Aziza Suleymanzade @AzizaS Twitter profile

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Aziza Suleymanzade

@AzizaS

3 years

- officially a postdoc now. Let's entangle some photons 🤩🤩

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Aziza Suleymanzade

@AzizaS

3 years

Ph.D. thesis submitted 🤩🤩🤩Will send out a link once it's been approved! #ScienceTwitter @PhDVoice #studentnolonger and #studentforever

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Aziza Suleymanzade

@AzizaS

3 years

A cloud of cold atoms dancing in a vacuum 🕺💃 What you see is fluorescence from about 10^7 Rubidium atoms cooled down to a 100 micro Kelvin using lasers and suspended in a vacuum using electromagnetic fields. 🥰They are jiggling because I'm modulating the B field. 😜 #Science

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Aziza Suleymanzade

@AzizaS

1 year

Our paper on distributed entanglement for quantum networks is out!! Basically, we entangled our two labs 🥳🥳 This was a super fun project with a great team. Stay tuned for more cool results. 🧵

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Aziza Suleymanzade

@AzizaS

1 year

New lab - new fridge - new node! 🥳

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Aziza Suleymanzade

@AzizaS

3 years

Defended!!! It was a fun hybrid defense with 25 ppl in the room and many more on Zoom. 🤩🤩 Thanks, Twitter friends, for following me on this writing journey. T-28 days to final submission 🥂 #PhDone #thesis #Phdlife @PhDVoice #ScienceTwitter @UChicagoPSD

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Aziza Suleymanzade

@AzizaS

3 years

Hey #QuantumTwitter , what are your "must-read" quantum information/optics books? (review papers count) 📚🧐

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Aziza Suleymanzade

@AzizaS

2 years

An exciting new result from my Ph.D. work is on arxiv: we show the conversion of millimeter wave to optical photons using Rydberg atoms …. This was quite a project: Superconducting and optical cavities with Rydberg atoms in cryo - Cheers to our team!🥳🧵

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Aziza Suleymanzade

@AzizaS

2 years

Entangling a photonic qubit with a spin qubit part 2: measuring in X basis. How does one measure photonic time-bin qubits in X basis: |+> = early + late and |-> = early - late? You delay the early time-bin to match the late one and interfere them on a beam splitter 🤩🤩

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Aziza Suleymanzade

@AzizaS

2 years

Entangling a photonic qubit with a spin qubit in a cavity. 😁 (and measuring the resulting entangled state in the z basis) You start with separate superposition states "+" of the photonic qubit and a "+" of the spin qubit.. couple of bounces - and the result is a bell pair!🤩🤩

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Aziza Suleymanzade

@AzizaS

3 years

One of my current favorite lab-related pastimes is watching quantum jumps in real-time 😆😍😆 it doesn't get old... #quantum

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Aziza Suleymanzade

@AzizaS

3 years

dilution refrigerators are mesmerizing... 😍😍❄️☃️⛄️And ours have some optical photons flying in them. 😆 #10milliKelvin

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Aziza Suleymanzade

@AzizaS

3 years

Since I am working with diamond defects now, here is my render of the diamond lattice. It is a fascinating material.😍And extremely useful for quantum science! 🤩

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Aziza Suleymanzade

@AzizaS

14 days

Our lab website is live! I am looking for graduate students and postdocs to start in summer 2025. If you are interested in quantum science and building new wild experiments - reach out! Berkeley is lovely and has a rich quantum community. 🥳🥳🥳

SuleymanzadeLab – Home

Suleymanzade lab at UC Berkeley

suleymanzadelab.com

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Aziza Suleymanzade

@AzizaS

3 years

different types of light and their possible sources. 🤩🤩🤩💡💡 #thesis @PhDVoice #phdlife #ScienceTwitter @adobefresco

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Aziza Suleymanzade

@AzizaS

5 months

Our entanglement distribution paper is out in Nature. .

