Lake Winn Resources Corp. announced that it has received the final processed data from Dias Geophysical QMAGT system. Company believes that the QMAGT system has successfully mapped the LCT pegmatite dyke swarm.

Anomalies coinciding with the known dykes appear to coalesce into numerous larger anomalies which range from 10 m to 100m widths and can be intermittently traced along strike for up to 7 km. Historic drilling and channel sampling has proven numerous intervals of mineralized pegmatite grading >1% LiO2 over 1 m to 16.65 m intervals. The QMAGT results will greatly assist the upcoming field mapping and drill program.

QMAGT System: The QMAGT system is a helicopter-borne magnetic survey system utilizing a SQUID (superconducting quantum interference device) sensor measures the complete gradient tensor of the earth's magnetic field. The SQUID sensors are developed by SupraconAG of Jena, Germany. Operating within a liquid helium bath, the sensors measure the magnetic field with great sensitivity.

The survey was not without its challenges due to weather and topography, the system lost sensitivity over the steep cirque valleys (difficult to drape by any system) and in the last flight when it was running low on helium. Elsewhere the system delivered numerous vector products of excellent quality. These will be passed on to consultants to model the magnetic sources in 3-D, a task the vector data is well suited for.

For this news release company will focus on the Bzz data channel which maps the vertical magnetic gradient. Highlights: Final results from Hi-tech full tensor ultrasensitive magnetic survey received; The system appears to successfully map the LCT pegmatite dykes, illustrating that there may be a wider and longer system of anastomosing dykes than previously thought; Signatures up to 100 m wide; Drilling and channel samples confirmed multiple >1% LiO2 dyke intervals over 1 m width with coincident elevated Ta, Sn, and Cs values; Historic soil sampling in a heavily treed area in the southeastern part of the property identified coincident Li, Ta, Sn, and Cs values. The QMAGT system identified a large vertical magnetic gradient anomaly (Alpha Prime) coincident with the soil anomaly; The drill program planned for August and is already permitted.