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DUKAS_119600779_EYE
Beauty From Chaos
Appearing within the boundless darkness of space, the NASA/ESA Hubble Space Telescopevïs snapshot of NGC 34 looks more like an otherworldly, bioluminescent creature from the deep oceans than a galaxy. Lying in the constellation Cetus (The Sea Monster), the galaxyvïs outer region appears almost translucent, pinpricked with stars and strange wispy tendrils. The main cause for this galaxyvïs odd appearance lies in its past. If we were able to reverse time by a few million years, we would see two beautiful spiral galaxies on a direct collision course. When these galaxies collided into one another, their intricate patterns and spiral arms were permanently disturbed. This image shows the galaxy's bright centre, a result of this merging event that has created a burst of new star formation and lit up the surrounding gas. As the galaxies continue to intertwine and become one, NGC 34vïs shape will become more like that of an peculiar galaxy, devoid of any distinct shape.vä In the vastness of space, collisions between galaxies are quite rare events, but they can be numerous in mega-clusters containing hundreds or even thousands of galaxies.
Credit: ESA / eyevine
Contact eyevine for more information about using this image:
T: +44 (0) 20 8709 8709
E: info@eyevine.com
http://www.eyevine.com
(FOTO: DUKAS/EYEVINE)
ESA / eyevine -
DUKAS_190560940_NUR
APEC 2025 Korea CEO SUMMIT Official Opening Day 1
Visitors explore Hyundai Motor's exhibition booth at the K-Tech Showcase, a side event of the APEC CEO Summit, in Gyeongju, South Korea, on October 29, 2025. (Photo by Chris Jung/NurPhoto) -
DUKAS_190560938_NUR
APEC 2025 Korea CEO SUMMIT Official Opening Day 1
Visitors explore Hyundai Motor's exhibition booth at the K-Tech Showcase, a side event of the APEC CEO Summit, in Gyeongju, South Korea, on October 29, 2025. (Photo by Chris Jung/NurPhoto) -
DUKAS_190400327_NUR
Halal Culture Exhibition In Indonesia
Visitors explore the Halal Culture Event at ICE BSD in South Tangerang, Banten, Indonesia, on October 25, 2025. The exhibition showcases Islamic traditions, including halal culinary arts, modest fashion, and cultural displays from various Muslim countries, celebrating the global diversity and unity of the Islamic world. (Photo by Donal Husni/NurPhoto) -
DUKAS_190400326_NUR
Halal Culture Exhibition In Indonesia
Visitors explore the Halal Culture Event at ICE BSD in South Tangerang, Banten, Indonesia, on October 25, 2025. The exhibition showcases Islamic traditions, including halal culinary arts, modest fashion, and cultural displays from various Muslim countries, celebrating the global diversity and unity of the Islamic world. (Photo by Donal Husni/NurPhoto) -
DUKAS_190400325_NUR
Halal Culture Exhibition In Indonesia
Visitors explore the Halal Culture Event at ICE BSD in South Tangerang, Banten, Indonesia, on October 25, 2025. The exhibition showcases Islamic traditions, including halal culinary arts, modest fashion, and cultural displays from various Muslim countries, celebrating the global diversity and unity of the Islamic world. (Photo by Donal Husni/NurPhoto) -
DUKAS_190400324_NUR
Halal Culture Exhibition In Indonesia
Visitors explore the Halal Culture Event at ICE BSD in South Tangerang, Banten, Indonesia, on October 25, 2025. The exhibition showcases Islamic traditions, including halal culinary arts, modest fashion, and cultural displays from various Muslim countries, celebrating the global diversity and unity of the Islamic world. (Photo by Donal Husni/NurPhoto) -
DUKAS_190400323_NUR
Halal Culture Exhibition In Indonesia
Visitors explore the Halal Culture Event at ICE BSD in South Tangerang, Banten, Indonesia, on October 25, 2025. The exhibition showcases Islamic traditions, including halal culinary arts, modest fashion, and cultural displays from various Muslim countries, celebrating the global diversity and unity of the Islamic world. (Photo by Donal Husni/NurPhoto) -
DUKAS_190400321_NUR
Halal Culture Exhibition In Indonesia
Visitors explore the Halal Culture Event at ICE BSD in South Tangerang, Banten, Indonesia, on October 25, 2025. The exhibition showcases Islamic traditions, including halal culinary arts, modest fashion, and cultural displays from various Muslim countries, celebrating the global diversity and unity of the Islamic world. (Photo by Donal Husni/NurPhoto) -
DUKAS_190400317_NUR
Halal Culture Exhibition In Indonesia
Visitors explore the Halal Culture Event at ICE BSD in South Tangerang, Banten, Indonesia, on October 25, 2025. The exhibition showcases Islamic traditions, including halal culinary arts, modest fashion, and cultural displays from various Muslim countries, celebrating the global diversity and unity of the Islamic world. (Photo by Donal Husni/NurPhoto) -
DUKAS_190198608_NUR
Daily Life In Ayia Napa
