Editing Quantum Supremacy and Applications (section)

== <span style="color: #FFFFFF;">Applying</span> ==
'''Modeling 'The Supremacy Gap' (Visualizing the jump in power):'''
<syntaxhighlight lang="python">
def calculate_waiting_time(qubit_count):
    """
    Classical time grows exponentially: 2^N
    """
    seconds = 2**qubit_count / 1e9 # assuming 1 billion operations per sec
    years = seconds / (60 * 60 * 24 * 365)
    
    if years > 100:
        return f"Classical Time: {round(years):,} YEARS (Quantum Supremacy Zone)"
    else:
        return f"Classical Time: {round(seconds, 4)} seconds"

# 20 Qubits (A laptop can do this)
print(f"20 Qubits: {calculate_waiting_time(20)}")
# 53 Qubits (The 'Sycamore' limit)
print(f"53 Qubits: {calculate_waiting_time(53)}")
# 100 Qubits (The 'End of Supercomputers' limit)
print(f"100 Qubits: {calculate_waiting_time(100)}")
</syntaxhighlight>

; Supremacy Landmarks
: '''Google vs. IBM (2019)''' → The great debate: Google claimed supremacy at 10,000 years; IBM claimed they could do it in 2.5 days with a better algorithm. This "Goal-post shifting" is a sign of healthy scientific competition.
: '''Haber-Bosch Process''' → The 100-year-old method we use for fertilizer that uses 2% of the world's energy. Finding a quantum alternative is the "Holy Grail" for saving the planet.
: '''The 'Y2Q' Problem''' → The day a quantum computer becomes powerful enough to crack the world's encryption (Years away, but coming).
: '''Protein Folding''' → While AI (AlphaFold) has made progress, a quantum computer could simulate the "Physics" of a folding protein with 100% accuracy, curing diseases like Alzheimer's.
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