#longi — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #longi, aggregated by home.social.
-
Belgium – Longi cells hit the road ahead of US race
Going back decades, the field of solar racing has served as the proving ground where module manufacturers test…
#Belgium #BE #Europe #Europa #EU #België #belgien #Belgique #belgium #CAR #Longi #Nachrichten #Nieuws #Nouvelles #race #solar #solarmodules
https://www.europesays.com/2986414/ -
https://www.europesays.com/be/15448/ Belgium – Longi cells hit the road ahead of US race #Belgium #car #LONGi #race #Solar #SolarModules
-
European Energy Storage Milestone: 1 GWh+ Projects Advance in Six Countries – News and Statistics
May 2, 2026 Energy storage projects with a combined capacity exceeding 1GWh have moved forward in several European…
#Europe #EU #1GWh #batterystorageprojects #BESS #energystorage #European #Finland #flower #Germany #GoldbeckSolar #Italy #longi #Netherlands #Poland #re:cap #Slovakia #SPP #Tavion
https://www.europesays.com/europe/29193/ -
1GWh+ of BESS progress by re:cap, Flower, Goldbeck and others
The project was developed by SMA Altenso, which will also deliver the full engineering, procurement and construction (EPC)…
#Europe #EU #EnergyStorageEurope #epc #EuropeanUnion #financing #Finland #flower #Germany #Investment #Italy #longi #Netherlands #Poland #Sweden
https://www.europesays.com/europe/28296/ -
https://www.europesays.com/be/13765/ LONGi has powered Infinite Apollo through Belgium road test #Belgium #InfiniteApollo #InnoptusSolarTeam #LONGi #RoadTest
-
Norway logistics hub connects 7.6 MW of rooftop PV
The 7.6 MW system, covering around 30,000 square metres of rooftop area, was connected to the grid in…
#Norway #NO #Europe #Europa #EU #Longi #Noreg #Norge #norway #nyheter #projects #solarmodules #warehouse
https://www.europesays.com/2890932/ -
https://www.europesays.com/africa/148440/ LONGi Set to Showcase Solar Innovation at Solar & Storage Live Africa 2026 #Africa #EnergyStorage #LONGi #renewableenergy #Solar&StorageLiveAfrica2026 #SolarEnergy #SolarTechnologies
-
https://www.europesays.com/ch/33182/ Swiss Solar Market 2025: Back-Contact Modules Dominate, Storage Grows – News and Statistics #AikoSolar #BackContactSolarModules #BatteryStorage #Huawei #inverters #JinkoSolar #Longi #photovoltaic #RooftopInstallations #Swiss #Switzerland #TrinaSolar
-
Solarpro Breaks Ground on 450 MW Solar Project in Hungary https://www.byteseu.com/1656870/ #Europe #Hungary #Longi #Renewables #SolarEnergy #Solarpro
-
Longi delivers Hi-MO 9 modules for 54 MW project in Romania https://www.byteseu.com/1162125/ #Longi #Romania #SolarModules #SolarParks
-
LONGi Solar Boosts Romania’s Renewable Transition with Major Retail Infrastructure Project https://www.byteseu.com/1144264/ #CleanEnergy #Europe #Longi #RenewableEnergy #renewableenergy #Romania #RooftopSolar #SolarEnergy
-
The ‘next evolution’ in back contact technology: LONGi’s Hi-MO 9 https://www.byteseu.com/1031058/ #BackContact #C-siManufacturing #China #HiMo9 #Longi #PatentDispute #PvModules #SolarPv #Technology #WorldRecord
-
China’s #LONGi will supply 1 GW of "solar PV for a 2.2 GW project in #Indonesia #energysky
China’s LONGi will supply 1 GW... -
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
In a #landmark achievement for #sustainable #manufacturing, #LONGi’s #Jiaxing #Production #Base has become the #world’s first #facility in the #photovoltaic (#PV) #industry to earn dual recognition as both a #Lighthouse #Factory and a #ZeroCarbon Factory. The #milestone was celebrated during #Shanghai #Climate #Week 2025, where the company received the Climate Lighthouse Manufacturing Exemplary Award for its #leadership in #green #innovation and #smart #manufacturing. https://cnbusinessforum.com/longis-jiaxing-production-base-sets-global-standard-as-first-lighthouse-zero-carbon-pv-factory/
-
Der chinesische Hersteller #Longi hat mit einer neu entwickelten #Solarzelle mit hybridem verzahntem Rückkontakt einen Wirkungsgrad von 27,81 % erreicht.
Das ist ein neuer Weltrekord für kristalline #Silizium-Solarzellen. Bestätigt wurde das Ergebnis vom Institut für #Solarenergieforschung Hameln.
Die Verbesserung basiert auf Optimierungen in Zellarchitektur und Materialsystemen und soll die Leistungsdichte künftiger #Photovoltaik-Module weiter steigern.
