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In the news | NPR

This is how many lives could have been saved with COVID vaccinations in each state 

May 13, 2022

One tragic fact about the nearly 1 million people who died of COVID-19 in the U.S. is that a huge share of them didn't have to. In Tennessee, 11,047 of the people who died could have survived if everyone in…

In the news | WIRED

The Web3 Decentralization Debate Is Focused on the Wrong Question 

May 12, 2022

WEB3 ADVOCATES PROMISE decentralization on an unprecedented scale. Excessive centralization can stymie coordination and erode freedom, democracy, and economic dynamism—decentralization is supposed to be the remedy. But the term on its own is too vague to be a coherent end…

In the news | WIRED

The Web3 Decentralization Debate Is Focused on the Wrong Question 

May 12, 2022

WEB3 ADVOCATES PROMISE decentralization on an unprecedented scale. Excessive centralization can stymie coordination and erode freedom, democracy, and economic dynamism—decentralization is supposed to be the remedy. But the term on its own is too vague to be a coherent end…

Awards | TOGA: A Neural Method for Test Oracle Generation

ICSE’22 ACM SIGSOFT Distinguished Paper Award 

May 12, 2022

In the news | CoinDesk

After DeFi, DeSoc: Finding Web 3’s Soul 

May 11, 2022

By using Web 3’s building blocks to represent social identity, the ecosystem can overcome its current limitations and bring about a decentralized society. Web 3 has stunned the world by forging a parallel system of finance of unprecedented flexibility and…

Qubits arranged in a square array on a two-dimensional surface. Measurements are done on the qubits in a sequence of checks, shown as a repeating pattern of three steps. In each step, one measures a check on each pair of neighboring qubits, shown as a line connecting those qubits, with the lines moving in a repeating pattern over the three steps.
Microsoft Research Blog

Azure Quantum innovation: Efficient error correction of topological qubits with Floquet codes 

May 5, 2022 | Bela Bauer, Matthew Hastings, and Jeongwan Haah

Technological innovation that enables scaling of quantum computing underpins the Microsoft Azure Quantum (opens in new tab) program. In March of this year, we announced (opens in new tab) our demonstration of the underlying physics required to create a topological…

In the news | Broad Institute

Broad Institute and Microsoft collaborate to help accelerate disease research with scalable analytical tools 

May 3, 2022

The Broad Institute of MIT and Harvard and Microsoft have launched a new collaboration that aims to help life science researchers and clinicians with the next generation of robust analytical methods and tools that are highly scalable, easily automated, and…

Awards | Fast Company

These companies are using AI and data to empower positive change 

May 3, 2022

FINALISTS: AI4Leprosy, Novartis Foundation, Microsoft, and Instituto Oswaldo Cruz The AI and data category of Fast Company’s World Changing Ideas Awards honors projects that harness the power of data, machine learning, or artificial intelligence to understand the world and empower change.

Articles

ICLR 2022 Spotlight:Transformer不比CNN强!Local Attention和动态Depth-wise卷积的前世今生 

April 29, 2022

近两年来,有关Transformer的文章可谓是井喷式爆发,许多研究员都在设计各种任务上的Transformer模型。然而,Attention作为Transformer的核心模块,真的比卷积强吗?今天的这篇文章或许能带给你新视角,微软亚洲研究院的研究员们从Local Attention和Dynamic Depth-wise Convolution的视角出发发现,设计好的卷积结构并不比Transfo...

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