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Energy

T-Polarized EM Wave Transducer

Generates and detects T-polarized (longitudinal scalar) EM waves — Bearden tensor wave mode

$650 plan
Get build plan →
// Blueprint rendering available after purchase
Technical Specifications
Classification Scalar EM — Energy / Wave
Wave Mode T-polarized (longitudinal scalar)
Drive Element Ferroelectric crystal + resonant cavity
Modes Transmit / receive (switchable)
Status Full plans coming soon
Difficulty 3 / 5
Est. Build Cost TBD (full plans in development)
Est. Build Time TBD

Overview

T-polarization (tensor polarization) is Bearden's term for EM waves with a dominant scalar potential component — the fully longitudinal mode that carries vacuum stress tensor information rather than classical transverse EM energy. The T-Polarized EM Wave Transducer is a solid-state device using a specialized ferroelectric crystal drive stage and a resonant cavity tuned to the T-wave mode condition. Both transmission and detection modes are supported: the same transducer element can act as emitter or receiver by switching the drive polarity. Applications include T-wave communication experiments, scalar interferometry, and high-sensitivity near-field scalar detection. **Full BOM and assembly steps currently in development.** Plans and prototype kit available at pre-release pricing.

Intended Research Use

T-polarized wave generation and detection, scalar EM tensor mode experiments, Bearden T-wave replication, longitudinal EM communication experiments.

Bill of Materials (0 components)

// Full BOM in development — available with complete plan release.

Get Build Plan

Complete plan PDF including all specs, winding geometry, drive circuit schematics, measurement protocols, and Gerber files where applicable.

$650 one-time
Purchase plan — Stripe
Also available: Component kit $4,800 — members get 10% off
Save 10% with Membership
Complete build documentation (PDF)
Winding specs + circuit schematics
Measurement + verification protocols
Sourcing guide for all BOM items
Lifetime access, no subscription
Build Difficulty
Intermediate — requires basic RF electronics experience.

Est. cost: TBD
Est. time: TBD