Transforming SMRs into a National Security and Economic Engine

Can modern nuclear power be viable and economical?

Why America Needs a Strategic SMR Program Now

Powering the Fourth Industrial Revolution

On the Nature of Tongues: A Spiritual Treatise on Divine Utterance and Interpretation

Could speaking in tongues mean something other than being "slain in the spirit" or babbling incomprehensibly?

Nutsax: A Nostr-Based Blind Token Access System for Relays

The Pyramid as a Nitrogen Fertilizer Generator

Could the great pyramid have been part of terra-forming earth?

Two Nations, One Land: The Great Epistemic Divide in American Media and Politics

Can the west survive freedom?

Transforming Finance: How Bitcoin and Nostr Could Reshape Our Financial System

Today's bitcoin technology is up to the task of replacing and improving yesterday's insecure and costly conveniences.

Nostr e-voting system using blinded ephemeral keys

A high-level breakdown of the major components and subsystems required to implement an e-voting system using blinded ephemeral keys, threshold cryptography, open timestamp proofs, and Nostr (or any decentralized relay approach). Each component is described in terms of functionality and roles—in practice, some of these can be combined or implemented as separate modules/services.

A Nostr-Based E-Voting System with Blinded Ephemeral Keys, OpenTimestamps, and Re-Voting

A white paper describing a Nostr-based election system that incorporates: Voter-Generated Ephemeral Keys (the voter, not the authority, generates the key). Blind Signatures from the Election Authority (EA) to authorize that ephemeral key. Homomorphic or Mix-Net Encryption to protect ballot secrecy. OpenTimestamps-style proofs to give each ballot (and any re-cast ballot) a tamper-proof, verifiable time anchor. Re-Voting until the cutoff, allowing a voter to replace a previously cast ballot. This design emphasizes privacy, integrity, verifiability, and resilience in a decentralized setting using Nostr.