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On May 27th, the Shanghai Municipal Peoples Government released its implementation opinions on promoting the expansion and quality improvement of the service industry. The opinions propose accelerating the development of the R&D service industry, encouraging the construction of various R&D institutions such as manufacturing innovation centers and enterprise R&D centers, guiding the expansion and upgrading of enterprise R&D institutions, and promoting the establishment of market-oriented and entity-operated R&D enterprises. The opinions also promote the transformation of scientific and technological achievements, supporting the construction of high-quality incubators, proof-of-concept centers, and other platforms for the transformation of scientific and technological achievements. Furthermore, the opinions emphasize enhancing professional incubation and resource linkage capabilities around the three leading industries and the forefront of future industries. Finally, the opinions support enterprises in developing new models and new forms of technology services such as AI+scientific research, shared scientific research, cloud-based collaborative R&D, and intelligent agent R&D in fields such as intelligent manufacturing and biomedicine.On May 27th, the Shanghai Municipal Peoples Government released its implementation opinions on promoting the expansion and quality improvement of the service industry. The opinions propose increasing the supply of intelligent and green products and guiding the green construction and operation of digital infrastructure such as intelligent computing centers and data centers. They also emphasize strengthening green energy services, improving and promoting direct green electricity connections, green electricity trading, and green electricity certificate trading to boost green electricity consumption and encourage the priority use of green energy and the procurement of green products and services. Furthermore, the opinions call for accelerating the green transformation of buildings, supporting near-zero energy consumption upgrades, and constructing a number of zero-carbon industrial parks and zero-carbon supply chain demonstration projects. Finally, the opinions advocate developing new green consumption models, creating new diversified and integrated service consumption scenarios for green and sustainable development, and holding a green consumption season themed activities.Reserve Bank of New Zealand Governor Brehman: The current official cash rate remains slightly accommodative.On May 27th, the second domestically built large cruise ship, "Aida Huacheng," completed its 12-day sea trial and docked at port. During the sea trial, technicians completed acceptance tests on key and challenging aspects, including the main propulsion system, ship handling, speed durability, overall vibration and noise levels, unmanned cabin operation, and rescue boat deployment. All 45 commissioning procedures and 149 test verifications covered by the sea trial were completed, comprehensively and to a high standard verifying the ships maneuverability, automation level, safety, comfort, and emissions standards. After the sea trial, the second domestically built large cruise ship will gradually advance towards regional and system completion and submit the project for acceptance to the shipowner, with a planned delivery and operation in November this year. After delivery, it will begin its maiden voyage from Guangzhou Nansha International Cruise Home Port.Reserve Bank of New Zealand Governor Brehman: Overall, the official cash rate (OCR) is likely to be raised at the next few meetings.

a16z Kicks Off Crypto Research Lab Led by Columbia, Stanford Professors

Skylar Shaw

Apr 25, 2022 09:45


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Andreessen Horowitz is establishing a crypto research center.


Professors from Columbia and Stanford will lead the team in tackling the most difficult web3 issues.


To address critical challenges in the crypto industry, the lab will collaborate closely with its portfolio firms.


After intensifying its drive into the metaverse, Andreessen Horowitz now seeks to address "some of the biggest challenges in web3."

a16z Establishes a Crypto Research Unit

With the formation of a new crypto research team, venture capital firm a16z revealed on Thursday that it is digging deep into the crypto industry.


The team, known as a16z Crypto Research, would bring together experts from major US colleges to address concerns and hazards in the web3 and crypto domain. Tim Roughgarden, a professor at Columbia and Stanford who has published extensively on Web3, will lead the team.


The research facility is designed after AI-powered OpenAI and Alphabet's DeepMind, according to the VC.


"We're thrilled to announce the formation of a16z crypto research, a new type of multidisciplinary lab that will collaborate closely with our portfolio and others to solve important problems in the space and advance the science and technology of the next generation of the internet," says the company.

What Is The Significance of Web3?

Andreessen Horowitz has just recently began to investigate web3, or a "extraordinarily rich design environment for innovation," as it defines it.


New entrepreneurial applications in the web3 arena have unearthed new academic issues and concerns, such as how to arrange token incentives in protocols and how to scale and adapt the computing infrastructure.


The crypto-focused academic section wants to solve such issues by creating new tools to assist its portfolio firms in growing their businesses, for example.


Harvard's Scott Duke Kominers, Meta's Valeria Nikolaenko, novelist Joseph Bonneau, and scholar Benedikt Bünz have all joined the founding board.


A comparable method has been developed by the investment company Paradigm. For example, the creator of the cartoon series Rick and Morty collaborated with Paradigm on a novel NFT sales mechanism.


"So many people in this space claim to have research," says Ali Yahya, general partner at a16z, "but I think a big difference here is that this is 'capital R' research, and it connects basically world-class talent at the scientific academic level, with world-class talent at the engineering level, with the best and most interesting problems in the space through the portfolio."