On Tuesday, June 2, at ~11:00, Michael Nitsenko will defend his thesis Quantum Circuit Fusion in the Presence of Quantum Noise on NISQ Devices. In his thesis research, Michael studied a concept called “circuit fusion” which proposes to reduce stochastic noise in estimating expectation values of measurements at the end of quantum computations.
Talk by Kaur Kristjuhan, master’s student at the Center for Quantum Devices in Copenhagen, Denmark
- Time: Tuesday, 16:05
- Location: BigBlueButton. Contact Veiko Palge for the access code.
Topological quantum computing is an approach to building a quantum computer that attempts to cleverly bypass the main obstacles of quantum computers today –
COOC = “Corona Open Online Course”
Coro will be with us for some time. Many courses don’t take place with the same intensity, many students are bored.
We decided to try to offer a non-credit quantum computing course. The hope is that with an exciting topic, motivating assignments, and regular online class meetings,
This post concerns the online class meetings for MTAT.05.118 Quantum Computing 1.
I will update the post with the details of how we are organizing them… as soon as we figure it out 😄 or when we change things that haven’t worked well.
How we are currently doing it:
- Streaming video:
The preferred way would be to stream the video with whiteboard write-down from out of the Delta building but ATI has declared Delta a no-go-zone except in emergencies (so no support staff etc).
Talk by Prof. Vladimir Hiznjakov
Tue, 24 Sep, 16:00 c.t.
University of Tartu Physicum, W. Ostwaldi 1, room A101
The basic requirement that must be fulfilled to create ultrafast quantum computers (QC) operating at room temperature using entangled electronic excitations of a number of optical centers in crystals will be presented.
After reviewing some quantum mechanics (pure states, unitary evolution, projective measurement; computational basis), and covering some basics, the course gives a foundation of the most important quantum algorithms, including
- Simon’s algorithm
- Quantum Fourier Transform
- Quantum Phase Estimation
- Shor’s algorithm
- Amplitude amplification &