Hi Christy, and Bravo: “. . . skepticism is simply asking for compelling evidence before accepting a claim as valid.”
Science, as a directed, formal and communal exercise in skepticism, is not defined by a singular “method” (methods can vary with the field of inquiry, tools available, etc.) but by a commitment to, and scrutiny of, EVIDENCE, as described by jammycakes earlier in this thread:
“Claims must be backed up by evidence, which must be interpreted in ways that are mathematically coherent and consistent. Results must be reproducible. Cognitive biases must be accounted for. Conflicts of interest must be opposed. Sources must be cited, and cited accurately.”
BUT because evidence is never exhaustive, empirical science (as opposed, say, to mathematics) never proves anything, can never lay claim to conclusive Truth. Even the most solidly supported theories remain vulnerable to revision or abandonment should conflicting evidence emerge. This contingency, this LACK of any claim to certainty, is critical: the legitimacy of science derives not from faith or belief in a given set of theories or “truths”, but rather from confidence in a variable and communal process by which EVIDENCE is discovered, critiqued, validated and integrated.
Why communal? Because we do not — we cannot — experience reality directly. Not only are our senses limited in type and scope; nothing penetrates the black box of our skulls but a series of electro-chemical pulses. Our sense organs are not windows, they’re telegraph keys. What the mind experiences is a construct or model — a best guess as to the causes of the dots and dashes.
(Google “checker shadow” or “rotating mask” to experience for yourself how your top-down models superceed bottom-up sensory input, and google “predictive coding” for the door to a fascinating neuroscience rabbit-hole!)
On this view, evolution has designed us not to know Truth, but rather to model our species’ limited ecological niche sufficiently well to survive and pass on our genes to viable offspring. It’s given each of us a 3lb. piece of meat (containing 80-100 billion neurons) capable of building, elaborating and amending (though with varying plasticity) models of our somatic, social and ecological worlds, based on experiences beginning in the womb and extending throughout life.
The problem — and the glory — is that, because each individual’s circumstances and experiences are unique, and because some neural development is limited to specific time windows, no two models are identical.
There’s a saying that “all models are wrong, but some are useful.” How to judge the most useful? Whether contemplating auto mechanics, climate change, or the moral bases of personal, societal or planetary flourishing, scientific skepticism and its corollaries — uncertainty, humility and curiosity — have proven the most trust-worthy guides. The foundational challenge: to continually expose even your most deeply-held models to the critical scrutiny of others. But again, that scrutiny comes down to EVIDENCE.
So I gotta come back to your web-site’s home page, which challenges a line “drawn between faith and science.” I accept the challenger!
Not to put words in your mouth, but, the claim that “faith is the evidence of things not seen” ( [Hebrews 11:1, King James Version) is self contradictory. The lack of a coherent conception of evidence, and the process it anchors, makes religion (which for my purposes I take to be belief in a conscious creator of the universe) incompatible with science, and extremely dangerous (if you can believe without evidence, what can you not be made to believe?).
As a skeptic, my starting-place is that I might be wrong. That’s the humility aspect. As for the curiosity part, I’ll be going through the web-site as time allows. But maybe you can save me some time. What evidence compels YOU to believe science and religion are compatible? I look forward to an interesting conversation . . .