Entanglement of nanophotonic quantum memory nodes in a telecom network

Nature - Entanglement of two nanophotonic quantum network nodes is demonstrated through 40 km spools of low-loss fibre and a 35-km long fibre loop deployed in the Boston area urban...

www.nature.com

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Aziza Suleymanzade

@AzizaS

2 years

Beautiful esthetic of the frequency response of a superconducting resonator as a function of temperature. 💕From under-coupled to critically coupled to over-coupled. (real data)

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Aziza Suleymanzade

@AzizaS

2 years

Our quantum transduction paper with Rydberg atoms is out! I hope you enjoy the paper and get excited about our cool experimental platform, which was the highlight of my Ph.D. Cheers to the team for making it happen! 🤩🤩😍

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Aziza Suleymanzade

@AzizaS

1 year

I have gone to every thesis prize session of DAMOP I attended. It is surreal to get it for my PhD work. Thanks to APS and everyone who contributed to this work. :)

Honors and Award Winners

APS honors recognize exceptional contributions to the physics community, and funding opportunities from APS support students' and early career physicists' travel.

www.aps.org

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Aziza Suleymanzade

@AzizaS

2 years

Probably one of the cutest things I have machined out of Niobium 🤩🧐

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Aziza Suleymanzade

@AzizaS

3 years

Measurement-based quantum computing is a cool idea! Even though quantum mechanics is unitary, it turns out that the universal quantum computation doesn't have to be. Aka, you can do arbitrary QC using measurements and local unitary gates. Step 1: Create a 2D cluster state.. 😎

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Aziza Suleymanzade

@AzizaS

2 years

Entangling spins across long distances: dreams through drawings. Maybe spin wavefunctions are fuzzy clouds of my joyful colors 😆😆 #quantum #art

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Aziza Suleymanzade

@AzizaS

3 years

A nice classical intuition behind the exponential photon statistics of thermal light (blackbody radiation): the addition of plane waves emitted by many distinct atoms with random phases. Super neat: the random interference leads to the super-Poissonian light source. 🤩🤩🤩

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Aziza Suleymanzade

@AzizaS

2 years

Photonic qubits can entangle two spin qubits far away from each other using intermediate spin-photon gates. 🤩. Result: a "heralded" generation of a distributed bell pair, which can be used as a resource for quantum communication. 🤩🤩

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Aziza Suleymanzade

@AzizaS

2 years

Hot off the press: Our paper on using silicon-vacancy defects in nanophotonic cavities in diamond as a quantum network node is published in Science!

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Aziza Suleymanzade

@AzizaS

3 years

Self-Heterodyne measurement of laser linewidth: quantifying the "quality" of the laser is surprisingly hard. The higher quality it is, the harder it is to quantify. One way is to split the laser beam, offset one path in frequency and interfere it with itself after a long delay.

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Aziza Suleymanzade

@AzizaS

2 years

Animating cavity-QED systems: if spin of an emitter in a cavity is up - reflect a photon. 😊🤩🤩 #animation

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Aziza Suleymanzade

@AzizaS

2 years

A little spin switch in a cavity: if the spin is down - transmit the photon, if the spin is up - reflect the photon. 🤩🤩🤩 #physicsanimations

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Aziza Suleymanzade

@AzizaS

5 months

I asked the AI overlords for a diagram of a SQUID (superconducting quantum interference device) vs. SNAIL (superconducting nonlinear asymmetric inductive element). And, oh boy, they delivered...

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Aziza Suleymanzade

@AzizaS

3 years

Ph.D. student's version of "how it started" - "how it's going." No instant gratification here: but there is beauty in building a complex system from scratch. It takes a village and a ton of unseen work, don't give up. 🤩🥰Share yours!! @PhDVoice #phdlife #quantumexperiments

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Aziza Suleymanzade

@AzizaS

10 months

Had a fun time visiting quantum optics labs at the University of Chile in Santiago. 🥳🇨🇱

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Aziza Suleymanzade

@AzizaS

1 year

We like monitoring things. 😎 #distributed_entanglement_in_progress

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Aziza Suleymanzade

@AzizaS

3 years

Pound-Drevel-Hall error signal - one of my favorite things to see on the scope 😎😎 Not perfect - but pretty nice 😉 #feedback

