RTT Neuroplasticity 5 — Questions and Answers
Question 1: Which neuroplasticity researcher's work most directly supports the RTT principle that 'neurons that fire together, wire together'?
- Sigmund Freud
- Donald Hebb (Correct answer)
- Carl Jung
- B.F. Skinner
Correct answer: Donald Hebb
Donald Hebb's 1949 postulate — that co-active neurons strengthen their synaptic connection — is the foundational principle underlying RTT's use of repetition and visualization.
Question 2: In RTT, a client who has experienced trauma may have a hyperactive HPA axis. How does this affect neuroplastic change?
- Elevated cortisol enhances neuroplasticity and speeds healing
- Chronic cortisol suppresses hippocampal neurogenesis and impairs new memory formation (Correct answer)
- The HPA axis only affects physical health, not belief systems
- Cortisol permanently prevents synaptic change
Correct answer: Chronic cortisol suppresses hippocampal neurogenesis and impairs new memory formation
Chronic stress elevates cortisol, which suppresses hippocampal neurogenesis and LTP, making new positive learning harder — RTT's relaxation protocol counteracts this by lowering cortisol.
Question 3: An RTT therapist helps a client reframe a painful childhood memory as 'the best thing that happened because it made me resilient.' This technique leverages which neural process?
- Memory reconsolidation — reactivated memories become temporarily malleable and can be updated (Correct answer)
- Permanent deletion of the original memory trace
- Hippocampal compression of old memories
- Amygdala enlargement through emotional processing
Correct answer: Memory reconsolidation — reactivated memories become temporarily malleable and can be updated
Memory reconsolidation occurs when a retrieved memory re-enters a labile state and can be modified before being re-stored, providing the neurobiological window RTT reframing exploits.
Question 4: Which brain network's increased activity is associated with the mind-wandering and self-referential thinking that RTT aims to transform?
- Salience network
- Default Mode Network (DMN) (Correct answer)
- Dorsal attention network
- Motor cortex network
Correct answer: Default Mode Network (DMN)
The Default Mode Network (DMN) is active during self-referential thought and ruminative loops, and RTT's hypnotic focus interrupts DMN dominance to allow new self-narratives to form.
Question 5: RTT encourages clients to 'catch themselves' when old thoughts arise and redirect to new beliefs. This practice supports which neuroplastic mechanism?
- Synaptic pruning of beneficial pathways
- Competitive plasticity — new pathways strengthen while old ones weaken from disuse (Correct answer)
- Myelination of the amygdala
- Cortisol-driven memory consolidation
Correct answer: Competitive plasticity — new pathways strengthen while old ones weaken from disuse
Competitive plasticity means neural resources shift toward frequently used pathways and away from neglected ones — actively redirecting thoughts strengthens new circuits and weakens old ones.
Question 6: A key RTT principle is that the mind responds to the pictures it makes and the words it says. The neuroscientific term for the brain region processing self-generated mental imagery is:
- Broca's area only
- Visual cortex and associated imagery networks (Correct answer)
- Exclusively the cerebellum
- Only the auditory cortex
Correct answer: Visual cortex and associated imagery networks
Mental imagery activates the visual cortex and a distributed network including prefrontal and parietal areas, making vivid hypnotic visualization neurologically equivalent to real visual experience.
Question 7: RTT holds that transformation happens when the subconscious accepts a new belief as true. Neuroplastically, 'acceptance' reflects:
- Genetic expression of inherited traits
- Integration of new information into stable long-term memory networks via consolidation (Correct answer)
- A purely conscious, voluntary decision
- Temporary activation of short-term working memory only
Correct answer: Integration of new information into stable long-term memory networks via consolidation
Lasting belief change requires new neural representations to be consolidated into long-term memory networks, becoming as automatic and 'true-feeling' as the old belief once was.
RTT Neuroplasticity 5
Which neuroplasticity researcher's work most directly supports the RTT principle that 'neurons that fire together, wire together'?