-
Der chinesische Hersteller #Longi hat mit einer neu entwickelten #Solarzelle mit hybridem verzahntem Rückkontakt einen Wirkungsgrad von 27,81 % erreicht.
Das ist ein neuer Weltrekord für kristalline #Silizium-Solarzellen. Bestätigt wurde das Ergebnis vom Institut für #Solarenergieforschung Hameln.
Die Verbesserung basiert auf Optimierungen in Zellarchitektur und Materialsystemen und soll die Leistungsdichte künftiger #Photovoltaik-Module weiter steigern.
-
Der chinesische Hersteller #Longi hat mit einer neu entwickelten #Solarzelle mit hybridem verzahntem Rückkontakt einen Wirkungsgrad von 27,81 % erreicht.
Das ist ein neuer Weltrekord für kristalline #Silizium-Solarzellen. Bestätigt wurde das Ergebnis vom Institut für #Solarenergieforschung Hameln.
Die Verbesserung basiert auf Optimierungen in Zellarchitektur und Materialsystemen und soll die Leistungsdichte künftiger #Photovoltaik-Module weiter steigern.
-
Der chinesische Hersteller #Longi hat mit einer neu entwickelten #Solarzelle mit hybridem verzahntem Rückkontakt einen Wirkungsgrad von 27,81 % erreicht.
Das ist ein neuer Weltrekord für kristalline #Silizium-Solarzellen. Bestätigt wurde das Ergebnis vom Institut für #Solarenergieforschung Hameln.
Die Verbesserung basiert auf Optimierungen in Zellarchitektur und Materialsystemen und soll die Leistungsdichte künftiger #Photovoltaik-Module weiter steigern.
-
Der chinesische Hersteller #Longi hat mit einer neu entwickelten #Solarzelle mit hybridem verzahntem Rückkontakt einen Wirkungsgrad von 27,81 % erreicht.
Das ist ein neuer Weltrekord für kristalline #Silizium-Solarzellen. Bestätigt wurde das Ergebnis vom Institut für #Solarenergieforschung Hameln.
Die Verbesserung basiert auf Optimierungen in Zellarchitektur und Materialsystemen und soll die Leistungsdichte künftiger #Photovoltaik-Module weiter steigern.
-
Scientists link elusive human group to 150,000-year-old Chinese ‘dragon man’
Evidence from the DNA traces left by #Denisovans shows they lived on the Tibetan plateau, probably travelled to the Philippines and Laos in south Asia and might have made their way to northern China more than 100,000 years ago. They interbred with modern humans.
Their DNA, which was first found in samples from the Denisova cave in Siberia in 2010, provides most of our information about their existence. Only a jaw fragment, a few bits of bone and one or two teeth provide any evidence of their physical characteristics.But recently scientists have pinpointed a strong candidate for the species to which the Denisovans might have belonged.
This is #Homo #longi
– or “Dragon man”
– from Harbin in north-east China.
This key fossil is made up of an almost complete skull with a braincase as big as a modern human’s and a flat face with delicate cheekbones. Dating suggests it is at least 150,000 years old.
“We now believe that the Denisovans were members of the Homo longi species,” said Prof Xijun Ni of the Chinese Academy of Sciences in Beijing, last week. “The latter is characterised by a broad nose, thick brow ridges over its eyes and large tooth sockets.”
The possible Denisovan-Homo longi link is one of several recent developments by researchers working on these humans with whom Homo sapiens shared the planet for hundreds of thousands of years. It is thought they could have played a key role in our own evolution.Scientists in Tibet have discovered a Denisovan gene in local people, the result of interbreeding between the two species in the distant past.
Crucially, this gene has been shown to help modern men and women survive at high altitudes.
In addition, evidence to support the Denisovan-Homo longi link has also been traced to the Tibetan plateau, where scientists began studying a jawbone initially found in a remote cave 3,000 metres (10,000ft) above sea level by a Buddhist monk, who kept it as a relic.
The bone was found not to come from a modern human. But only when researchers began to study the cave where the jawbone had been originally discovered did they find its sediments were rich in Denisovan DNA.
In addition, it was found the fossil itself contained proteins that indicated Denisovan origins.
https://www.theguardian.com/science/2024/mar/30/scientists-link-elusive-human-group-to-150000-year-old-chinese-dragon-man?CMP=Share_iOSApp_Other -
Scientists link elusive human group to 150,000-year-old Chinese ‘dragon man’
Evidence from the DNA traces left by #Denisovans shows they lived on the Tibetan plateau, probably travelled to the Philippines and Laos in south Asia and might have made their way to northern China more than 100,000 years ago. They interbred with modern humans.
