Dror Baron

Professor @ncstateece | ex-{@TechnionLive, @RiceUniversity, @ECEILLINOIS} | research in information theory, quantum computing, & signal processing.

[Dror Baron @BaronDror]

If you want to hear more, want to collaborate with us, join our team, or Aqcelerate yourself, please contact us! 3/3
#quantum

[Dror Baron @BaronDror]

Bojko Bakalov https://t.co/0ncr0QdEUP and I have founded Aqceleration
https://t.co/9p1G5jE5uL, a startup company whose mission is to accelerate the quantum stack. 1/3

[Dror Baron @BaronDror]

At this time, Aqceleration develops post-processing methods that recover accurate results from noisy quantum measurements. In the future, we will
also work on accelerating and improving other algorithms within the quantum stack. 2/3

[Dror Baron @BaronDror]

@jreuben1 @NCSUTechnician @grok Investigation? I’m not sure they know that word.

[Dror Baron @BaronDror]

A professor I know died following various investigations. I know the people mentioned here, and call for a transparent and independent investigation.
https://t.co/wMfo38kTtw via @ncsutechnician

[Dror Baron @BaronDror]

@IgorCarron @LightOnIO Your team has done great work!

[Dror Baron @BaronDror]

@laurentduval Great orchestra, great conductor.

[Dror Baron @BaronDror]

@MountainOfMoon In their heads? On paper? What majors?
Details matter. While I’d personally be glad if the vast majority of college graduates in all majors could also multiply double digit numbers in their heads, it won’t happen.

[Dror Baron @BaronDror]

@laurentduval I probably have a slight advantage in imaging higher dimensions. One of my eyes is weak, and my brain mostly processes signal from the strong eye, hence no spatial vision. This has forced me to think about 3D less through vision and with some imagination.

[Dror Baron @BaronDror]

@laurentduval Why not 19D and project multiple times?

[Dror Baron @BaronDror]

@laurentduval I can imagine 4D but not 5D.

[Dror Baron @BaronDror]

Although QST doesn't really satisfy the technical conditions required by AMP, we've gotten it to work quite well. Our numerical results compare favorably with the QST prior art. We'll be glad to receive comments and suggestions from both research communities. (4/4)

[Dror Baron @BaronDror]

In recent work, my colleagues and I examined quantum state tomography (QST) using approximate message passing (AMP): https://t.co/u5rDKAhJtS (1/N)

[Dror Baron @BaronDror]

AMP is a sparse recovery framework that under some technical conditions can provide optimal estimation performance (e.g., achieve the minimum mean squared error among all sparse recovery techniques) for large problem sizes. (3/N)

[Dror Baron @BaronDror]

@MountainOfMoon Indeed. Maybe they simply don’t like art.

[Dror Baron @BaronDror]

@laurentduval Maybe monkeys have a business inclination and prefer that book?

[Dror Baron @BaronDror]

@laurentduval What about Laurent’s Lemma?

[Dror Baron @BaronDror]

@dailydirtnap Agree. The vertical axis should be on a logarithmic scale. I saw some people liking this chart, and wondered to myself how they’d feel investing through 2000-2003 or 2007-2009.

[Dror Baron @BaronDror]

@abeirami This should be required reading for every PhD student.