Curiosities
11 posts
Things I'm still figuring out
Notes from the rabbit holes, books, ideas, frameworks, and the late-night curiosities that turn into something I want to remember.
Curiosities · Scheduled
Is AI DDoS'ing the Buyer and Killing Cold Outbound?
A CEO friend spent six months and several agencies on cold outbound and got one lead. Another friend, same story. What if neither of them did anything wrong? AI has driven the marginal cost of a personalized sales message to zero, every startup is sending, and the buyer is drowning. We used AI to personalize spam, and AI SDRs may finish the channel off.
Curiosities · Scheduled
AI Made Building Faster. It Did Not Make Enterprises Buy Faster.
A friend running an enterprise software startup at $1.5M ARR keeps hearing the same thing from Series A investors, come back at $3M. The number stuck with me, so I went digging. What I found is a mismatch. AI made building software dramatically faster. It did not make enterprises buy software faster, and we are quietly pricing startups as if it had.
Curiosities
The SaaSpocalypse Is a Vibe
The SaaSpocalypse is the strangest apocalypse I have ever audited. I pulled quarterly financials for 14 public SaaS companies and found revenue growing almost everywhere, margins improving, and attrition at record lows. So what exactly died? The multiple. And the story of why is more interesting than the panic.
Curiosities
Decoherence and Error Correction: The Big Challenges
Part 7 of the Quantum Computing series. The biggest headache in quantum computing, things keep going wrong. Decoherence, T1 and T2 times, the no-cloning rule, the surface code, and why error correction is the real path forward.
Curiosities
A Friendly Recap of Everything We Have Learned
Part 6 of the Quantum Computing series. A relaxed walkthrough of everything covered so far, qubits, superposition, entanglement, gates, and algorithms, in a single connected picture.
Curiosities
Quantum Algorithms: The Recipes That Make the Magic Happen
Part 5 of the Quantum Computing series. Quantum algorithms are the recipes that turn qubits, superposition, entanglement, and interference into useful work. From a one-gate random bit generator to Shor's algorithm and quantum chemistry, with classical comparisons and no math.
Curiosities
Quantum Gates: Your Toolbox for Building Magic
Part 4 of the Quantum Computing series. The buttons and knobs that turn qubits into useful work. Hadamard, X, Z, Y, phase, rotation, CNOT, SWAP, CZ, and Toffoli, with examples and a tiny circuit you can read.
Curiosities
Superposition and Entanglement: The Real Superpowers
Part 3 of the Quantum Computing series. The two weird quantum behaviors that make quantum computers special, and how they combine to give algorithms their advantage. Library searches, magic socks, and noise-canceling interference, with no heavy math.
Curiosities
The Qubit Up Close
Part 2 of the Quantum Computing series. How qubits are actually built, how they are kept stable, how they are measured, and what operations we can do on them. Superconducting loops, trapped ions, photons, lasers, and the Bloch sphere, with no heavy math.
Curiosities
The Absolute Basics: A Welcome Tour
The first post in the Quantum Computing series. What a quantum computer actually is, what a qubit is, what superposition and entanglement mean, and a first glimpse at quantum algorithms. No jargon without explanation, no scary equations.
Curiosities
My Nightly Deep Dive: From Black Holes and Hawking Radiation to Quantum Computers
For months I've been falling asleep to Brian Cox, Michio Kaku, Susskind, and the YouTube physics crowd. Black holes, Hawking radiation, the LHC, Planck time. Then a friend's startup pulled me into quantum computing, and the late-night curiosity became real homework.
Nitin