Former Google quantum hardware head John Martinis warns that Bitcoin could become a target for quantum computing attacks. Quantum computers could derive Bitcoin private keys within minutes, posing a greater threat than traditional financial systems. He recommends that the community plan quantum-resistance upgrades as early as possible to address threats over the next 5 to 10 years.

The Sandbox’s chief operating officer, Sebastien Borget, announced at EthCC that the mobile game The Sandbox NEXT has launched its first round of testing on March 26. Developed using Unreal Engine, it supports multiplayer competitive gameplay. The game optimized its aiming and shooting mechanics and also allows players to port assets to mobile.

Tesla AI has developed a technology for generating physics-accurate, real-time videos to enhance self-driving training. Currently, it requires costly resources, but Tesla expects prices to lower for consumer accessibility within two to three years.

Eon Systems demonstrated a closed-loop system that drives physical simulation of the body through whole-brain emulation. It achieved a brain model built from connectome data of fruit flies driving the natural behavior of virtual fruit flies in the MuJoCo engine. This model performed excellently in predictive experimental observations, showcasing the importance of connectomes for brain function. The future goal is to achieve whole-brain emulation for mice and humans.

Ethereum co-founder Vitalik Buterin recently outlined a core perspective in a new blog post: Ethereum cannot, and should not, rely solely on "faster speeds" to succeed. In his view, the laws of physics and the fundamental requirements of decentralization impose a natural latency limit on public chain consensus mechanisms. The truly sustainable path for Ethereum's scalability is bandwidth expansion, not infinite compression of block times. Buterin defines the Ethereum mainnet as a "world heartbeat," rather than a high-frequency trading engine. He points out that through technologies like PeerDAS, zero-knowledge proofs (ZKP), and zkEVM, Ethereum has already found a way to achieve order-of-magnitude scalability while maintaining decentralization. Since the Fusaka upgrade in December 2025, the number of new addresses on the Ethereum chain has increased by over 110%, demonstrating the practical effectiveness of the scalability route.

Odaily News According to official news, Tether has released the synthetic education dataset QVAC Genesis II. It is reported that the QVAC Genesis dataset will cover 19 educational fields, significantly enhancing the scale, Depth, and reasoning quality of open artificial intelligence training data. The new version will expand its coverage to 10 new fields, including Chemistry, Computer Science, Statistics, Machine Learning, Astronomy, Geography, Econometrics, and Electrical Engineering, while also regenerating university-level Physics data using improved methods.

Nic Carter published a lengthy article pointing out that quantum computing faces significant engineering challenges in cracking Bitcoin, which are non-fundamental physics problems. He mentioned that Bitcoin could undergo a soft fork to adopt post-quantum signature schemes, but the implementation is complex and time-consuming. Currently, Bitcoin stored in abandoned addresses faces the risk of quantum attacks, and he calls on the community to take prompt measures to address the quantum threat.

Golden Finance reports that according to AXIOS, OpenAI has for the first time revealed that GPT-5 has demonstrated the ability to assist scientific research in real laboratory environments, indicating that artificial intelligence is expected to play a more central role in scientific experiments. Although AI has made rapid progress in fields such as mathematics and physics, significant breakthroughs in biology have been relatively slow, as biology heavily relies on real-world laboratory work rather than just computational simulations. OpenAI has partnered with the biotech startup Red Queen Bio to build a testing framework to evaluate AI model performance in laboratories. These laboratories involve "wet" operations such as liquids, chemicals, and biological samples, distinguishing them from "dry" laboratories focused mainly on data analysis. In the experiments, GPT-5 proposed improvements to the molecular cloning experimental process. Human scientists carried out the experiments, then fed the results back to GPT-5, which iteratively refined its suggestions based on the feedback.

Vitalik Buterin warned at the Devconnect conference that Quantum Computing could破解 Elliptic Curve Cryptography before 2028, sparking debate in the community. Experts have expressed concern about the threat of Quantum Computing to Crypto Assets, although there is still controversy over the maturity timeline of Quantum Computing, it is generally believed to pose a threat to Encryption Algorithms.