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Day 1 of this years LaserNetUS Users’ Meeting has begun! #LaserNetUS2023

girl_in_physics's tweet image. Day 1 of this years LaserNetUS Users’ Meeting has begun! #LaserNetUS2023

Thank you @UofMaryland for our furry friend attendee and support #LaserNetUS2023 🐶 🐕 🐩

LaserNetUS's tweet image. Thank you @UofMaryland for our furry friend attendee and support #LaserNetUS2023 🐶 🐕 🐩

Omar Hurricane tells us more on how ignition and target gain >1 was achieved in inertial #fusion ☀️ #LaserNetUS2023

LaserNetUS's tweet image. Omar Hurricane tells us more on how ignition and target gain >1 was achieved in inertial #fusion ☀️ #LaserNetUS2023

A summary of our last 5 years - thank you all for being a part of the #LaserNetUS community, we couldn’t have done it without you! #LaserNetUS2023

LaserNetUS's tweet image. A summary of our last 5 years - thank you all for being a part of the #LaserNetUS community, we couldn’t have done it without you! #LaserNetUS2023

‘Encourage students and post docs to lead experiments as PIs to cultivate new leaders’ — Douglass Schumacher, LaserNetUS Chair #LaserNetUS2023

LaserNetUS's tweet image. ‘Encourage students and post docs to lead experiments as PIs to cultivate new leaders’ — Douglass Schumacher, LaserNetUS Chair #LaserNetUS2023

Dr. Franziska Treffert from @SLAClab explains her work on ‘High repetition-rate laser-driven #neutron source using ambient-temperature liquid jet targets in a pitcher-catcher setup’ #LaserNetUS2023

LaserNetUS's tweet image. Dr. Franziska Treffert from @SLAClab  explains her work on ‘High repetition-rate laser-driven #neutron source using ambient-temperature liquid jet targets in a pitcher-catcher setup’ #LaserNetUS2023

Did you know that at Thales we develop, install + jointly operate the most powerful laser systems in the world? We’ll be at #LaserNetUS2023 June 27-29 showcasing the Thales technologies that are advancing the frontiers of laser-science research: bit.ly/3JC7s0P

ThalesUSA's tweet image. Did you know that at Thales we develop, install + jointly operate the most powerful laser systems in the world? We’ll be at #LaserNetUS2023 June 27-29 showcasing the Thales technologies that are advancing the frontiers of laser-science research: bit.ly/3JC7s0P

Hongmei Tang from @UniofMich explains her research on High Intensity Laser Pulse Interactions with an Underdense Plasma: Electron Acceleration and Channel Formation #LaserNetUS2023

LaserNetUS's tweet image. Hongmei Tang from @UniofMich explains her research on High Intensity Laser Pulse Interactions with an Underdense Plasma: Electron Acceleration and Channel Formation #LaserNetUS2023

Dr. Amina Hussein from @UAlberta tells is about High-resolution #tomography of porosity evolution in additively manufactured alloys using #betatron x-rays #LaserNetUS2023

LaserNetUS's tweet image. Dr. Amina Hussein from @UAlberta tells is about High-resolution #tomography of porosity evolution in additively manufactured alloys using #betatron x-rays #LaserNetUS2023

Antoine Snijders from @LBNLresearch shares updates on the BELLA PW #laser proton beamline: a new platform for ultra-high dose rate #radiobiological research  #LaserNetUS2023

LaserNetUS's tweet image. Antoine Snijders from @LBNLresearch shares updates on the BELLA PW #laser proton beamline: a new platform for ultra-high dose rate #radiobiological research 
#LaserNetUS2023

Dr. Franziska Treffert from @SLAClab explains her work on ‘High repetition-rate laser-driven #neutron source using ambient-temperature liquid jet targets in a pitcher-catcher setup’ #LaserNetUS2023

LaserNetUS's tweet image. Dr. Franziska Treffert from @SLAClab  explains her work on ‘High repetition-rate laser-driven #neutron source using ambient-temperature liquid jet targets in a pitcher-catcher setup’ #LaserNetUS2023

Antoine Snijders from @LBNLresearch shares updates on the BELLA PW #laser proton beamline: a new platform for ultra-high dose rate #radiobiological research  #LaserNetUS2023

LaserNetUS's tweet image. Antoine Snijders from @LBNLresearch shares updates on the BELLA PW #laser proton beamline: a new platform for ultra-high dose rate #radiobiological research 
#LaserNetUS2023

Hongmei Tang from @UniofMich explains her research on High Intensity Laser Pulse Interactions with an Underdense Plasma: Electron Acceleration and Channel Formation #LaserNetUS2023

LaserNetUS's tweet image. Hongmei Tang from @UniofMich explains her research on High Intensity Laser Pulse Interactions with an Underdense Plasma: Electron Acceleration and Channel Formation #LaserNetUS2023

Dr. Amina Hussein from @UAlberta tells is about High-resolution #tomography of porosity evolution in additively manufactured alloys using #betatron x-rays #LaserNetUS2023

LaserNetUS's tweet image. Dr. Amina Hussein from @UAlberta tells is about High-resolution #tomography of porosity evolution in additively manufactured alloys using #betatron x-rays #LaserNetUS2023

Did you know that at Thales we develop, install + jointly operate the most powerful laser systems in the world? We’ll be at #LaserNetUS2023 June 27-29 showcasing the Thales technologies that are advancing the frontiers of laser-science research: bit.ly/3JC7s0P

