Superconductors

What began as a quality-control test for superconducting ceramics led Dr. Eugene Podkletnov into a series of experiments involving apparent weight loss, gold-coated rotating disks, high-voltage impulses, and coils that briefly lift themselves that’s spanned roughly 35 years. In a recent interview with podcast host Tim Ventura, the chemist and materials scientist outlined four distinct approaches, including reports of bent metal, altered laser intensity, and an impulse traveling at 64 times the speed of light. Taken together, the experiments describe a changing research strategy: moving from spinning materials toward controllable electromagnetic fields, while trying to determine what’s actually producing the reported forces.

In the 1990s, Dr. Eugene Podkletnov drew international attention with a rotating superconductor that appeared to weaken gravity. The headlines faded, but his pursuit of gravity control did not. Over the decades that followed, he continued that search through four distinct experiments: the Rotating Superconducting Disk Experiment, which was said to make objects slightly lighter; the Gravity Impulse Generator, which turned that subtle effect into a sudden directional blow; the Room-Temperature Rotating Disk Gravity Generator, which pushed toward practical lift; and the Asymmetric Toroidal-Solenoid Gravity Generator, which moved toward self-levitation. Taken together, the arc is both technical and dramatic: a long attempt to grasp a force that usually seems untouchable, and to reshape it into something that could be directed, concentrated, and engineered into motion.

George Hathaway describes decades of gravity control experiments with Frederick Alzofon, Hal Puthoff, Eugene Podkletnov, Pharis Williams, John Brandenburg, Vicktor Shauberger, Lance Williams & John Hutchison.

For over 30 years, scientists have been trying to manipulate gravity with superconductors. Gary Stephenson discusses Ning Li, Eugene Podkletnov, NASA, and key moments in the history of superconductors & gravity control. The conversation centers around the work of several key figures, the community that formed around them, important experiments and publications (like Li’s Taming Gravity and Podkletnov’s Wired article), and the media attention surrounding their claims.

Can Superconductors Shield Gravity? NASA veteran Glen “Tony” Robertson clears the air about Ning Li, Podkletnov, Superconductors & Gravity Control. In this interview, we explore the decades-long, multi-national effort to explore the potential of superconductors to generate artificial gravity. The conversation centers around the work of Eugene Podletnov, Dr. Ning Li, and others, focusing on experiments involving rotating superconductors and high-voltage discharges.

Dr. Nathan Inan discusses gravito-electromagnetic effects in superconductors and proposes a new experiment to confirm this prediction. This presentation details ongoing research and  focuses on experimental verification of gravitomagnetic field expulsion. Building upon Bryce DeWitt’s 1966 work, the speaker presents a theoretical framework using linearized general relativity and the Ginsburg-Landau theory to describe the interaction between superconductors and gravitoelectromagnetic fields

Kurt Zeller explores the theoretical possibility of manipulating gravity using gravitomagnetism (frame dragging). Zeller is an aerospace engineer with experience in EmDrive research and nuclear fusion, and discusses experimental anomalies and proposes future research directions, including possible propulsion applications and potential astronomical implications.

Dr. John Brandenburg discusses his groundbreaking work on the Murad-Brandenburg Poynting field conservation equation, a potential key to gravity modification. He details experiments, including a modified Searl effect generator showing weight reduction, and connects his research to a unified field theory (GEM) aiming to unify gravity and electromagnetism. The theory draws upon the work of Andrei Sakharov and incorporates concepts like zero-point fluctuation and the E cross B drift.

Glen “Tony” Robertson describes NASA’s failed attempt at a replication of Eugene Podkletnov’s rotating superconductor experiment, undertaking in the mid-2000s with the the help of Podkletnov in recreating the classic “superconductive gravity shield”, in which a rotating superconductor which was claimed to create a beam of reduced gravity above it extending up dozens or perhaps hundreds of feet.

Steve Lutz presented an overview of his research into advanced propulsion systems, drawing on his background in physics, engineering, and collaborative work with researchers like Eugene Podkletnov, Giovanni Modanese and Claude Poher. His work focuses on utilizing metamaterials, specifically Group 3-5 nitrides (GaN, InGaN), to achieve room-temperature superconductivity for craft propulsion.