GLP-1 Peptide Harmonic Energetics Collection

Duration: 45min
Programm Access Link:
https://www.epemf.app/digestive-system/c/12

Weight Loss – GLP-1 Resonance Energetics Collection

What this is

The GLP-1 Peptide Harmonic Energetics Collection translates the vibrational backbone of therapeutic GLP-1 peptides into structured resonance fields. Each program is derived from canonical peptide vibrational bands measured in terahertz, then octave-reduced into audible and subharmonic ranges for entrainment with headphones, coils, PEMF mats, vibroacoustic systems, or TENS.

Rather than treating these molecules as chemical agents, this approach interprets their biochemical vibrational signatures—Amide A, I, II, III, side-chain motions, and lipid modifications—as coherent sound and field expressions.

Also known as

Native GLP-1 (7–36) amide
Semaglutide (Ozempic, Wegovy, Rybelsus)
Liraglutide (Victoza, Saxenda)
Tirzepatide (Mounjaro, Zepbound)
Dulaglutide (Trulicity)
Exenatide (Byetta, Bydureon)

How we calculated these

Canonical peptide bands – using standard IR/Raman ranges for peptide backbones and side chains.
Conversion to THz – each wavenumber was converted into terahertz frequency.
Subharmonic reduction – frequencies divided down into audible & body-resonant bands (<20 kHz, <500 Hz).
Molecule-specific notes – lipidation intensifies CH₂ stretches; Dulaglutide broadens peaks.

1. Native GLP-1 (7–36 amide)

Biology: Endogenous peptide hormone released by the gut in response to food. Stimulates insulin secretion, slows gastric emptying, and reduces appetite.
Structure: A 30-amino acid peptide, non-lipidated.
Spectroscopy: Vibrational backbone dominated by Amide I (C=O stretch), Amide II (N–H bend + C–N stretch), and Amide A (N–H stretch).
Energetic relevance: Serves as the reference baseline, with lower CH₂ intensity due to lack of fatty modifications.

2. Semaglutide

Biology: A synthetic GLP-1 analogue with C18 fatty acid chain attached for albumin binding, increasing half-life to ~7 days. Used clinically as Ozempic, Wegovy, Rybelsus.
Structure: Lipidated peptide, nearly identical to liraglutide with stronger CH₂ signatures.
Spectroscopy: C–H stretches (2850–3000 cm⁻¹, ~85–90 THz) are stronger due to lipid chain.
Energetic relevance: Resonance programs show enhanced side-band energy in the aliphatic C–H regions, making its vibrational field “heavier” and more persistent.

3. Liraglutide

Biology: Another lipidated GLP-1 analogue, half-life ~13 hours, marketed as Victoza and Saxenda.
Structure: Similar fatty acid modification to Semaglutide, but shorter effect window.
Spectroscopy: Same canonical amide modes, but broadened slightly due to lipid tail dynamics.
Energetic relevance: Falls between Semaglutide and native GLP-1, bridging subtle flexibility with enhanced CH₂ expression.

4. Tirzepatide

Biology: A dual incretin agonist, activating both GIP and GLP-1 receptors. Marketed as Mounjaro and Zepbound.
Structure: Lipidated peptide with extended sequence; strong CH₂ intensity.
Spectroscopy: Shares canonical bands, but dual-receptor design influences secondary structure, giving slightly broadened Amide I/II bands.
Energetic relevance: Richest vibrational palette due to dual-binding orientation—seen as more complex resonance layering.

5. Exenatide

Biology: Derived from the saliva of the Gila monster, structurally distinct but GLP-1 mimetic. Shorter half-life, marketed as Byetta and Bydureon.
Structure: Non-lipidated peptide, different sequence.
Spectroscopy: Canonical amide modes, minor shifts from sequence variation.
Energetic relevance: Leaner resonance profile, less dense CH₂ vibration, making it a “lighter” harmonic field.

6. Dulaglutide

Biology: A GLP-1 analogue fused to an IgG4 Fc fragment, giving a very long half-life (~4–5 days). Marketed as Trulicity.
Structure: Large fusion protein, heavy, more complex vibrational spread.
Spectroscopy: Broader peaks in low-frequency collective modes (0.6–6.0 THz).
Energetic relevance: Expansive resonance, with less sharp modes and more diffuse harmonics.

Comparative vibrational data (THz ranges)

Program structure

Amide III: 11.0 min (warmup + focused block)
Amide II: 10.0 min
Amide I: 10.0 min
Amide A: 12.5 min (focused + cooldown)
Transitions (sweeps): 1.5 min

Advanced Subharmonic & Usage Data

The following table shows the calculated subharmonic frequencies, isotope sensitivities, binaural offsets, and recommended audio delivery types for each peptide and vibrational mode.

