Daniel Mills

Quantum computing on NISQ devices | Research scientist at @cambridgecqc | PhD student at @EdinburghUni

[Quantinuum @QuantinuumQC]

In the rapidly evolving quantum computing industry, benchmarking has become a cornerstone of progress and trust. At Quantinuum, we lead in benchmarking and verification, proudly showcasing the most extensively benchmarked quantum processors globally. https://t.co/GpE1JAe70S

[Quantinuum @QuantinuumQC]

Congratulations to our scientists on the creation of a new state of matter, opening the door to fault-tolerant quantum computing. Their results were published today in @Nature.
https://t.co/o2f8Q9Btt2

[Quantinuum @QuantinuumQC]

As members of @The_QEDC we are proud to collaborate with @NIST and @SRI_Intl as well as other colleagues in the community on the development of quality application-oriented benchmarks. (1/2)

Read more in our recent paper: https://t.co/ZHAQYSJlkB

[Quantinuum @QuantinuumQC]

How do you deal with errors in your NISQ algorithms? In this paper, @QuantinuumQC @quantumcris and NPL @EnricoFontana19 introduce a framework to diagnose and mitigate the effects of noise on parametrised circuits by using classical signal processing tools. https://t.co/mnrg6hI2JM

[Quantinuum @QuantinuumQC]

NISQ devices are… well... noisy. Can quantum error mitigation help? In this paper, our scientists @quantumcris @compaysilas and @DanMills0 benchmark a variety of techniques using Qermit, our open source python package for making error mitigation easier.
https://t.co/zBgJqI2fki

[Steven Herbert @steveh227]

Cambridge Quantum Computing Limited - Research Scientist (Quantum Algorithms) we are recruiting - great opportunity to join our fast growing quantum algorithms team https://t.co/QPg8tGJKpa

[Cambridge Quantum @cambridgecqc]

CQ is excited to share that we have fully Open-Sourced our high-performance quantum software development kit - TKET. This follows our decisions to provide TKET on an open-access basis earlier this year, and open-source all extension files a few months ago. https://t.co/cs8E92g3ge

[Cambridge Quantum @cambridgecqc]

Cambridge Quantum Computing and @Honeywell Quantum Solutions to combine, creating the largest and most advanced integrated quantum computing company.

For more information see press release at: https://t.co/TvGXj3jYca

[Ale `Scinawa' Luongo 🇺🇦 @scinawa]

Hello #quantum and #MachineLearning friends. I would like to finally share with you https://t.co/U9Rbgq3xb8 an open-source set of lectures notes on quantum algorithms, with a particular focus on machine learning and data analysis on #quantumcomputers.

[Connected Papers @ConnectedPapers]

Connected Papers partners with @arxiv!
We're excited to announce that starting today, every abstract page on https://t.co/kjItHiwGHF will link to a graph of Connected Papers.

Read more:
https://t.co/r2eD6nTyL4

[Seyon Sivarajah @SeyonSivarajah]

As Azure Quantum goes public, so does pytket v0.7 with backend support for Azure Quantum! Along with
* Extended classical control with Honeywell
* Substitution of circuitoperations
* Approximate KAK
more: https://t.co/CoOpOWm13J

[qosf @qosfoundation]

We’re back with cohort 3 of our Quantum Computing #Mentorship Program! Through the program, QOSF connects quantum enthusiasts with mentors from academia & industry.

The application deadline is February 7th, 2021.

Learn more and apply: https://t.co/FcHwGNgwO8

[Alan Aspuru-Guzik @A_Aspuru_Guzik]

A fantastic team of @quantumlah and @UofTCompSci @chemuoft @UofT @VectorInst #matterlab folks and I wrote a review of #NISQ #quantumcomputing algorithms. If you have any suggestions for what we missed please reach out. https://t.co/dg0LKI7QoO 1/n

[Unitary Foundation @unitaryfdn]

Registration now open for an online quantum hackathon hosted by @MIT

https://t.co/PJe8MjpWZI

[PennyLane @PennyLaneAI]

Quantum volume? 📦
Quantum logume? 🥜
Algorithmic Qubits? 🎛️
What's all the fuss about?

Check out our latest demo for a hands-on overview of Quantum Volume
👇
https://t.co/xJOIOYiH4k

[Cambridge Quantum @cambridgecqc]

In this video, CQC's Head of Quantum Software, Ross Duncan, describes some of our collaborative projects with @Honeywell, and explains a couple of techniques to reduce device errors that are possible when quantum computers support mid-circuit measurements.
https://t.co/fOJXZmqDZ5

[IBM Research @IBMResearch]

📣 ANNOUNCING 📣 IBM Quantum Awards: Open Science Prize

Ready to take on challenges at the forefront of quantum computing? Learn more ➡️ https://t.co/tog9b0hYga

[Google DeepMind @GoogleDeepMind]

In a major scientific breakthrough, the latest version of #AlphaFold has been recognised as a solution to one of biology's grand challenges - the “protein folding problem”. It was validated today at #CASP14, the biennial Critical Assessment of protein Structure Prediction (1/3)

[Quantum Software Lab @QSL_Edinburgh]

1-year postdoctoral position @InfAtEd to work on Quantum Computing for Modern Cryptography. If you have a relevant track record please get in touch ([email protected]). Further details https://t.co/ChWDAfdn1Z

[Cristina Cirstoiu @quantumcris]

"Robustness of Noether's Principle: Maximal Disconnects between Conservation Laws and Symmetries in Quantum Theory" is out today in @PhysRevX

Thanks to @jenningsquantum and KK for a super fun collaboration!

Talk on this work next week @QTurnWorkshop

https://t.co/2KCE7zXdee