Their DNA, which was first found in samples from the Denisova cave in Siberia in 2010, provides most of our information about their existence. Only a jaw fragment, a few bits of bone and one or two teeth provide any evidence of their physical characteristics.But recently scientists have pinpointed a strong candidate for the species to which the Denisovans might have belonged.
This is #Homo #longi
– or “Dragon man”
– from Harbin in north-east China.
This key fossil is made up of an almost complete skull with a braincase as big as a modern human’s and a flat face with delicate cheekbones. Dating suggests it is at least 150,000 years old.
“We now believe that the Denisovans were members of the Homo longi species,” said Prof Xijun Ni of the Chinese Academy of Sciences in Beijing, last week. “The latter is characterised by a broad nose, thick brow ridges over its eyes and large tooth sockets.”
The possible Denisovan-Homo longi link is one of several recent developments by researchers working on these humans with whom Homo sapiens shared the planet for hundreds of thousands of years. It is thought they could have played a key role in our own evolution.Scientists in Tibet have discovered a Denisovan gene in local people, the result of interbreeding between the two species in the distant past.
Crucially, this gene has been shown to help modern men and women survive at high altitudes.
In addition, evidence to support the Denisovan-Homo longi link has also been traced to the Tibetan plateau, where scientists began studying a jawbone initially found in a remote cave 3,000 metres (10,000ft) above sea level by a Buddhist monk, who kept it as a relic.
The bone was found not to come from a modern human. But only when researchers began to study the cave where the jawbone had been originally discovered did they find its sediments were rich in Denisovan DNA.
In addition, it was found the fossil itself contained proteins that indicated Denisovan origins.
https://www.theguardian.com/science/2024/mar/30/scientists-link-elusive-human-group-to-150000-year-old-chinese-dragon-man?CMP=Share_iOSApp_Other -
Scientists link elusive human group to 150,000-year-old Chinese ‘dragon man’
Evidence from the DNA traces left by #Denisovans shows they lived on the Tibetan plateau, probably travelled to the Philippines and Laos in south Asia and might have made their way to northern China more than 100,000 years ago. They interbred with modern humans.
Their DNA, which was first found in samples from the Denisova cave in Siberia in 2010, provides most of our information about their existence. Only a jaw fragment, a few bits of bone and one or two teeth provide any evidence of their physical characteristics.But recently scientists have pinpointed a strong candidate for the species to which the Denisovans might have belonged.
This is #Homo #longi
– or “Dragon man”
– from Harbin in north-east China.
This key fossil is made up of an almost complete skull with a braincase as big as a modern human’s and a flat face with delicate cheekbones. Dating suggests it is at least 150,000 years old.
“We now believe that the Denisovans were members of the Homo longi species,” said Prof Xijun Ni of the Chinese Academy of Sciences in Beijing, last week. “The latter is characterised by a broad nose, thick brow ridges over its eyes and large tooth sockets.”
The possible Denisovan-Homo longi link is one of several recent developments by researchers working on these humans with whom Homo sapiens shared the planet for hundreds of thousands of years. It is thought they could have played a key role in our own evolution.Scientists in Tibet have discovered a Denisovan gene in local people, the result of interbreeding between the two species in the distant past.
Crucially, this gene has been shown to help modern men and women survive at high altitudes.
In addition, evidence to support the Denisovan-Homo longi link has also been traced to the Tibetan plateau, where scientists began studying a jawbone initially found in a remote cave 3,000 metres (10,000ft) above sea level by a Buddhist monk, who kept it as a relic.
The bone was found not to come from a modern human. But only when researchers began to study the cave where the jawbone had been originally discovered did they find its sediments were rich in Denisovan DNA.
In addition, it was found the fossil itself contained proteins that indicated Denisovan origins.
https://www.theguardian.com/science/2024/mar/30/scientists-link-elusive-human-group-to-150000-year-old-chinese-dragon-man?CMP=Share_iOSApp_Other -
Scientists link elusive human group to 150,000-year-old Chinese ‘dragon man’
Evidence from the DNA traces left by #Denisovans shows they lived on the Tibetan plateau, probably travelled to the Philippines and Laos in south Asia and might have made their way to northern China more than 100,000 years ago. They interbred with modern humans.
Their DNA, which was first found in samples from the Denisova cave in Siberia in 2010, provides most of our information about their existence. Only a jaw fragment, a few bits of bone and one or two teeth provide any evidence of their physical characteristics.But recently scientists have pinpointed a strong candidate for the species to which the Denisovans might have belonged.
This is #Homo #longi
– or “Dragon man”
– from Harbin in north-east China.
This key fossil is made up of an almost complete skull with a braincase as big as a modern human’s and a flat face with delicate cheekbones. Dating suggests it is at least 150,000 years old.
“We now believe that the Denisovans were members of the Homo longi species,” said Prof Xijun Ni of the Chinese Academy of Sciences in Beijing, last week. “The latter is characterised by a broad nose, thick brow ridges over its eyes and large tooth sockets.”