Molecule	Mode	Wavenumber (cm⁻¹)	Subharmonic Frequency (Hz) ≤20k	Octaves Reduced	Low Subharmonic Frequency (Hz) ≤500	Low Octaves Reduced	Isotope-sensitive atoms	Isotopic panning (L/R)	Binaural/beat offset (Hz)	Headphones	Coil	TENS	Vibroacoustic	PEMF Mat
Native GLP-1	Amide A	3300	11517.14	33	359.91	38	H→D; 15N minor	L light • R heavy	1–3	Sine; fades; AM	Sine/triangle bursts	Biphasic PRF	Sine / 40–80 Hz	Sine bursts
Native GLP-1	Amide I	1643	11468.28	32	358.38	37	¹³C/¹⁸O C=O	L light • R heavy	0.5–2	Sine; fades	Sine/triangle bursts	Biphasic PRF	Sine / 40–80 Hz	Sine bursts
Semaglutide	C–H stretch	2900	10121.13	33	316.29	38	H→D C–H→C–D	L light • R heavy	1–3	Sine; fades	Sine/triangle bursts	Biphasic PRF	Sine / 40–80 Hz	Sine bursts
Tirzepatide	C=O side	1710	11935.95	32	373.00	37	¹³C/¹⁸O carbonyl	L light • R heavy	0.5–2	Sine; fades	Sine/triangle bursts	Biphasic PRF	Sine / 40–80 Hz	Sine bursts
Dulaglutide	Amide I	1640	11447.34	32	357.73	37	¹³C/¹⁸O C=O	L light • R heavy	0.5–2	Sine; fades	Sine/triangle bursts	Biphasic PRF	Sine / 40–80 Hz	Sine bursts

What Tirzepatide biologically does

Tirzepatide is a dual incretin peptide acting on GLP-1 and GIP receptors. It supports appetite regulation, insulin response, slower gastric emptying, satiety, and weight control. Formulations include Mounjaro and Zepbound.

What it includes

Amide A – N–H stretch (H/D substitution sensitive)
Amide I – C=O stretch (¹³C/¹⁸O sensitive)
Amide II – N–H bend + C–N stretch
Amide III – Mixed C–N/N–H backbone motions
C–H stretches – lipid side bands
C=O side chains – isotope sensitive

Who is this for?

Individuals seeking calm satiety and fewer cravings
Mindful eating practitioners
Digestive harmony and energy rhythm support
Meditators exploring peptide resonance
PEMF, coil, mat, or vibroacoustic users

Why this program is unique

Expanded palette – multiple Amide + side modes
Bass mapping – tied to molecular fingerprint
Isotopic awareness – H→D, ¹³C, ¹⁵N, ¹⁸O built-in
Cross-platform – headphones, coils, mats, vibro, TENS
Flow structure – warmup, blocks, sweeps, cooldown

Potential benefits

Encourages inner satiety and balanced food choices
Supports digestive calm and smooth energy flow
Deepens relaxation and body awareness
Enhances PEMF, coil, and vibroacoustic practices
Provides a unique vibrational echo of GLP-1 peptide biology

Instructions

Headphones – Over-ear, wired, comfortable volume
Schedule – Up to 3 × 45 min sessions/day or loop at night
Grounding – Always 2–5 minutes before/after with breathing & hydration

Use with the Imprinter

Place water or an object on the plate while track plays
Store charged items in copper or Faraday bags
Metatronic Flower of Life Dual Frequency Imprinter

Use with iTorus coils

Position coil near abdomen or midline
Low to moderate drive
iTorus i2 | iTorus i5

Use with PEMF Mat

Lie on the mat while track plays
One 45 min session recommended (extend into sleep if desired)
Vortex 6 PEMF Mat

Use with TENS

Apply 4 pads in a 2×2 grid on abdomen/lower back
Keep intensity comfortable; avoid chest, neck, head

More useful tips

Hydrate before and after (minerals optional)
Journal sensations for awareness
Pair with slow breathing: 5 sec inhale / 5 sec exhale

Disclaimer: This program is an experimental vibrational wellness audio. It is not medical advice and does not diagnose, treat, cure, or prevent disease. Do not use with implanted medical devices. If pregnant, epileptic, or under clinical care, consult your provider before use. Always listen at comfortable levels and stop if discomfort occurs.