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DUKAS_171144989_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144988_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144985_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144982_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144980_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144977_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144974_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144971_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144967_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUKAS_171144963_LAP
Press conference by the campers for Palestine
The campers at Plaça Universitat are holding a press conference to denounce the eviction by the Barcelona City Council this night
Los acampados en Plaza Universidad están haciendo una rueda de prensa en repulsa al desalojo por parte del Ayuntamiento de Barcelona esta madrugada.
News politics -Barcelona, Spain
friday, june 13 2024 (Photo by Eric Renom/LaPresse)
Eric Renom/LaPresse -
DUK10130085_012
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863223
(c) Dukas -
DUK10130085_011
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863234
(c) Dukas -
DUK10130085_010
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863225
(c) Dukas -
DUK10130085_009
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863226
(c) Dukas -
DUK10130085_008
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863230
(c) Dukas -
DUK10130085_007
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Students outside Trinity college prepare to leave after the University when in to red phase in response to the Coronavirus pandemic and shut down the University, March 18 2020 *** Local Caption *** 30863231
(c) Dukas -
DUK10130085_006
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Students outside Trinity college prepare to leave after the University when in to red phase in response to the Coronavirus pandemic and shut down the University, March 18 2020 *** Local Caption *** 30863229
(c) Dukas -
DUK10130085_005
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Students outside Trinity college prepare to leave after the University when in to red phase in response to the Coronavirus pandemic and shut down the University, March 18 2020 *** Local Caption *** 30863233
(c) Dukas -
DUK10130085_004
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863232
(c) Dukas -
DUK10130085_003
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863227
(c) Dukas -
DUK10130085_002
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863228
(c) Dukas -
DUK10130085_001
NEWS - Coronavirus: Mit Sack und Pack - Studenten in Cambridge verlassen vorzeitig ihren Studienort
Cambridge University students pack their bags and leave after the famous insitution closed up due to Coronavirus, March 18 2020 *** Local Caption *** 30863224
(c) Dukas -
DUK10121908_019
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds using a 3 million pound Thermofisher Titan Electron Microscope to look at the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amou
(c) Dukas -
DUK10121908_018
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** A sample of the world's thinnest gold ever created, which is just two atoms thick created by Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when y
(c) Dukas -
DUK10121908_017
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** A nanosheet image of a sample of the world's thinnest gold ever created, which is just two atoms thick created by Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has econo
(c) Dukas -
DUK10121908_016
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group and Andrew Brown, Associate Rrofessor at the School of Engineering at University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a sm
(c) Dukas -
DUK10121908_015
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** An electron microscope image of a sample of the world's thinnest gold ever created, which is just two atoms thick created by Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds - 6th August 2019 See NATIONAL story NNgold.Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantag *** Local Caption *** 30068116
(c) Dukas -
DUK10121908_014
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds using a 3 million pound Thermofisher Titan Electron Microscope to look at the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amou
(c) Dukas -
DUK10121908_013
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
(c) Dukas -
DUK10121908_012
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
(c) Dukas -
DUK10121908_011
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
(c) Dukas -
DUK10121908_010
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
(c) Dukas -
DUK10121908_009
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
(c) Dukas -
DUK10121908_008
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
(c) Dukas -
DUK10121908_007
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
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DUK10121908_005
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group and Andrew Brown, Associate Rrofessor at the School of Engineering at University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a sm
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DUK10121908_004
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has economic advantages when you
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DUK10121908_003
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds using a 3 million pound Thermofisher Titan Electron Microscope to look at the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amou
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DUK10121908_002
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group and Andrew Brown, Associate Rrofessor at the School of Engineering at University of Leeds looks at a sample of the world's thinnest gold ever created, which is just two atoms thick - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a sm
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DUK10121908_001
FEATURE - Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her
Aus Wissenschaft und Forschung: Wissenschaftler der University of Leeds stellen zwei Atome dicke Goldfolie her / 060819 *** A nanosheet image of a sample of the world's thinnest gold ever created, which is just two atoms thick created by Dr Sunjie Ye from the Leeds' Molecular and Nanoscale Physics Group at the University of Leeds - 6th August 2019 See NATIONAL story NNgold. *** Local Caption *** Gold a million times thinner than a human fingernail has been created by British Scientists. At just two atoms thick it is the thinnest gold ever created. A human hair is 100,000 atoms wide.Despite being best-known for aesthetic qualities, gold actually has wide-scale applications in medical devices and electronics.Researchers behind the new ‘gold nano-seaweed’ think it could help to purify water, form bendable screens and coat medical implants like pacemakers. But the ‘world’s thinnest gold’ - regarded as ‘2D’ because its two layers sit on top of each other - is most promising as a catalyst used to speed up chemical reactions in a range of industrial processes.Lead author Dr Sunjie Ye, of Leeds University’s molecular and nanoscale physics group said: “This work amounts to a landmark achievement.“Not only does it open up the possibility that gold can be used more efficiently in existing technologies, it is providing a route which would allow material scientists to develop other 2D metals."This method could innovate nano-material manufacturing."The ultra-thin gold’s high surface-area to volume ratio means it could be ten times more efficient as a catalyst than current alternatives.Professor Stephen Evans, who supervised the research, said: “Gold is a highly effective catalyst. Because the nano-sheets are so thin, just about every gold atom plays a part in the catalysis. It means the process is highly efficient."Our data suggests that industry could get the same effect from using a smaller amount of gold, and this has econo
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DUK10115379_066
PEOPLE - Hollywood For Science Gala
Robin Thicke
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471662
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DUK10115379_054
PEOPLE - Hollywood For Science Gala
Jasmine Tookes
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471664
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DUK10115379_067
PEOPLE - Hollywood For Science Gala
Jasmine Tookes
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471635
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DUK10115379_028
PEOPLE - Hollywood For Science Gala
Jasmine Tookes
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471631
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DUK10115379_011
PEOPLE - Hollywood For Science Gala
Jasmine Tookes
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471678
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DUK10115379_047
PEOPLE - Hollywood For Science Gala
Angela Lindvall
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471677
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DUK10115379_035
PEOPLE - Hollywood For Science Gala
Angela Lindvall
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471680
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DUK10115379_004
PEOPLE - Hollywood For Science Gala
Sofia Milo
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471634
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DUK10115379_051
PEOPLE - Hollywood For Science Gala
Sofia Milo
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471665
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DUK10115379_050
PEOPLE - Hollywood For Science Gala
Adriana Lima
UCLA To Honor Barbra Streisand and Gisele Bundchen at 2019 Hollywood For Science Gala - Arrivals *** Local Caption *** 29471649
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