The Jack Wylie Trophy has been awarded to Billy McFarland, GM6DX (ex GM0OBX).
During the Covid restrictions Billy has devised a free, online UK amateur radio licence course which has had many subscribers, whom he has closely mentored and tutored.
Many of these students have donated to charity in thanks for the help they have received from Billy and his Coursework.
The Jack Wylie Trophy is issued annually to the Scottish club, society or RSGB member thought to have done the most for amateur radio in Scotland.
Congratulations to Billy GM6DX , well deserved.
A Team of 5-6 operators from LA will activate Prins Karls Forland island which is part of EU-063 Svalbard’s Coastal Islands in July 2021 (20 yrs since this island was activated). One week tent and generator trip.
Activity July 21/7 to 26/7
Band: Focus on 40/30/20meter but also other band if propagation allows.
Participation in RSGB IOTA contest. Operators: LB1QI, LB2HG, LA7GIA, LA7QIA, LA8OM
Outside contest focus will be NA/Asia. VDA antennas and verticals next to saltwater, 1 kW amplifiers.
Radio: Elecraft K3, Kx3, TS590. Amplifier: Expert 1.3 and Juma 1000
Donations appreciated via firstname.lastname@example.org
QSL via Charles M0OXO OQRS Direct, OQRS Bureau and Direct QSL.
Full log to be uploaded to LoTW
On May 29, 1919, the Moon slid in front of the sun and forever altered our understanding of spacetime. It was “Einstein’s Eclipse.” Using his newly-developed theory of relativity, the young German physicist predicted that the sun’s gravity should bend starlight–an effect which could only be seen during a total eclipse. Some of the greatest astronomers of the age rushed to check his prediction.
More than 100 years later, Petr Horálek (ESO Photo Ambassador, Institute of Physics in Opava) and Miloslav Druckmüller (Brno University of Technology) have just released a stunning restoration of the photo that proved Einstein right. The original picture was taken in May 1919 by astronomers Andrew Crommelin and Charles Rundle Davidson, who traveled from the Greenwich Observatory in London to the path of totality in Sobral, Brazil. They were part of a global expedition headlined by Sir Arthur Eddington. Glass photographic plates from the expedition were typical of early 20th century astrophotography, colorless and a little dull. Read More
Many logging programs these days have so many ADIF fields that many are just wasted and clog up the system with very large and unrequired files. Log4OM has 90+ ADIF fields and so have many others. I have no doubt these fields are useful to some operators but for my purposes they are just unwanted. I don’t need to know your House Number on your Street, similarly I don’t need your Azimuth Heading. So what do I need for the purposes of using the adif file as part of your QSL request?
A ‘Standard ADIF’ is what you see below, just the bare bones of the contact QSO.
The only other fields we need are CALL, QSO_DATE, TIME ON, BAND, MODE, RST_RCVD, RST SENT. Also,
“Station_Callsign” Tells our OQRS where to upload the ADIF, and
“Operator” DXpeditions have multi operators so for this reason we ask for the operator call sign. This can be used for statistics and also for error chacking and is also added to the QSO label.
All other fields are just noise and this is why they sometimes can fail to upload to OQRS.
I hope that helps to clarify the situation for you.