02 · LORE
551 FILES·LAST 1D AGO
Continental Europe2000civilian claim

Project EMBLA Hessdalen

Between 2000 and 2010, the international EMBLA research program, led by Østfold University College (Norway) and the Italian National Research Council, returned to Hessdalen with modern spectroscopy and image analysis. Researchers measured radiant power up to 19 kW from free-floating luminous bodies and published peer-reviewed findings in Acta Astronautica confirming the phenomena are not artifacts of instrumentation.

Between 2000 and 2010, the international EMBLA research program, led by Østfold University College (Norway) and the Italian National Research Council, returned to Hessdalen with modern spectroscopy and image analysis.

Brief

Between 2000 and 2010, the international EMBLA research program, led by Østfold University College (Norway) and the Italian National Research Council, returned to Hessdalen with modern spectroscopy and image analysis. Researchers measured radiant power up to 19 kW from free-floating luminous bodies and published peer-reviewed findings in Acta Astronautica confirming the phenomena are not artifacts of instrumentation. The 2010 paper in Acta Astronautica by Massimo Teodorani described objects that were radar-visible while optically invisible, with estimated temperatures around 5,000 K. One hypothesis involves ionized dust clouds or semiconductor-rock piezoelectric effects in the surrounding geology, but no mechanism fully explains all observed behaviors. The Hessdalen case remains active scientific literature.

Metadata

Year
2000
Location
Hessdalen valley, Norway
Region
Continental Europe
Status
unconfirmed
Tag
civilian claim
Primary
Investigation and analysis of transient luminous phenomena in the low atmosphere of Hessdalen valley, Norway
Source type
html
Sources
2

Key Points

  • Between 2000 and 2010, the international EMBLA research program, led by Østfold University College (Norway) and the Italian National Research Council, returned to Hessdalen with modern spectroscopy and image analysis.
  • Researchers measured radiant power up to 19 kW from free-floating luminous bodies and published peer-reviewed findings in Acta Astronautica confirming the phenomena are not artifacts of instrumentation.
  • The 2010 paper in Acta Astronautica by Massimo Teodorani described objects that were radar-visible while optically invisible, with estimated temperatures around 5,000 K. One hypothesis involves ionized dust clouds or semiconductor-rock piezoelectric effects in the surrounding geology, but no mechanism fully explains all observed behaviors.
  • The Hessdalen case remains active scientific literature.

Most Interesting

  • The 2010 paper in Acta Astronautica by Massimo Teodorani described objects that were radar-visible while optically invisible, with estimated temperatures around 5,000 K. One hypothesis involves ionized dust clouds or semiconductor-rock piezoelectric effects in the surrounding geology, but no mechanism fully explains all observed behaviors.
  • Between 2000 and 2010, the international EMBLA research program, led by Østfold University College (Norway) and the Italian National Research Council, returned to Hessdalen with modern spectroscopy and image analysis.
  • Researchers measured radiant power up to 19 kW from free-floating luminous bodies and published peer-reviewed findings in Acta Astronautica confirming the phenomena are not artifacts of instrumentation.

Timeline

  1. 2000 · Encounter

    Between 2000 and 2010, the international EMBLA research program, led by Østfold University College (Norway) and the Italian National Research Council, returned to Hessdalen with modern spectroscopy and image analysis.

  2. 2010 · Source record

    Investigation and analysis of transient luminous phenomena in the low atmosphere of Hessdalen valley, Norway is the preferred source material attached to this encounter.

Sources

Connected Encounters

SharePostReddit