Rethinking Cancer Part 3

Dawn Westrum
Dec 11, 2025
3 min read

Updated: Jan 12

A 5‑Part Series for People Willing to Look Deeper

Part 3 — Voltage, Polarity, and Growth Without Governance

Jerry Tennant, Bioelectricity, and Why Growth Needs Rules

Once prolonged stress alters nervous system regulation, the next layer affected is electrical.

This is where Dr. Jerry Tennant’s work becomes relevant.

Tennant, an ophthalmologist by training, observed something unusual while treating chronic disease: the sickest tissues consistently tested at lower electrical voltage than healthy tissue.

He eventually arrived at a simple but disruptive premise:

Cells require adequate voltage to function, repair, and regulate growth.

Biology Runs on Electricity

The body runs on electrical circuits. When stress, trauma, toxicity, or injury disrupts those circuits, voltage drops and signals lose coherence — like a house with dim lights or tripped breakers.

Chemistry depends on electricity. Without sufficient voltage, enzymes stall, transport fails, and signaling degrades.

Tennant repeatedly described cancer tissue as low‑voltage, depolarized tissue — cells that have lost their orientation and regulatory restraint.

What Polarity Actually Means

Polarity is simply direction of energy flow in a circuit.

Like a battery or a household circuit, the body works because energy flows in a specific direction. When that direction is intact, signals move and systems regulate themselves. When polarity is lost, it’s like a tripped breaker — the wiring is still there, but the signal no longer flows correctly.

Healthy cells are negatively polarized. They have direction. They know where they belong.

Reversal of polarity means:

· confused signaling

· impaired repair

· growth without clear boundaries

From this perspective, cancer is not random chaos. It is growth that has lost its governing signals.

A Clue from Reproduction

Sustained positive voltage is rare in adult human tissue.

One of the few times it appears intentionally is when a sperm enters the presence of an egg.

At that moment:

· electrical polarity shifts from negative to positive

· rapid growth programs activate

This is normal. It is purposeful. It is temporary.

Cancer tissue often mirrors aspects of this state:

· rapid proliferation

· reduced responsiveness to external signals

· aggressive resource acquisition

Some researchers have noted that cancer even resembles placental tissue in key ways — particularly in how it invades surrounding tissue, secures blood supply, and shields itself from immune attack.

A placenta is not malignant. But it is designed for fast, protected growth — under strict regulation and for a limited time.

The uncomfortable question then becomes:

What happens when embryonic growth programs turn on in adult tissue — without proper electrical regulation or polarity?

Loss of voltage removes restraint. Positive polarity removes orientation.

Growth continues. Governance disappears.

Scalar Energy

Scalar energy is often described (loosely and imperfectly) as a way of supporting healthy voltage and coherent signaling across those circuits. The term traces back to Nikola Tesla’s work with energy and fields.

Mainstream science already confirms that:

· cells emit electromagnetic signals

· tissues coordinate through electrical oscillations

· coherence matters for regulation

Scalar language attempts to describe non‑linear coherence — organization without direct physical contact.

Voltage and polarity help determine whether growth is regulated or runaway.

In real life, people experience this kind of electrical regulation through very ordinary things:

· grounding

· prayer or meditation

· breathwork

· time in nature

All of these help the nervous system settle and electrical signals organize.

The takeaway is simple:

When electrical flow improves, unregulated cancer growth declines.

In my office, I use a scalar-based device as one tool to support coherence and voltage — not as a cure, but as a way to help restore clearer communication in the system.