#correlator — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #correlator, aggregated by home.social.
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It seems my #gnuradio #correlator actually works, though I am still somewhat skeptical.
This is from a #limesdr correlating its two mu-mimo inputs.
The second picture is what happens when you disconnect one of the antenna from the input showings its not just correlating its own noise.
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It seems my #gnuradio #correlator actually works, though I am still somewhat skeptical.
This is from a #limesdr correlating its two mu-mimo inputs.
The second picture is what happens when you disconnect one of the antenna from the input showings its not just correlating its own noise.
-
It seems my #gnuradio #correlator actually works, though I am still somewhat skeptical.
This is from a #limesdr correlating its two mu-mimo inputs.
The second picture is what happens when you disconnect one of the antenna from the input showings its not just correlating its own noise.
-
It seems my #gnuradio #correlator actually works, though I am still somewhat skeptical.
This is from a #limesdr correlating its two mu-mimo inputs.
The second picture is what happens when you disconnect one of the antenna from the input showings its not just correlating its own noise.
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🌌 We are pleased to announce that the APEX telescope in Chile is now fully integrated into the global mm-VLBI network (GMVA)! 🎉 Thanks to the new 3mm receiver, we were able to detect interferometric fringes between APEX and antennas worldwide 🌐, confirmed by the MPIfR #Correlator Center.
📅 This breakthrough was achieved during the observations from October 11-13. 🌍📡
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🌌 We are pleased to announce that the APEX telescope in Chile is now fully integrated into the global mm-VLBI network (GMVA)! 🎉 Thanks to the new 3mm receiver, we were able to detect interferometric fringes between APEX and antennas worldwide 🌐, confirmed by the MPIfR #Correlator Center.
📅 This breakthrough was achieved during the observations from October 11-13. 🌍📡
-
🌌 We are pleased to announce that the APEX telescope in Chile is now fully integrated into the global mm-VLBI network (GMVA)! 🎉 Thanks to the new 3mm receiver, we were able to detect interferometric fringes between APEX and antennas worldwide 🌐, confirmed by the MPIfR #Correlator Center.
📅 This breakthrough was achieved during the observations from October 11-13. 🌍📡
-
🌌 We are pleased to announce that the APEX telescope in Chile is now fully integrated into the global mm-VLBI network (GMVA)! 🎉 Thanks to the new 3mm receiver, we were able to detect interferometric fringes between APEX and antennas worldwide 🌐, confirmed by the MPIfR #Correlator Center.
📅 This breakthrough was achieved during the observations from October 11-13. 🌍📡
-
🌌 We are pleased to announce that the APEX telescope in Chile is now fully integrated into the global mm-VLBI network (GMVA)! 🎉 Thanks to the new 3mm receiver, we were able to detect interferometric fringes between APEX and antennas worldwide 🌐, confirmed by the MPIfR #Correlator Center.
📅 This breakthrough was achieved during the observations from October 11-13. 🌍📡