Hope is an emotion, a feeling, or a way of thinking.

"Hope is a waking dream."

-Aristotle

The above quote suggests that hope is a conscious visualization of a better future, serving as a powerful, imaginative motivator while we are awake. Our brain operates more effectively, and we feel better when we have hope in the face of adversity and uncertainty.

“Hope is a choice, a powerful force that sustains life even in the direst circumstances.

While the outcomes we hope for are not guaranteed,

The act of hoping itself is a testament to our resilience and strength.”

                                                                         -Victor Frankl

Victor Frankl was a holocaust Survivor who developed a form of psychotherapy called logotherapy. His book “Man's Search for Meaning” is an enduring work of survival literature, offering an insightful exploration of the human will to find meaning in the face of the worst adversity.

                  Snyder's Hope Theory: A Cognitive Model

Psychologist and researcher C.R. “Rick” Snyder, a positive psychologist, proposed an interpretation of hope that extends beyond merely defining it as an emotion. Snyder’s perspective regards hope as a cognitive process or a pattern of thinking. It is a goal-oriented cognitive function and a constructive emotion that enables individuals to envisage an improved future, formulate pathways to attain it, and sustain the motivation (agency) necessary to follow those pathways. Frequently characterized as a "way of thinking" rather than simply an emotion, hope bolsters resilience, supports mental health, and plays an essential role in managing uncertainty and overcoming challenges.

Snyder’s approach to hope gives the individual the power to change his or her outlook and, ideally, influence how things go in the future.

Snyder’s approach, saying hope happens in the following stages :

1.     Goals: A vision of a desired future. When we can set realistic goals (I know where I want to go).

“I can’t do anything right” (black-and-white thinking) vs. “I’m not doing well in my job but I’m a great, reliable friend. I’m going to focus on being a good friend and on my relationships with others.” (I know where I want to go).

2.     Pathways Thinking: The ability to generate actionable plans and routes to achieve those goals. When we can figure out how to achieve those goals, including staying flexible and developing alternative routes (I know how to get there, I'm persistent, and I can tolerate disappointment and try again).

“I feel I have no control over my life.” (external locus of control) “I plan to ask my friends for help in figuring out my career path. I will also consider how to leverage my relationship-building skills for a career change. (I know the steps to take, I am persistent, and I can handle disappointment and keep trying).”

3.     Agency Thinking: The motivation, "willpower," and self-belief to initiate and sustain movement along these paths. When we believe in ourselves (I can do this).

“It just feels so hopeless.” (hopelessness) “I know it might take time, but I believe I’ll be successful if I stick with it.” (I can do this!).”

These hope-re-frames beautifully illustrate how shifting our perspective to one rooted in hope can differ markedly from getting caught in thought patterns that overlook nuance, diminish our control, and restrict our vision of the future. They remind us that hope isn't just a simple feeling, but it's a powerful new way to see what’s possible.

Neuroscience shows hope is more than a passive emotion; it's a cognitive process and survival mechanism that drives goal-oriented behavior. Hopeful thinking involves goals, planning, and motivation, which can be learned and wired to the brain. 

The Neuroscience of Hope: Key Biological Processes

• Rewiring Neural Circuits (Neuroplasticity): Hope improves brain adaptability by replacing despair circuits with pathways for possibility and future thinking. Practicing hopeful thoughts develops neural connections, aiding emotional regulation and long-term resilience. 

• Activating the Prefrontal Cortex (PFC): When hopeful, the brain engages the PFC, the area responsible for high-level planning, decision-making, and imagining positive futures. 

• Dopamine & Motivation: Hope triggers the release of dopamine in the brain’s motivational circuits, providing the energy needed to pursue goals. 

• Dampening Anxiety: Hope functions as an antidote to fear and stress, actively reducing the activation of anxiety circuits (amygdala) and decreasing cortisol levels. 

• Goal-Directed Action: Hope involves not only setting a goal but also the motivation to pursue it (agency) and the discovery of ways to reach it (pathways). As hope activates the Behavior Activation System (BAS), it steers behavior toward rewarding and positive stimuli.