AYIA NAPA, CYPRUS – OCTOBER 18:
A sunset view of the Bridge of Love near Ayia Napa, Cyprus, on October 18, 2025. (Photo by STR/NurPhoto) -
DUKAS_188430326_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: The Loris wall and rock climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188430324_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: The Loris wall and rock climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188430322_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: The Loris wall and rock climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188430320_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: The Loris wall and rock climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188430318_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: The Loris wall and rock climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188430315_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: The Loris wall and rock climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188430312_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: The Loris wall and rock climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188430309_FER
Rock climbing robot for Moon and Mars exploration
Ferrari Press Agency
Loris 1
Ref 17115
02/09/2025
See Ferrari text
Picture MUST credit: IEEE Spectrum
A robot able to climb sheer rock faces using feet equipped with tiny hooks is being developed to one day help explore the Moon and Mars.
The four legged device called Loris sits flat against the surface it has to navigate.
The legs move one at a time with the hooks , inspired by cockroaches, able to latch onto tiny bumps and crevices as it makes its way up.
The Loris is the work of researcher Paul Nadan, a PhD student in the robot mechanics lab at the USA’s Carnegie Mellon University.
He said: “The goal of our lab is to help get robots out into the real world, not just kind of controlled lab environments.
“The biggest challenge for getting robots in the real world is handling contact.
“There's a lot of different adhesion mechanisms like magnetic or suction.
“The one used by my robot is micro spines which are basically lots of sharp little hooks, but catching all kinds of small microscopic bumps and pits in the rock surface.”
The feet each have two sets of spines at a 90 degree angle and this helps them support forces that are going at different angles.
The name Loris stands for “lightweight observation robot for irregular slopes.”
OPS: Researcher Paul Nadan with the Loris wall climbing robot.
Picture supplied by Ferrari
(FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188355578_FER
Robot ball to explore the rugged Moon surface
Ferrari Press Agency
RoboBall 1
Ref 17113
01/09/2025
See Ferrari text
Picture MUST credit: Texas A&M Engineering
A ball shaped robot is being developed to help explore the surface of the Moon.
Called RoboBall, it is seen as perfect for rolling across rough terrain and in particular the inside of craters.
The project has been revived after it originally began at US spec agency NASA in 2003.
A robotics team at the USA’s Texas A&M Robotics and Automation Design Lab has created two prototypes RoboBall II and RoboBall III.
RoboBall II is just over 60cm in. diameter with a soft outer shell and a propulsion system composed of a pendulum and motors attached to an axle.
As the pendulum swings, it transfers momentum to the sphere, causing it to roll in the desired direction by altering the angle of the pendulum.
Direction is controlled with a games console-like controller.
In tests, it was able to traverse grass, gravel, sand, and even water at speeds of up to 32 km/h.
RoboBall III is 183 cm in diameter and is configured to carry a payload of sensors, cameras, and sampling tools.
Both Robocalls have the ability to inflate and deflate themselves.
OPS: Researchers working on RoboBall II in the lab..
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188355576_FER
Robot ball to explore the rugged Moon surface
Ferrari Press Agency
RoboBall 1
Ref 17113
01/09/2025
See Ferrari text
Picture MUST credit: Texas A&M Engineering
A ball shaped robot is being developed to help explore the surface of the Moon.
Called RoboBall, it is seen as perfect for rolling across rough terrain and in particular the inside of craters.
The project has been revived after it originally began at US spec agency NASA in 2003.
A robotics team at the USA’s Texas A&M Robotics and Automation Design Lab has created two prototypes RoboBall II and RoboBall III.
RoboBall II is just over 60cm in. diameter with a soft outer shell and a propulsion system composed of a pendulum and motors attached to an axle.
As the pendulum swings, it transfers momentum to the sphere, causing it to roll in the desired direction by altering the angle of the pendulum.
Direction is controlled with a games console-like controller.