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Aziza Suleymanzade

@AzizaS

1 year

Had a great time visiting USC and giving a seminar in quantum science and technology in the ECE department. 😊

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Aziza Suleymanzade

@AzizaS

3 years

Silicon Vacancy (SiV) in a diamond: a fascinating defect we can implant in a crystal structure of a diamond that acts as a quantum emitter. The two vacancies (2 nearby C atoms missing) + a Si atom = an object which acts as a molecule with its own symmetries and energy levels. :)

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Aziza Suleymanzade

@AzizaS

3 years

It is fascinating that a single atom with the outermost electron in a very excited state -the Rydberg atom, can get as big as a virus and even bacteria. Both are packed with more than 20000 atoms (in the DNA + shell). How crazy is that!!??🤯couldn't stop doodling.. #Science

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Aziza Suleymanzade

@AzizaS

3 years

New (to me) lab toy to obsess over: fiber optics fusion splicer: self-aligns and fuses fibers together using heat. If done well the joined fiber is as strong as the original one, and the fiber-coupling coupling efficiencies are really high in comparison to other methods. 🤩

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Aziza Suleymanzade

@AzizaS

5 months

The thermal population of photons in a single mode at different microwave frequencies follows a Bose-Einstein distribution. This is why superconducting circuits at ~5 GHz have to operate at milliKelvin temperatures to avoid infidelities from coupling to blackbody photons. 🥶☃️ ❄️

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Aziza Suleymanzade

@AzizaS

3 years

When you need a Fabry-Perot cavity - sometimes you just have to machine your own mirrors. 😆 CNC machines are awesome! 🥰🥰 #phdlife #machining #cnc

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Aziza Suleymanzade

@AzizaS

10 months

Our paper on "Telecom Networking with a Diamond Quantum Memory" in collaboration with MIT and Lincoln Labs is now on PRX Quantum. 💎 🥳💎

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Aziza Suleymanzade

@AzizaS

2 years

There is a cool connection between the inability to perfectly distinguish two non-orthogonal quantum states and the no-cloning theorem. Secure quantum communication is based on this connection. :)

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Aziza Suleymanzade

@AzizaS

3 years

The Eye of Sauron: loading atoms from the trap into the optical lattice. The optical lattice is created by a standing wave made of 2 counter-propagating laser beams. It can tightly confine the pre-cooled atomic cloud AND move the atoms along the lattice, like a conveyer belt🤩

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Aziza Suleymanzade

@AzizaS

1 year

Had a great time visiting Yale and giving AMO seminar. 😊

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Aziza Suleymanzade

@AzizaS

3 months

This should be fun! 🤩

Alp Sipahigil

@alpsipahigil

3 months

Woohoo! Welcome to @BerkeleyPhysics -- @AzizaS , Harry, Vicky, and Chiara! more awesome news to follow ;)

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Aziza Suleymanzade

@AzizaS

3 years

Energy Levels of the Jaynes-Cummings model. Or how the interaction between a two-level system and a harmonic oscillator can give a ladder of states that depend non-linearly on the number of excitations.🤩 So many cool quantum experiments are based on this trick! #ScienceTwitter

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Aziza Suleymanzade

@AzizaS

3 years

Voigt Profile: not only a handy function for extracting the intrinsic Lorentzian linewidth of a laser from a signal distorted by the Gaussian 1/f noise profile but also a fun word to attempt to pronounce correctly. 😁😁😁 #lasers

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Aziza Suleymanzade

@AzizaS

2 years

Our paper on "generating arbitrary shaped single photons with Silicon Vacancies in diamond nanocavities" is out in Physical Review Letters . Great job to the team! 🥳🥳 Hopefully, longer trains of single photons to come!

