Steve Brierley writes for The Engineer about how scientific communities are edging ever closer to the billion-dollar quest for quantum usefulness
Read post →Mike Scialom at Cambridge Independent interviews CEO Steve Brierley about Riverlane's initial product, and their plans for harnessing the power of quantum computing
Read post →Riverlane's CEO Steve Brierley commented in The Guardian about Google's latest announcement of having attained quantum advantage over conventional computers.
Read post →Riverlane, Europe’s most advanced quantum computing software developer, has raised £3.25m in seed funding, led by venture capital investors Cambridge Innovation Capital and Amadeus Capital Partners, with the participation of Cambridge Enterprise.
Read post →One of the most compelling uses of a quantum computer is to find approximate solutions to the Schrodinger equation. Such first-principles calculations form an important part of the computational chemistry toolkit and are used to understand features of large molecules such as the active site of an enzyme in a chemical reaction.
Read post →Riverlane and dividiti recently had the exciting opportunity to co-organize the first Quantum Hackathon in France, with support from Quantonation and IBM.
Read post →The first meeting to develop a Strategic Initiative in Quantum Software was held this Monday. Organised by Oxford NQIT, and convened at Riverlane in Cambridge, a range of parties interested in quantum software put forth a joint desire for a rich intermediate language.
Read post →Riverlane have joined forces with Rigetti – one of the world’s leading quantum computing companies. The partnership forms as a result of Rigetti’s newly launched Quantum Cloud Services platform, designed to accelerate the pursuit of quantum advantage.
Read post →We recently hosted our first quantum computing hackathon here in Cambridge, UK, where over 20 keen quantum programmers were given exclusive cloud access to Rigetti’s 8-qubit Agave quantum computer. We had participants with various backgrounds, ranging from secondary school students to PhD students and experienced professionals, most of whom had no prior experience programming quantum computers.
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