Hashpowertoken

Analysis of BrainScaleS-2 neuromorphic computing architecture featuring analog neural emulation, digital plasticity processing, and accelerated biological simulations using 65nm technology.

A detailed analysis of a proposed blockchain platform for asset tokenization, covering its architecture, security challenges, contributions, and future applications in decentralized finance.

Analysis of selfish mining profitability with multiple misbehaving pools, featuring Markov chain modeling, Hashrate thresholds, and transient behavior insights.

Research on blockchain-enabled tokenization's potential to transform infrastructure financing through expert Delphi analysis, identifying scenarios and barriers for 2035 implementation.

Analysis of lifetime reliability issues in neuromorphic computing with non-volatile memory, focusing on NBTI and TDDB failure mechanisms and reliability-performance trade-offs.

Explores tokenizing aerial vehicle computing power as Real-World Assets (RWAs) via blockchain to create collaborative Low-Altitude Computility Networks (LACNets).

Explores tokenizing aerial vehicle computing power as Real-World Assets (RWAs) via blockchain to create collaborative Low-Altitude Computility Networks (LACNets) for urban logistics and edge computing.

Research on applying Intel's Loihi neuromorphic chip for energy-efficient content-based image retrieval using spiking neural networks, achieving 2.5-12.5x better energy efficiency than conventional processors.

Analysis of neuromorphic computing using spintronic devices for energy-efficient AI, covering magnetic tunnel junctions, oscillators, and probabilistic computing applications.

Analysis of ARTeX, a novel blockchain platform designed to provide anonymity for Real-World Assets (RWA) token transactions while addressing regulatory compliance challenges.

An empirical investigation into Qubic's 2025 selfish mining campaign on Monero, analyzing its tactics, effectiveness, and implications for Proof-of-Work security.