In tests, it was able to traverse grass, gravel, sand, and even water at speeds of up to 32 km/h.
RoboBall III is 183 cm in diameter and is configured to carry a payload of sensors, cameras, and sampling tools.
Both Robocalls have the ability to inflate and deflate themselves.
OPS: Researchers working on RoboBall II in the lab..
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188355575_FER
Robot ball to explore the rugged Moon surface
Ferrari Press Agency
RoboBall 1
Ref 17113
01/09/2025
See Ferrari text
Picture MUST credit: Texas A&M Engineering
A ball shaped robot is being developed to help explore the surface of the Moon.
Called RoboBall, it is seen as perfect for rolling across rough terrain and in particular the inside of craters.
The project has been revived after it originally began at US spec agency NASA in 2003.
A robotics team at the USA’s Texas A&M Robotics and Automation Design Lab has created two prototypes RoboBall II and RoboBall III.
RoboBall II is just over 60cm in. diameter with a soft outer shell and a propulsion system composed of a pendulum and motors attached to an axle.
As the pendulum swings, it transfers momentum to the sphere, causing it to roll in the desired direction by altering the angle of the pendulum.
Direction is controlled with a games console-like controller.
In tests, it was able to traverse grass, gravel, sand, and even water at speeds of up to 32 km/h.
RoboBall III is 183 cm in diameter and is configured to carry a payload of sensors, cameras, and sampling tools.
Both Robocalls have the ability to inflate and deflate themselves.
OPS: Researchers team head Dr. Robert Ambrose,
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188355574_FER
Robot ball to explore the rugged Moon surface
Ferrari Press Agency
RoboBall 1
Ref 17113
01/09/2025
See Ferrari text
Picture MUST credit: Texas A&M Engineering
A ball shaped robot is being developed to help explore the surface of the Moon.
Called RoboBall, it is seen as perfect for rolling across rough terrain and in particular the inside of craters.
The project has been revived after it originally began at US spec agency NASA in 2003.
A robotics team at the USA’s Texas A&M Robotics and Automation Design Lab has created two prototypes RoboBall II and RoboBall III.
RoboBall II is just over 60cm in. diameter with a soft outer shell and a propulsion system composed of a pendulum and motors attached to an axle.
As the pendulum swings, it transfers momentum to the sphere, causing it to roll in the desired direction by altering the angle of the pendulum.
Direction is controlled with a games console-like controller.
In tests, it was able to traverse grass, gravel, sand, and even water at speeds of up to 32 km/h.
RoboBall III is 183 cm in diameter and is configured to carry a payload of sensors, cameras, and sampling tools.
Both Robocalls have the ability to inflate and deflate themselves.
OPS: Researchers working on RoboBall II in the lab..
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188355573_FER
Robot ball to explore the rugged Moon surface
Ferrari Press Agency
RoboBall 1
Ref 17113
01/09/2025
See Ferrari text
Picture MUST credit: Kaitlyn Johnson/Texas A&M Engineering
A ball shaped robot is being developed to help explore the surface of the Moon.
Called RoboBall, it is seen as perfect for rolling across rough terrain and in particular the inside of craters.
The project has been revived after it originally began at US spec agency NASA in 2003.
A robotics team at the USA’s Texas A&M Robotics and Automation Design Lab has created two prototypes RoboBall II and RoboBall III.
RoboBall II is just over 60cm in. diameter with a soft outer shell and a propulsion system composed of a pendulum and motors attached to an axle.
As the pendulum swings, it transfers momentum to the sphere, causing it to roll in the desired direction by altering the angle of the pendulum.
Direction is controlled with a games console-like controller.
In tests, it was able to traverse grass, gravel, sand, and even water at speeds of up to 32 km/h.
RoboBall III is 183 cm in diameter and is configured to carry a payload of sensors, cameras, and sampling tools.
Both Robocalls have the ability to inflate and deflate themselves.
OPS: Researchers Rishi Jangale (left) and Derek Pravecek (right) with RoboBall III.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188355572_FER
Robot ball to explore the rugged Moon surface
Ferrari Press Agency
RoboBall 1
Ref 17113
01/09/2025
See Ferrari text
Picture MUST credit: Kaitlyn Johnson/Texas A&M Engineering
A ball shaped robot is being developed to help explore the surface of the Moon.
Called RoboBall, it is seen as perfect for rolling across rough terrain and in particular the inside of craters.
The project has been revived after it originally began at US spec agency NASA in 2003.
