Bøger af William Furman

Embark on a Soul-Stirring Journey of Faith and Redemption in this Riveting Christian Historical EpicIn the captivating pages of Sword of the Lord, author William Furman invites readers on an extraordinary pilgrimage through the annals of Christian history. This riveting sequel to from Slave to Soldier to Servant unfolds against the backdrop of the first century, where the Cornelius family faces unrelenting persecution from Roman authorities. As the shadows of danger loom large, the family makes a daring escape to Greece, a land teeming with new challenges and uncharted spiritual territories.Furman masterfully crafts a narrative that seamlessly weaves together elements of faith, courage, and the indomitable human spirit. The Cornelius family emerges as beacons of hope, resolute in their mission to share God's message amid the perils of ancient times. This enthralling tale beckons readers to witness the transformative journey of a family committed to spreading the gospel, even when faced with the direst of circumstances. As the Cornelius family forges a new life in Greece, their unwavering dedication to God's message inspires and challenges, prompting readers to reflect on their own faith journeys.Prepare to be immersed in a world where the clash of empires meets the quiet strength of believers, and where the sword of the Lord becomes a symbol of unyielding faith. With rich historical detail, Furman paints a vivid tapestry of a bygone era, bringing to life characters who embody the resilience and tenacity of those who dared to stand for their beliefs.Sword of the Lord is not just a novel; it's an invitation to experience the courage of the early Christians, to walk alongside the Cornelius family in their odyssey of faith, and to emerge with a renewed sense of the enduring power of God's message.

Written by the developers of the new 21st century HF (high frequency) radio technology, this resource presents the powerful new capabilities and technical details of 3G and WBHF (wideband high frequency) waveforms to help professionals understand and use the ionospheric channel for video and high-speed data transmission.