Os editores dos dois veículos de comunicação Fan Zhengwei e Leonardo Attuch estão dispostos a aprofundar a parceria editorial

arXiv abstract link

Os editores dos dois veículos de comunicação Fan Zhengwei e Leonardo Attuch estão dispostos a aprofundar a parceria editorial

Seminário em Buenos Aires reúne líderes da China e da América Latina para aprofundar laços culturais e construir um futuro compartilhado

<strong>Inscription:</strong> No Artist's inscription, signature, or seal<br/><br/>Collectors' seals<br/><br/>Wu Rongguang 吳榮光 （1773–1843）<br/>荷屋曾觀<br/><br/>Pan Zhengwei 潘正煒 （1791–1850）<br/>季彤翰墨

Vascular-specific CRISPR/Cas9 knockout balances growth and stress adaptation, improving rice yield in low-phosphate farmland, and revealing vascular functi

Os editores dos dois veículos de comunicação Fan Zhengwei e Leonardo Attuch estão dispostos a aprofundar a parceria editorial

Um das decisões tomadas por Fan Zhengwei e Leonardo Attuch, líderes das duas organizações, é a realização de um grande evento na China em 2026

Seminário em Buenos Aires reúne líderes da China e da América Latina para aprofundar laços culturais e construir um futuro compartilhado

**Authors:** Zhengwei Liu We argue that the exponential quantum advantage in Shor's algorithm is broken under one-layer depolarizing noise of arbitrary small error rate, by analyzing a resonance breaking phenomenon in noisy quantum circuits. First, we express the distribution of measurements on $n$-qubit strings as the superposition of the $4^n$ wave functions in the Pauli path integral. In the noiseless case, the bit-strings achieving resonant peaks guaranteed a constant rate of successful measurements to factor a large number. Secondly, when the middle layer of the quantum circuit has independent depolarizing noise of rate $λ$, for any Hamming weight $d$, we obtain corresponding measurement rate bounded by $2(1-λ)^d$ for higher frequency terms and by $O(n^d)/2^{n/2}$ for low frequency terms. The rate approaches to zero as $n$ and $d$ approaches to infinity. Resonance breaking destroys the exponential quantum advantage. Furthermore, we design a classical factoring algorithm in polynomial time $O(n^d)$ to substitute the low frequency contribution.

This study explores a precise and efficient chromosome editing technology that enables the scarless deletion, replacement and inversion of large DNA fragments, up to the megabase scale, in plants and ...

Zhengwei et al. show that lung tumor-initiating cells (TICs) adapt to glucose limitation by switching to ketone utilization, dependent on MCT1 and its chaperone CD147. The ketogenic diet expands the TIC pool yet, paradoxically, induces vulnerability toward MCT1 inhibition, demonstrating how dietary intervention may be exploited to enhance anti-cancer therapies.

Os editores dos dois veículos de comunicação Fan Zhengwei e Leonardo Attuch estão dispostos a aprofundar a parceria editorial