year
int64 1.99k
2.03k
| theme
stringclasses 13
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stringlengths 34
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| source
stringclasses 11
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|---|---|---|---|
2,009
|
Science
|
During 2009, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,010
|
Science
|
In 2010, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,010
|
Science
|
During 2010, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,011
|
Science
|
In 2011, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,011
|
Science
|
During 2011, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,012
|
Science
|
In 2012, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,012
|
Science
|
During 2012, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,013
|
Science
|
In 2013, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,013
|
Science
|
During 2013, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,014
|
Science
|
In 2014, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,014
|
Science
|
During 2014, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,015
|
Science
|
In 2015, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,015
|
Science
|
During 2015, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,016
|
Science
|
In 2016, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,016
|
Science
|
During 2016, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,017
|
Science
|
In 2017, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,017
|
Science
|
During 2017, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,018
|
Science
|
In 2018, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,018
|
Science
|
During 2018, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,019
|
Science
|
In 2019, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,019
|
Science
|
During 2019, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,020
|
Science
|
In 2020, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,020
|
Science
|
During 2020, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,021
|
Science
|
In 2021, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,021
|
Science
|
During 2021, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,022
|
Science
|
In 2022, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,022
|
Science
|
During 2022, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,023
|
Science
|
In 2023, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,023
|
Science
|
During 2023, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,024
|
Science
|
In 2024, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,024
|
Science
|
During 2024, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
2,025
|
Science
|
In 2025, Lithuania continued developing scientific research capacity through university initiatives, applied research centers, and technological innovation relevant to the socio-economic context.
|
ZygAI Lithuania Scientific Timeline
|
2,025
|
Science
|
During 2025, Lithuanian universities played a key role in promoting scientific literacy, upgrading lab infrastructure, and supporting emerging fields such as biotechnology, physics, and information science.
|
ZygAI Lithuania Scientific Timeline
|
1,985
|
Technology
|
In 1985, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,986
|
Technology
|
In 1986, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,987
|
Technology
|
In 1987, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,988
|
Technology
|
In 1988, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,989
|
Technology
|
In 1989, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,990
|
Technology
|
In 1990, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,991
|
Technology
|
In 1991, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,992
|
Technology
|
In 1992, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,993
|
Technology
|
In 1993, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,994
|
Technology
|
In 1994, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,995
|
Technology
|
In 1995, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,996
|
Technology
|
In 1996, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,997
|
Technology
|
In 1997, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,998
|
Technology
|
In 1998, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
1,999
|
Technology
|
In 1999, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,000
|
Technology
|
In 2000, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,001
|
Technology
|
In 2001, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,002
|
Technology
|
In 2002, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,003
|
Technology
|
In 2003, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,004
|
Technology
|
In 2004, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,005
|
Technology
|
In 2005, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,006
|
Technology
|
In 2006, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,007
|
Technology
|
In 2007, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,008
|
Technology
|
In 2008, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,009
|
Technology
|
In 2009, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,010
|
Technology
|
In 2010, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,011
|
Technology
|
In 2011, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,012
|
Technology
|
In 2012, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,013
|
Technology
|
In 2013, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,014
|
Technology
|
In 2014, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,015
|
Technology
|
In 2015, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,016
|
Technology
|
In 2016, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,017
|
Technology
|
In 2017, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,018
|
Technology
|
In 2018, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,019
|
Technology
|
In 2019, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,020
|
Technology
|
In 2020, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,021
|
Technology
|
In 2021, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,022
|
Technology
|
In 2022, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,023
|
Technology
|
In 2023, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,024
|
Technology
|
In 2024, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
2,025
|
Technology
|
In 2025, Lithuania experienced technological advancements, including in digitalization, telecommunications, and applied computing. These changes impacted both industrial growth and public administration.
|
ZygAI Yearly Dataset
|
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