ThalesUSA's tweet image. Did you know that at Thales we develop, install + jointly operate the most powerful laser systems in the world? We’ll be at #LaserNetUS2023 June 27-29 showcasing the Thales technologies that are advancing the frontiers of laser-science research: bit.ly/3JC7s0P

Omar Hurricane tells us more on how ignition and target gain >1 was achieved in inertial #fusion ☀️ #LaserNetUS2023

LaserNetUS's tweet image. Omar Hurricane tells us more on how ignition and target gain >1 was achieved in inertial #fusion ☀️ #LaserNetUS2023

Thank you @UofMaryland for our furry friend attendee and support #LaserNetUS2023 🐶 🐕 🐩

LaserNetUS's tweet image. Thank you @UofMaryland for our furry friend attendee and support #LaserNetUS2023 🐶 🐕 🐩

Day 1 of this years LaserNetUS Users’ Meeting has begun! #LaserNetUS2023

girl_in_physics's tweet image. Day 1 of this years LaserNetUS Users’ Meeting has begun! #LaserNetUS2023

A summary of our last 5 years - thank you all for being a part of the #LaserNetUS community, we couldn’t have done it without you! #LaserNetUS2023

LaserNetUS's tweet image. A summary of our last 5 years - thank you all for being a part of the #LaserNetUS community, we couldn’t have done it without you! #LaserNetUS2023

‘Encourage students and post docs to lead experiments as PIs to cultivate new leaders’ — Douglass Schumacher, LaserNetUS Chair #LaserNetUS2023

LaserNetUS's tweet image. ‘Encourage students and post docs to lead experiments as PIs to cultivate new leaders’ — Douglass Schumacher, LaserNetUS Chair #LaserNetUS2023

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Day 1 of this years LaserNetUS Users’ Meeting has begun! #LaserNetUS2023

girl_in_physics's tweet image. Day 1 of this years LaserNetUS Users’ Meeting has begun! #LaserNetUS2023

Thank you @UofMaryland for our furry friend attendee and support #LaserNetUS2023 🐶 🐕 🐩

LaserNetUS's tweet image. Thank you @UofMaryland for our furry friend attendee and support #LaserNetUS2023 🐶 🐕 🐩

Did you know that at Thales we develop, install + jointly operate the most powerful laser systems in the world? We’ll be at #LaserNetUS2023 June 27-29 showcasing the Thales technologies that are advancing the frontiers of laser-science research: bit.ly/3JC7s0P

ThalesUSA's tweet image. Did you know that at Thales we develop, install + jointly operate the most powerful laser systems in the world? We’ll be at #LaserNetUS2023 June 27-29 showcasing the Thales technologies that are advancing the frontiers of laser-science research: bit.ly/3JC7s0P

Omar Hurricane tells us more on how ignition and target gain >1 was achieved in inertial #fusion ☀️ #LaserNetUS2023

LaserNetUS's tweet image. Omar Hurricane tells us more on how ignition and target gain >1 was achieved in inertial #fusion ☀️ #LaserNetUS2023

Dr. Franziska Treffert from @SLAClab explains her work on ‘High repetition-rate laser-driven #neutron source using ambient-temperature liquid jet targets in a pitcher-catcher setup’ #LaserNetUS2023

LaserNetUS's tweet image. Dr. Franziska Treffert from @SLAClab  explains her work on ‘High repetition-rate laser-driven #neutron source using ambient-temperature liquid jet targets in a pitcher-catcher setup’ #LaserNetUS2023

A summary of our last 5 years - thank you all for being a part of the #LaserNetUS community, we couldn’t have done it without you! #LaserNetUS2023

LaserNetUS's tweet image. A summary of our last 5 years - thank you all for being a part of the #LaserNetUS community, we couldn’t have done it without you! #LaserNetUS2023

Hongmei Tang from @UniofMich explains her research on High Intensity Laser Pulse Interactions with an Underdense Plasma: Electron Acceleration and Channel Formation #LaserNetUS2023

LaserNetUS's tweet image. Hongmei Tang from @UniofMich explains her research on High Intensity Laser Pulse Interactions with an Underdense Plasma: Electron Acceleration and Channel Formation #LaserNetUS2023

‘Encourage students and post docs to lead experiments as PIs to cultivate new leaders’ — Douglass Schumacher, LaserNetUS Chair #LaserNetUS2023

LaserNetUS's tweet image. ‘Encourage students and post docs to lead experiments as PIs to cultivate new leaders’ — Douglass Schumacher, LaserNetUS Chair #LaserNetUS2023

Dr. Amina Hussein from @UAlberta tells is about High-resolution #tomography of porosity evolution in additively manufactured alloys using #betatron x-rays #LaserNetUS2023

LaserNetUS's tweet image. Dr. Amina Hussein from @UAlberta tells is about High-resolution #tomography of porosity evolution in additively manufactured alloys using #betatron x-rays #LaserNetUS2023

Antoine Snijders from @LBNLresearch shares updates on the BELLA PW #laser proton beamline: a new platform for ultra-high dose rate #radiobiological research  #LaserNetUS2023

LaserNetUS's tweet image. Antoine Snijders from @LBNLresearch shares updates on the BELLA PW #laser proton beamline: a new platform for ultra-high dose rate #radiobiological research 
#LaserNetUS2023

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