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Dencun upgrade to further reduce Ethereum’s dominance and accelerate layer-2 solutions, Flipside says – crypto.news
With most smart contracts no longer deployed on Ethereum, analysts expect the Dencun upgrade to further boost this trend as layer-2 solutions improve. Ethereum is quickly losing its status as the top hub for deploying smart contracts amid growing competition among layer-2 networks (l2), analysts at Flipside revealed in a recent research report. According to their data, nearly 640 million smart contracts have been deployed since January 2022, with Polygon and BNB Chain (formerly Binance Smart Chain) leading in contract deployments.
How High Can Stacks (STX) Go? Building the Future of Bitcoin with Advanced Smart Contracts – DataDrivenInvestor
16 min read Stacks is a decade-old blockchain project that aims to establish a decentralised economy on top of Bitcoin. See my YouTube dive on Stacks here. As the largest Bitcoin Layer 2 network focusing on smart contracts, Stacks is slated to complete the final piece of a long-standing puzzle plaguing Bitcoin with its upcoming sBTC hard fork
Introducing BounceBit testnet: BounceClub East-to-West Event – Cointelegraph
BounceBit introduced early access with The Water Margin Event on January 30, 2024, inviting early contributors to boost Total Value Locked (TVL) and earn BounceBit points in return. Achieving remarkable milestones, BounceBits TVL soared to over $600 million within a month, complemented by securing $6 million in seed funding from leading investors Blockchain Capital and Breyer Capital
Ethereum Aims For $10000, Driven By 2 Key Factors, According To Experts – TradingView
Ethereum is emerging as the vanguard for a revolutionary financial system. Advocates of the second most valuable blockchain extol the virtues of smart contracts, envisioning a future marked by market transparency, tokenized funds, and expeditious settlement times. At the time of writing, Ether was trading at $3,780, up 2% and 8% in the daily and weekly timeframes, data from Coingecko shows
Enabling state-of-the-art quantum algorithms with Qedma’s error mitigation and IonQ, using Braket Direct | Amazon … – AWS Blog
This post was contributed by Eyal Leviatan, Barak Katzir, Eyal Bairey, Omri Golan, and Netanel Lindner from Qedma, Joshua Goings from IonQ, and Daniela Becker from AWS. Quantum computing is an exciting, fast-paced field
Quantum Gravity Unveiled Scientists Crack the Cosmic Code That Baffled Einstein – SciTechDaily
Researchers have developed a method to measure gravity at a microscopic level, marking a significant advancement in understanding quantum gravity. Credit: SciTechDaily.com Physicists successfully measure gravity in the quantum world, detecting weak gravitational pull on a tiny particle with a new technique that uses levitating magnets, putting scientists closer to solving mysteries of the universe. Scientists are a step closer to unraveling the mysterious forces of the universe after working out how to measure gravity on a microscopic level
The new system allows to look at phenomena that occur in special topological materials by video recording the … – EurekAlert
image: Left to right: Prof. Yair Shokef, Dr
Bridging quantum and classical physics with nanoparticles – Earth.com
In the ongoing quest to delineate the boundaries between classical and quantum physics, new research has emerged that offers insights into this fundamental scientific challenge. Published today, this study showcases a pioneering platform with the potential to significantly advance our understanding of where the quantum realm ends and the classical world begins. Quantum physics, the domain governing the behavior of particles at the minutest scales, introduces phenomena like quantum entanglement, which defies classical physics explanations
Carnegie Mellon researchers develop new machine learning method for modeling of chemical reactions – EurekAlert
video: A simulation demonstrates the reactions that the ANI-1xnr can produce. ANI-1xnr can simulate reactive processes for organic materials, such as as carbon, using less computing power and time than traditional simulation models
Quantum Revolution: Redefining Physics With Fractional Charges – SciTechDaily
Electrons whizzing through the kagome metal Fe3Sn2 are influenced by the proximity of a flat band (shown by the reflection of the top ball on a flat surface).