces.”To demonstrate the versatility of this system, which weighs about 250 milligrams — a team at the University of Washington in the USA, mounted it on top of live beetles and insect-sized robots.The low-power, low-weight, wireless camera system can capture a first-person view of what’s happening from an actual live insect or create vision for small robots.
Caption:The camer longside a US one cent coin for scale
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)
(c) Dukas -
RDB00554489
Bianca Braun
FOTO: PHILIPPE ROSSIER FUER SOBLI, 29.5.2015, GLATTBRUGG ZH, UNTERNEHMERINNEN GEGEN ERBSCHAFTSSTEUER. BILD: BIANCA BRAUN (MAXON MOTORS).- RDB BY DUKAS
RDB -
RDB00554468
Bianca Braun
FOTO: PHILIPPE ROSSIER FUER SOBLI, 29.5.2015, GLATTBRUGG ZH, UNTERNEHMERINNEN GEGEN ERBSCHAFTSSTEUER. BILD: BIANCA BRAUN (MAXON MOTORS).- RDB BY DUKAS
RDB -
RDB00554490
Bianca Braun
FOTO: PHILIPPE ROSSIER FUER SOBLI, 29.5.2015, GLATTBRUGG ZH, UNTERNEHMERINNEN GEGEN ERBSCHAFTSSTEUER. BILD: BIANCA BRAUN (MAXON MOTORS).- RDB BY DUKAS
RDB -
DUKAS_48374201_ACP
Bilanz-Pressekonferenz der Deutz AG
Bilanz-Pressekonferenz der Deutz AG in Köln / 190315 ***Deutschland, Koeln, 19.03.2015
Dr. Helmut Leube, Vorstandsvorsitzender der Deutz AG, nach der Pressekonferenz.***Deutz AG balance sheet press conference in Cologne, Germany, march 19th, 2015 *** (FOTO: DUKAS/ACTIONPRESS)
DUKAS/ACTIONPRESS -
DUKAS_48374200_ACP
Bilanz-Pressekonferenz der Deutz AG
Bilanz-Pressekonferenz der Deutz AG in Köln / 190315 ***Deutschland, Koeln, 19.03.2015
Dr. Helmut Leube, Vorstandsvorsitzender der Deutz AG, nach der Pressekonferenz.***Deutz AG balance sheet press conference in Cologne, Germany, march 19th, 2015 *** (FOTO: DUKAS/ACTIONPRESS)
DUKAS/ACTIONPRESS -
DUKAS_48374199_ACP
Bilanz-Pressekonferenz der Deutz AG
Bilanz-Pressekonferenz der Deutz AG in Köln / 190315 ***Deutschland, Koeln, 19.03.2015
Dr. Helmut Leube, Vorstandsvorsitzender der Deutz AG, nach der Pressekonferenz.***Deutz AG balance sheet press conference in Cologne, Germany, march 19th, 2015 *** (FOTO: DUKAS/ACTIONPRESS)
DUKAS/ACTIONPRESS -
DUKAS_90983906_GER
PETER PAULI. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DER CHEF PETER PAULI. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983905_GER
PETER PAULI. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DER CHEF PETER PAULI. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983904_GER
DIE SAEGE. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGE. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983903_GER
NACH DEM SAEGEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
NACH DEM SAEGEN WIRD DAS MATERIAL UND DIE HAUCHDUENNEN SCHNITTSTELLEN MIT EINEM ELEKTRO MIKROSKOP KONTROLLIERT. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983902_GER
NACH DEM SAEGEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
NACH DEM SAEGEN WIRD DAS MATERIAL AUS DER SAEGE GENOMMEN UND GEREINIGT, MISCHA SCHMUTZ (24). DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983901_GER
DIE SAEGE IN ARBEIT. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGE IN ARBEIT. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983900_GER
VOR DEM SAEGEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
MISCHA SCHMUTZ (24) FUEGT DAS MATERIAL IN DIE SAEGE. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983898_GER
