SonoScholar
Publishing
Educational resources for sonographers, educators, and students
Practical, clinically grounded learning materials developed by a sonographer for sonographers.
Featured Textbooks
Comprehensive resources designed to connect ultrasound science, technology, hemodynamics, and clinicial applications.
Sonography:
Acoustics to Images
The Physics & Technology of Diagnostic Ultrasound
A contemporary approach to ultrasound physics and instrumentation that emphasizes how physical principles, system architecture, and image formation work together to create the diagnostic sonogram.
Hemodynamics for
Sonographers
Physical Principles, Physiology, and Clinical Applications
A clinically focused exploration of the physical principles governing arterial and venous blood flow with emphasis on the relationships among pressures, resistance, velocity, vessel mechanics, and Doppler findings.
New & Featured White Papers
In-depth articles on key topics in contemporary ultrasound practice.
Advances in Ultrasound Imaging Architecture
Emerging Technologies and the Future of Imaging
How contemporary beamforming, system architecture, advanced imaging methods, and emerging technologies are reshaping ultrasound image formation.
Artificial Intelligence in Ultrasound Imaging
An overview of machine learning, deep learning, generative AI, automation, and clinical decision-support applications in diagnostic ultrasound.
Essentials of Sonographic Interpretation
An overview of machine learning, deep learning, generative AI, automation, and clinical decision-support applications in diagnostic ultrasound.
Explore SonoScholar
Research & Publications
Peer-reviewed research and publications advancing ultrasound education, imaging science, and clinical practice.
OBG Sonography
Registry review, presentations, textbooks, and education resources for obstetric and gynecologic sonography.
Built from Experience
SonoScholar brings together more than fours decades of clinical practice, teaching, research, publishing, and collaboration with sonographers, educators, engineers and students. The goal is simple: make complex ultrasound science understandable without oversimplifying it.
