Mistakes happen, even more so in the quantum world.
Mikko Möttönen has proposed a novel solution for quantum error correction and has received a grant from the Jane and Aatos Erkko Foundation to develop it.
Good luck with the project @mpmotton and team!
https://t.co/hUqFiGPd31
@AaltoUniversity Thanks @LabsQcd and @VTTFinland for your work so that we could arrive to this point of seriously going for the development of an autonomous quantum processor! It will be a long road to make it work, but it will be super important.
I am super proud of our recent results on finding stable #vortexknot in experimentally realizable systems that were just published today! #Quantum
https://t.co/jDxm2d2BU5
The work was nicely features by @newscientist@kpcallaghan_
https://t.co/D9Yua3a3C8
Out today: Optical induction of monopoles, knots, and skyrmions in quantum gases! We @LabsQcd, IAS, @helsinkiuni, @TampereUni managed to work out how to use lasers to make #monopole#knot#skyrmion with topological structure to #BEC. Why? #quantum rocks! https://t.co/ihGKOHoli6
Olli V. Lounasmaa Memorial Prize 2025 is now seeking nominations!
This international prize, which recognizes outstanding contributions to #lowtemperaturephysics and related fields, is awarded once every three years.
Learn more: https://t.co/6AU1JXY6Si
#physics#CoolForProgress
Grateful to our investors @MakiVC, @AntlerGlobal, and @KvantedVentures! Proud to work alongside Co-Founders @HannuKauppinen, Ville Kotovirta, and @theToniAnnala, as well as our amazing early team. We tackle one of the greatest mathematical challenges for the good of humankind.
Excited to announce our new startup focused on quantum algorithms for near-term, business-useful quantum advantage. We are filling a gap in the ecosystem and collaborating with others to bring practical benefits to the industry. #QuantumComputing#QuantumAdvantage#Startups
Today we’re excited to introduce QMill to the world.
We're on a mission to be the first to unlock quantum advantage. The commercial customer benefits of #quantumcomputing are framed as belonging to a distant future. At QMill, our ambition is to bring that moment closer.
🚀We just put our manuscript on millisecond-coherence superconducting transmon qubits on arXiv! Give feedback before August 15th. Feel free to make any requests (to the first author) of more information on how to reproduce these results in your lab! https://t.co/cAmKSq1KsY
🚀We just put our manuscript on millisecond-coherence superconducting transmon qubits on arXiv! Give feedback before August 15th. Feel free to make any requests (to the first author) of more information on how to reproduce these results in your lab! https://t.co/cAmKSq1KsY
Check out our recent publication https://t.co/i6uZ9pH3az on qubit control architecture for implementation of fast qubit gates.
Nice work by the authors @aashishsah1805 Suman Kundu, Heikki Suominen, Qiming Chen, @mpmotton from @AaltoUniversity.
Unveiling our latest whitepaper!
Our spotlight is on a 20-qubit quantum computer, featuring the IQM Garnet QPU, which we will scale up to 150 qubits.
Discover more insights and download here: https://t.co/95BMRbVjrC
@JanGoetz6@jjvartiainen@HermanniHei
In celebration of the upcoming World Quantum Day, we're spotlighting IQM Academy, our free online quantum learning platform.
But guess what? There's a deliberate quantum glitch hidden somewhere on the page.
Can you spot it? https://t.co/AujmryS2Fc
@StefanSeegerer @JanGoetz6
Scaling up qubit counts in quantum computers is at the core of achieving quantum supremacy. One Aalto research group is tackling this challenge with a new type of compact nanobolometer. Published today in Nature Electronics. @LabsQcd@QTFinland#OtaNano
https://t.co/Ddzzfra43i
Excited to share our latest paper on #quantum computing! 🚀 We demonstrate how nanobolometers offer a scalable solution for single-shot readout of superconducting qubits, evading challenges faced by parametric amplifiers!💡 The paper-> https://t.co/suMjMaVV4g @AaltoUniversity