DIE SAEGE. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGE. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983897_GER
NACH DEM SAEGEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIESE MASCHINE KONTROLLIERT AM ENDE DIE GESAEGTEN PLAETTCHEN UND SORTIERT SIE NACH QUALITAET. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983896_GER
DIE SAEGE IN ARBEIT. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGE IN ARBEIT. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983895_GER
DIE SAEGEFAEDEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGEFAEDEN. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983894_GER
DIE SAEGEFAEDEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGEFAEDEN. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983893_GER
DIE SAEGE. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGE. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983892_GER
NACH DEM SAEGEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIESE MASCHINE KONTROLLIERT AM ENDE DIE GESAEGTEN PLAETTCHEN. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983891_GER
DIE SAEGEFAEDEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGEFAEDEN. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983890_GER
DIE SAEGE. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGE. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983889_GER
DIE SAEGEFAEDEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGEFAEDEN. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983888_GER
DIE SAEGEFAEDEN. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGEFAEDEN. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
DUKAS_90983886_GER
DIE SAEGE. SOLARFIRMA MEYER - BURGER
FOTO: PETER GERBER, 25.07.2011, THUN (BE):
DIE SAEGE. DIE ERFOLGREICHSTE SCHWEIZER SOLARFIRMA MEYER - BURGER
DUKAS/Peter Gerber -
RDB00434683
Philipp Mosimann
FOTO: PHILIPPE ROSSIER, 14.7. 2011. KLOTEN ZH, INTERVIEW/PORTRAIT VOM BUCHER MANAGEMENT AG CEO PHILIP MOSIMANN- RDB BY DUKAS
RDB -
RDB00434681
Philipp Mosimann
FOTO: PHILIPPE ROSSIER, 14.7. 2011. KLOTEN ZH, INTERVIEW/PORTRAIT VOM BUCHER MANAGEMENT AG CEO PHILIP MOSIMANN- RDB BY DUKAS
RDB -
RDB00434682
Philipp Mosimann
FOTO: PHILIPPE ROSSIER, 14.7. 2011. KLOTEN ZH, INTERVIEW/PORTRAIT VOM BUCHER MANAGEMENT AG CEO PHILIP MOSIMANN- RDB BY DUKAS
RDB -
RDB00433577
Philipp Mosimann
FOTO: PHILIPPE ROSSIER, 14.7. 2011. KLOTEN ZH, INTERVIEW/PORTRAIT VOM BUCHER MANAGEMENT AG CEO PHILIP MOSIMANN- RDB BY DUKAS
RDB -
DUKAS_90983548_GER
Hansruedi Wandfluh
FOTO: PETER GERBER, 13.10.2010, Frutigen (BE):
Hansruedi Wandfluh, Unternehmer und Nationalrat. Die Produktionsfirma Wandfluh, Hydraulik und Elektronik, in Frutigen ist die grösste Arbeitgeberin der Region
DUKAS/Peter Gerber -
DUKAS_90983547_GER
Hansruedi Wandfluh
FOTO: PETER GERBER, 13.10.2010, Frutigen (BE):
Hansruedi Wandfluh, Unternehmer und Nationalrat. Die Produktionsfirma Wandfluh, Hydraulik und Elektronik, in Frutigen ist die grösste Arbeitgeberin der Region
DUKAS/Peter Gerber -
RDB00410327
Johann Schneider-Ammann
--- Johann Schneider-Ammann, CEO Ammann Maschinenfabrik AG 2010#Johann Schneider-Ammann, CEO Ammann Maschinenfabrik AG 2010- RDB BY DUKAS
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RDB00402962
Jasmin Staiblin
FOTO: PHILIPPE ROSSIER, 9.11.2009, TURGI AG: ERSTER OFFENTLICHER AUFTRITT NACH DER BABYPAUSE FÜR ABB-SCHWEIZ CEO JASMIN STAIBLIN (39)- RDB BY DUKAS
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