A robotics team at the USA’s Texas A&M Robotics and Automation Design Lab has created two prototypes RoboBall II and RoboBall III.
RoboBall II is just over 60cm in. diameter with a soft outer shell and a propulsion system composed of a pendulum and motors attached to an axle.
As the pendulum swings, it transfers momentum to the sphere, causing it to roll in the desired direction by altering the angle of the pendulum.
Direction is controlled with a games console-like controller.
In tests, it was able to traverse grass, gravel, sand, and even water at speeds of up to 32 km/h.
RoboBall III is 183 cm in diameter and is configured to carry a payload of sensors, cameras, and sampling tools.
Both Robocalls have the ability to inflate and deflate themselves.
OPS: Researchers ride along with RoboBall III.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188355571_FER
Robot ball to explore the rugged Moon surface
Ferrari Press Agency
RoboBall 1
Ref 17113
01/09/2025
See Ferrari text
Picture MUST credit: Kaitlyn Johnson/Texas A&M Engineering
A ball shaped robot is being developed to help explore the surface of the Moon.
Called RoboBall, it is seen as perfect for rolling across rough terrain and in particular the inside of craters.
The project has been revived after it originally began at US spec agency NASA in 2003.
A robotics team at the USA’s Texas A&M Robotics and Automation Design Lab has created two prototypes RoboBall II and RoboBall III.
RoboBall II is just over 60cm in. diameter with a soft outer shell and a propulsion system composed of a pendulum and motors attached to an axle.
As the pendulum swings, it transfers momentum to the sphere, causing it to roll in the desired direction by altering the angle of the pendulum.
Direction is controlled with a games console-like controller.
In tests, it was able to traverse grass, gravel, sand, and even water at speeds of up to 32 km/h.
RoboBall III is 183 cm in diameter and is configured to carry a payload of sensors, cameras, and sampling tools.
Both Robocalls have the ability to inflate and deflate themselves.
OPS: Render of the RoboBall being used to explore the Moon surface.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_188122770_NUR
Daily Life In Krakow
KRAKOW, POLAND – AUGUST 27:
Middle Eastern tourists explore the Old Town in Krakow, Lesser Poland Voivodeship, Poland, on August (Photo by Artur Widak/NurPhoto) -
DUKAS_187616646_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore and experience products at the CALIVERSE booth during K-Display 2025, the Korea Display Industry Exhibition, held in Seoul, South Korea, on August 9, 2025. First launched in 2001, the exhibition is the country's only specialized display industry event representing the sector for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616645_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore and experience products at the CALIVERSE booth during K-Display 2025, the Korea Display Industry Exhibition, held in Seoul, South Korea, on August 9, 2025. First launched in 2001, the exhibition is the country's only specialized display industry event representing the sector for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616641_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore and experience products at the CALIVERSE booth during K-Display 2025, the Korea Display Industry Exhibition, held in Seoul, South Korea, on August 9, 2025. First launched in 2001, the exhibition is the country's only specialized display industry event representing the sector for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616640_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the LG Electronics booth and experience various automotive displays at K-Display 2025, held in South Korea, through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616632_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore and experience products at the LG Electronics booth during K-Display 2025, the Korea Display Industry Exhibition, held through August 9, 2025. First launched in 2001, the exhibition is the country's only specialized display industry event representing the sector for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616630_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore and experience products at the LG Electronics booth during K-Display 2025, the Korea Display Industry Exhibition, held through August 9, 2025. First launched in 2001, the exhibition is the country's only specialized display industry event representing the sector for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616622_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various OLEDoS displays at K-Display 2025, held at COEX in Gangnam District, Seoul, South Korea, on August 9, 2025. First launched in 2001, the exhibition is South Korea's only dedicated trade show representing the display industry. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616618_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various OLEDoS displays at K-Display 2025, held at COEX in Gangnam District, Seoul, South Korea, on August 9, 2025. First launched in 2001, the exhibition is South Korea's only dedicated trade show representing the display industry. