Beyond Alphabet Size: Rethinking Privacy in Shuffle Models
New research challenges the assumption that simply increasing the range of possible responses automatically improves data privacy in shuffle model settings.
Beyond Transactions: Unearthing the Hidden Data Layer of Ethereum
![The system distills a raw stream of 6.27 million Ethereum transactions-initially filtered to identify potential Ethscriptions-down to a focused analytical set of 4.75 million ([latex]U\_2[/latex]), representing 75.8% of the initial candidates, through MIME classification, JSON validation, and grammatical parsing-a process that prioritizes data integrity and contextual relevance as the foundation for subsequent measurement.](https://arxiv.org/html/2603.19086v1/img/fig_methodology_v3_1.png)
A new empirical study reveals how seemingly inconsequential data embedded within Ethereum transactions-known as Ethscriptions-is reshaping the protocol’s economics and challenging core assumptions about data availability.
Shattering Insights: Unlocking the Secrets of Combinatorial Order
New research delves into the fascinating world of Sperner families and the phenomenon of ‘order shattering’, revealing key properties and characterizations.
Kentucky’s Bitcoin ATM Blunder: A Recipe for Disaster or Just a Bad Joke?
Some lawmakers in Kentucky decided to throw in an amendment to a regulatory bill that’s got everyone up in arms. You’d think they were proposing to outlaw sweet tea or something! The crypto folks are saying this could practically make self-custody illegal. I mean, come on!
Navigating Disorder: How Random Walks Find Their Path
New research reveals how random walks behave in complex, disordered environments, offering insights into phenomena ranging from diffusion to network dynamics.
Smoothing the Path to Post-Quantum Security
New research establishes tighter bounds on code smoothing, a critical process for building secure cryptographic systems resilient to attacks from future quantum computers.
Crypto’s Wild Ride: CZ Reveals How Clarity Is Making It Less Confusing!
The cryptocurrency sector is embarking on a new adventure, draped in the fineries of clearer regulations and a broader cast of players. Who would have thought?
Unlocking Hidden Charm: Predicting Tetraquark Decay Rates
![The study demonstrates how variations in Borel parameters influence hadronic coupling constants - specifically, the relationship between [latex]G_{\chi_{c1}\rho Z_{c}^{-}}[/latex] and [latex]G_{\chi_{c0}\pi Z_{c}^{+}}[/latex] - suggesting that even fundamental constants may be subject to shifts dependent on the framework used to observe them.](https://arxiv.org/html/2603.18877v1/x1.png)
New calculations using QCD sum rules offer theoretical predictions for the strong decays of exotic hidden-charm tetraquark states, paving the way for experimental validation.
How Reasoning Unfolds: Predicting AI Reliability Step-by-Step
New research reveals that the pattern of uncertainty during an AI’s thought process is a more accurate indicator of a correct answer than the overall level of doubt.
Oh, la la! Morgan Stanley’s Bitcoin Bonanza: A Farce in Three Acts?
Imagine, if you will, the grandees of wealth, with their $8 trillion in AUM, deigning to allocate a paltry 2% to Bitcoin. Why, it’s enough to make one blush! Phong Le, the sage of Strategy (Nasdaq: MSTR), proclaims this would unleash $160 billion-a sum so absurd, it could triple the scale of IBIT. “Monster Bitcoin,” he quips, as if the very heavens might tremble at such folly.