New Book Says Aging Can “Flicker” — Brief Reversals in Vitality Offer a Way to Redefine Aging
Aging is not a linear decline, but a fluid process with transient reversals, say Stuart Kaplan and Marcus Riley in Your Aging Advantage. Their “flicker stage” concept suggests brief boosts in vitality can follow lifestyle, mindset, and targeted interventions.
- Flicker stage: Short-lived regain of function or felt youthfulness that may recur with triggers.
- Feels-like age: Functional age is malleable and influenced by physical, social and psychological shifts.
- Evidence-backed mechanisms: Studies of mindset, brain oscillations and sensory entrainment show rapid, measurable changes.
- Local implications: Communities and employers can use “age on pace” ideas to retain talent and boost civic engagement.
What the authors say about the flicker stage
Stuart Kaplan and Marcus Riley present the flicker stage as one of seven stages in a model that treats aging as fluid rather than strictly chronological. They explain that life events, stressors and deliberate actions move people between stages by changing their functional, or “feels‑like,” age.
Marcus Riley told media: “Through positive interventions, we have the ability to flicker back to the stage of age we want to be in. This requires identifying personal ‘flicker triggers’ — physical, psychological, social or environmental shifts that help reset one’s pace.”
Kaplan offers a metaphor: felt age is like a weather report — the thermometer might read 85°, but humidity makes it feel like 95°. He argues that the feels‑like age is the lived age that shapes daily choices and well‑being.
How the idea maps to published science
The flicker concept aligns with peer‑reviewed work showing that brief interventions and mindset shifts can produce measurable gains in physical and neural function. Representative studies include:
- Implicit positive age stereotype intervention improves physical function in elders (Psychological Science) — a 2014 study that found brief, implicit exposure to positive age stereotypes improved gait speed, balance and grip strength, with gains lasting weeks.
- Blink‑related oscillations and aging (Frontiers in Aging Neuroscience) — research documenting fluctuating brain patterns tied to age and cognition, consistent with dynamic rather than strictly monotonic decline.
- 40 Hz visual flicker and cognitive resilience (CNS Neuroscience & Therapeutics) — studies on gamma‑entrainment suggesting brief sensory stimulation can change neural activity and influence cognitive outcomes.
Bottom line: These mechanisms — mindset, oscillatory brain dynamics, and sensory entrainment — illustrate plausible routes for short‑term “flickers” in vitality and function, though they do not yet map directly to the book’s seven‑stage framework.
Media coverage and the authors’ public remarks
Kaplan and Riley have discussed flickering in interviews and segments, emphasizing practical steps to “redefine aging.” A recent segment on Fox News highlighted activity, social ties and mindset work as accessible flicker triggers.
Their public message: “age on pace” — people should choose whether to keep working, shift roles, or pursue new interests based on values and capability rather than a fixed chronological timetable.
What the research does — and does not — show
Peer‑reviewed studies document short‑term, measurable improvements after brief interventions: subliminal priming that boosts physical function, variable brain oscillations, and neural entrainment effects from 40 Hz stimulation. These findings support the premise that some aspects of aging can change over short periods.
Limitations: The book’s seven‑stage model is conceptual and not yet validated as a formal aging‑stage taxonomy. Studies show mechanisms and short‑term effects but do not establish how often, how long, or which interventions will reliably produce flickers across diverse populations. Kaplan and Riley acknowledge more research is needed to link flickers to durable long‑term outcomes.
Practical actions and “flicker triggers”
The authors encourage readers to identify personal flicker triggers — repeatable activities that move the feels‑like age toward greater vitality. Examples include:
- Physical activity: short bursts of exercise, resistance training, or focused walking programs.
- Social reconnection: rejoining community groups, faith‑based activities, or family events.
- Mindset work: positive age messaging, purposeful goal setting, and brief interventions that emphasize capability.
- Environmental shifts: changing routines, reducing clutter, or improving sleep patterns.
These approaches reflect evidence that small, targeted changes can improve mobility, mood and brain function. For readers who value self‑reliance and work, “age on pace” emphasizes choice: continue working if meaningful, change roles if desired, and use community supports to stay engaged.
Implications for Alamogordo, New Mexico
Economic: Employers and small businesses could retain experienced workers longer or offer role transitions and short retraining through community colleges and trade schools in Otero County.
Political: County leaders and elected officials favoring personal responsibility can promote community‑based programs that support older workers, volunteerism and faith‑based outreach — framing aging solutions as local and value‑aligned.
Social and cultural: Alamogordo’s civic groups, churches and veterans’ organizations can act as social flicker triggers to reduce isolation and boost vitality. Framing interventions as preserving autonomy and usefulness should resonate with local conservative values.
Practical steps for residents: partner with local providers to develop brief exercise or balance programs, expand walking groups, encourage phased‑retirement policies, and use faith communities for outreach — small investments that can yield noticeable gains in feels‑like age.
Sources and further reading
- Stuart Kaplan and Marcus Riley, Your Aging Advantage (book overview and media segments cited via Fox News).
- Implicit positive age stereotype intervention improves physical function in elders (Psychological Science).
- Blink‑related oscillations and aging (Frontiers in Aging Neuroscience).
- 40 Hz visual flicker and cognitive resilience (CNS Neuroscience & Therapeutics).
Reporting and verification notes
The flicker stage is a central idea presented by Kaplan and Riley and discussed in media. Peer‑reviewed studies referenced here document mechanisms — mindset, brain activity, sensory entrainment — that permit short‑term improvements in function. Readers should note the seven‑stage model remains a conceptual framework; while research supports short‑term reversals in markers of function, large‑scale trials and replication are needed to determine frequency, duration and generalizability of flickers.