The possible Denisovan-Homo longi link is one of several recent developments by researchers working on these humans with whom Homo sapiens shared the planet for hundreds of thousands of years. It is thought they could have played a key role in our own evolution.Scientists in Tibet have discovered a Denisovan gene in local people, the result of interbreeding between the two species in the distant past.
Crucially, this gene has been shown to help modern men and women survive at high altitudes.
In addition, evidence to support the Denisovan-Homo longi link has also been traced to the Tibetan plateau, where scientists began studying a jawbone initially found in a remote cave 3,000 metres (10,000ft) above sea level by a Buddhist monk, who kept it as a relic.
The bone was found not to come from a modern human. But only when researchers began to study the cave where the jawbone had been originally discovered did they find its sediments were rich in Denisovan DNA.
In addition, it was found the fossil itself contained proteins that indicated Denisovan origins.
https://www.theguardian.com/science/2024/mar/30/scientists-link-elusive-human-group-to-150000-year-old-chinese-dragon-man?CMP=Share_iOSApp_Other -
Scientists link elusive human group to 150,000-year-old Chinese ‘dragon man’
Evidence from the DNA traces left by #Denisovans shows they lived on the Tibetan plateau, probably travelled to the Philippines and Laos in south Asia and might have made their way to northern China more than 100,000 years ago. They interbred with modern humans.
Their DNA, which was first found in samples from the Denisova cave in Siberia in 2010, provides most of our information about their existence. Only a jaw fragment, a few bits of bone and one or two teeth provide any evidence of their physical characteristics.But recently scientists have pinpointed a strong candidate for the species to which the Denisovans might have belonged.
This is #Homo #longi
– or “Dragon man”
– from Harbin in north-east China.
This key fossil is made up of an almost complete skull with a braincase as big as a modern human’s and a flat face with delicate cheekbones. Dating suggests it is at least 150,000 years old.
“We now believe that the Denisovans were members of the Homo longi species,” said Prof Xijun Ni of the Chinese Academy of Sciences in Beijing, last week. “The latter is characterised by a broad nose, thick brow ridges over its eyes and large tooth sockets.”
The possible Denisovan-Homo longi link is one of several recent developments by researchers working on these humans with whom Homo sapiens shared the planet for hundreds of thousands of years. It is thought they could have played a key role in our own evolution.Scientists in Tibet have discovered a Denisovan gene in local people, the result of interbreeding between the two species in the distant past.
Crucially, this gene has been shown to help modern men and women survive at high altitudes.
In addition, evidence to support the Denisovan-Homo longi link has also been traced to the Tibetan plateau, where scientists began studying a jawbone initially found in a remote cave 3,000 metres (10,000ft) above sea level by a Buddhist monk, who kept it as a relic.
The bone was found not to come from a modern human. But only when researchers began to study the cave where the jawbone had been originally discovered did they find its sediments were rich in Denisovan DNA.
In addition, it was found the fossil itself contained proteins that indicated Denisovan origins.
https://www.theguardian.com/science/2024/mar/30/scientists-link-elusive-human-group-to-150000-year-old-chinese-dragon-man?CMP=Share_iOSApp_Other -
Nachrichten von Heute: https://t.me/NachrichtenDesTages/2676
-
Nachrichten von Heute: https://t.me/NachrichtenDesTages/2676
-
"Solar technology firm #LONGi has set a new world record for silicon-perovskite tandem #ColarCells by reaching 33.9 percent efficiency."
https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
"Solar technology firm #LONGi has set a new world record for silicon-perovskite tandem #ColarCells by reaching 33.9 percent efficiency."
https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
"Solar technology firm #LONGi has set a new world record for silicon-perovskite tandem #ColarCells by reaching 33.9 percent efficiency."
https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
"Solar technology firm #LONGi has set a new world record for silicon-perovskite tandem #ColarCells by reaching 33.9 percent efficiency."
https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
"Solar technology firm #LONGi has set a new world record for silicon-perovskite tandem #ColarCells by reaching 33.9 percent efficiency."
https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
#LONGi has crossed the theoretical limit of 33.7 percent efficiency for single junction #SolarCells with its tandem solar cell design. https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
#LONGi has crossed the theoretical limit of 33.7 percent efficiency for single junction #SolarCells with its tandem solar cell design. https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
#LONGi has crossed the theoretical limit of 33.7 percent efficiency for single junction #SolarCells with its tandem solar cell design. https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
#LONGi has crossed the theoretical limit of 33.7 percent efficiency for single junction #SolarCells with its tandem solar cell design. https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell
-
#LONGi has crossed the theoretical limit of 33.7 percent efficiency for single junction #SolarCells with its tandem solar cell design. https://interestingengineering.com/innovation/chinese-firm-new-record-tandem-solar-cell