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616617_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various OLEDoS displays at K-Display 2025, held at COEX in Gangnam District, Seoul, South Korea, on August 9, 2025. First launched in 2001, the exhibition is South Korea's only dedicated trade show representing the display industry. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616610_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various automotive displays at K-Display 2025, held through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616608_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various automotive displays at K-Display 2025, held through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616606_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various automotive displays at K-Display 2025, held through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616604_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various automotive displays at K-Display 2025, held through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616602_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various automotive displays at K-Display 2025, held through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616595_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the Samsung Electronics booth and experience various automotive displays at K-Display 2025, held through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616585_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the LG Electronics booth and experience various automotive displays at K-Display 2025, held in South Korea, through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187616584_NUR
K-Display 2025 Showcases 25 Years Of Innovation In Korea's Display Industry
Visitors explore the LG Electronics booth and experience various automotive displays at K-Display 2025, held in South Korea, through August 9, 2025. First launched in 2001, the exhibition is South Korea's only specialized trade show representing the display industry for 25 years. (Photo by Chris Jung/NurPhoto) -
DUKAS_187442512_POL
Amsterdam Moco museum
July 29, 2025- Amsterdam, Holland / The Netherlands: Art exhibition the Amsterdam Moco museum, part of an independent museum group with a wide range of inspiring modern, contemporary, and street art – located in Amsterdam (the Netherlands), Barcelona (Spain) and London (United Kingdom). Among the artists displayed are Banksy, Jean-Michel Basquiat, Keith Haring, Damien Hirst, KAWS, Jeff Koons, Yayoi Kusama, Andy Warhol, Studio Irma. (Maro Kouri/Polaris) (FOTO:DUKAS/POLARIS)
MARO KOURI -
DUKAS_187442511_POL
Amsterdam Moco museum
July 29, 2025- Amsterdam, Holland / The Netherlands: Art exhibition the Amsterdam Moco museum, part of an independent museum group with a wide range of inspiring modern, contemporary, and street art – located in Amsterdam (the Netherlands), Barcelona (Spain) and London (United Kingdom). Among the artists displayed are Banksy, Jean-Michel Basquiat, Keith Haring, Damien Hirst, KAWS, Jeff Koons, Yayoi Kusama, Andy Warhol, Studio Irma. (Maro Kouri/Polaris) (FOTO:DUKAS/POLARIS)
MARO KOURI -
DUKAS_187442510_POL
Amsterdam Moco museum
July 29, 2025- Amsterdam, Holland / The Netherlands: Art exhibition the Amsterdam Moco museum, part of an independent museum group with a wide range of inspiring modern, contemporary, and street art – located in Amsterdam (the Netherlands), Barcelona (Spain) and London (United Kingdom). Among the artists displayed are Banksy, Jean-Michel Basquiat, Keith Haring, Damien Hirst, KAWS, Jeff Koons, Yayoi Kusama, Andy Warhol, Studio Irma. (Maro Kouri/Polaris) (FOTO:DUKAS/POLARIS)
MARO KOURI -
DUKAS_187442509_POL
Amsterdam Moco museum
July 29, 2025- Amsterdam, Holland / The Netherlands: Art exhibition the Amsterdam Moco museum, part of an independent museum group with a wide range of inspiring modern, contemporary, and street art – located in Amsterdam (the Netherlands), Barcelona (Spain) and London (United Kingdom). Among the artists displayed are Banksy, Jean-Michel Basquiat, Keith Haring, Damien Hirst, KAWS, Jeff Koons, Yayoi Kusama, Andy Warhol, Studio Irma. (Maro Kouri/Polaris) (FOTO:DUKAS/POLARIS)
MARO KOURI -
DUKAS_187442508_POL
Amsterdam Moco museum
July 29, 2025- Amsterdam, Holland / The Netherlands: Art exhibition the Amsterdam Moco museum, part of an independent museum group with a wide range of inspiring modern, contemporary, and street art – located in Amsterdam (the Netherlands), Barcelona (Spain) and London (United Kingdom). Among the artists displayed are Banksy, Jean-Michel Basquiat, Keith Haring, Damien Hirst, KAWS, Jeff Koons, Yayoi Kusama, Andy Warhol, Studio Irma. (Maro Kouri/Polaris) (FOTO:DUKAS/POLARIS)
MARO KOURI -
DUKAS_187442507_POL
Amsterdam Moco museum
July 29, 2025- Amsterdam, Holland / The Netherlands: Art exhibition the Amsterdam Moco museum, part of an independent museum group with a wide range of inspiring modern, contemporary, and street art – located in Amsterdam (the Netherlands), Barcelona (Spain) and London (United Kingdom). Among the artists displayed are Banksy, Jean-Michel Basquiat, Keith Haring, Damien Hirst, KAWS, Jeff Koons, Yayoi Kusama, Andy Warhol, Studio Irma. (Maro Kouri/Polaris) (FOTO:DUKAS/POLARIS)
MARO KOURI -
