YL on the air

Amateur Radio is open to both Men and Woman. There is no discrimination.

Women are always welcome to the ranks, and provide a critical balance to the hobby and the future of communications.

Navy WAVE radio operator

Credit: Courtesy of the United States Navy

WAVES stands for Women Accepted for Volunteer Emergency Service. Before World War II very few women served in the Navy, and those who did were mostly nurses. During World War II women were needed not only as secretaries and nurses, but also for jobs in communications and intelligence. This woman operates a telegraph key. The Navy ran a school for radio personnel beginning in 1942. Research suggests that John Falter, the artist of this recruitment poster, used a Naval photograph taken during March 1943 of Virginia L. Scott as the basis for this image. She is sending a message from the code room of the Radio School at Madison, Wisconsin. This information was provide by ExploreHistory.com.

The Navy used this painting to print 40,000 posters, 71,000 window cards and 57,000 car cards in June of 1943.

Women play a crucial role in providing flawless communications, without them many would have lost their lives. Their dedication was suburb as was their dedication to the country they loved.

Why Amateur Radio Still Matters in the Modern World

Modern communications systems are extraordinarily powerful—but they are also very fragile.

The internet, cellular networks, and satellite systems depend on vast layers of infrastructure: data centers, fiber networks, power grids, and complex global routing systems. When these systems fail due to disaster, conflict, or technical disruption, communication can quickly disappear.

Amateur radio operates differently.

Radio signals travel through the atmosphere and across the ionosphere without needing centralized networks. With the right knowledge, a modest station can communicate across continents using only a radio, an antenna, and a source of power.

This capability makes amateur radio uniquely valuable.

Operators around the world continue to experiment with:

• Weak signal detection and restoration
• HF propagation and long-distance communication
• Emergency and field communications systems
• Digital signal processing and modern RF techniques
• Low-power (QRP) global communication

These experiments are not simply technical curiosities. They represent a living body of knowledge about how communication can survive when infrastructure does not.

At WB6MTK Amateur Radio Labs, we approach amateur radio as both a scientific discipline and a practical engineering field.

Our goal is to explore the deeper principles of radio communication while preserving the skills that allow signals to cross the world under the most difficult conditions.

Because when everything else stops working, radio still speaks.

About the Author

Eric Werny (WB6MTK) operates WB6MTK Amateur Radio Labs, a research-focused platform dedicated to advancing the understanding of RF communication, weak-signal reception, HF propagation, and resilient field radio systems. His work explores the intersection of engineering, experimentation, and practical amateur radio operations.

Articles published through WB6MTK Amateur Radio Labs are part of an ongoing effort to document the principles and techniques that allow radio signals to travel across the world—even when modern communications infrastructure cannot.