Efficient Source of Shaped Single Photons Based on an Integrated Diamond Nanophotonic System

An efficient, scalable source of shaped single photons that can be directly integrated with optical fiber networks and quantum memories is at the heart of many protocols in quantum information...

journals.aps.org

Aziza Suleymanzade

@AzizaS

3 years

hot off the arxives : paper from our group demonstrating an efficient source of single photons with arbitrary temporal profile using a Silicon defect in a diamond embedded in a nanofabricated cavity as a quantum emitter. #quantum #photonics

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Aziza Suleymanzade

@AzizaS

3 years

So your photons carrying quantum info from Alice to Bob get lost over long lossy fibers. Why not add an amplifier in between? Well, quantum mechanically, for photons to still look like photons (bosons) at the output, the amp has to add noise. #nofreelunch #quantum #crypto

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Aziza Suleymanzade

@AzizaS

3 years

The vacuum Rabi splitting of the cavity transmission spectra as a function of a number of atoms is g0*sqrt(N) - checks out! 😜😜😜 #ScienceTwitter @PhDVoice #phdthesis T-7 days

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Aziza Suleymanzade

@AzizaS

3 years

Bosonic legos. :) build your own Hamiltonians :P :P Any other fun nonlinear interaction hamiltonians come to mind? @PhDVoice #phdlife #ScienceTwitter

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Aziza Suleymanzade

@AzizaS

2 years

The main photo in this article about our work is my fingers holding the freshly machined and cleaned Niobium cavity 😆😆

New experiment translates quantum information between technologies in an important step for the...

Researchers have discovered a way to "translate" quantum information between different kinds of quantum technologies, with significant implications for quantum computing, communication, and network...

phys.org

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Aziza Suleymanzade

@AzizaS

2 years

It's going to be a fun few years in the lab!! 🥳🥳

Harvard and AWS launch alliance to advance research in quantum science

Harvard University and Amazon Web Services (AWS) have launched a strategic alliance to advance fundamental research and innovation in quantum networking.

otd.harvard.edu

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Aziza Suleymanzade

@AzizaS

3 years

overheard at the 1st in-person Physics Colloquim so far: a black hole with a lunar mass would be at a temperature of the Cosmic microwave background, whereas one with the mass of the Coronavirus would be at the room temperature 🙃🙃 #newunitofmeasureforEVERYTHING

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Aziza Suleymanzade

@AzizaS

3 years

Raw data: about 10s of millions of laser-cooled Rubidium atoms at 4uK free falling under gravity and expanding due to Boltzmann distribution of the velocities of the atoms in the cloud. The total fall time is 20 ms. 🥰🥰🥰 #thesis @PhDVoice #phdlife #Science

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Aziza Suleymanzade

@AzizaS

3 years

My photo of our UV laser is featured in @TOPTICA_AG calendar 🤩🤩 #lasers

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Aziza Suleymanzade

@AzizaS

3 years

Another one of my Ph.D. student's version of "how it started" - "how it's going." This time with the inside of the cryogenic vacuum chamber. And, yes, it is for a cold atoms experiment. No joke: you can spot a piece of charcoal glued to a copper plate. @PhDVoice #phdlife

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Aziza Suleymanzade

@AzizaS

4 years

“A path to interacting optical and mm-wave photons using cold Rydberg atoms as a medium”. Sometimes I play with Blender to visualize our experiment. It is amazing how much clarity it brings me as an experimentalist. :) #blender #quantum #phdlife #mmwave #millimeterwave

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Aziza Suleymanzade

@AzizaS

3 years

Infrared image of an atom trap inside of a 4K cryostat. Pictured: two coils generating magnetic field gradients, the glow from 780 nm laser beams for cooling the atoms, and a bright dot in the middle - the cloud of rubidium atoms suspended in the vacuum using EM fields. 🤩🤩

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Aziza Suleymanzade

@AzizaS

3 years

Excited to give a talk at the celebration of the 40th anniversary of the Physics of Computation Conference hosted by @MIT and @IBM . Check out the amazing keynote speakers: @PeterShor1 , Steven Girvin and @chdbennett . :) the event trailer #quantum #QC40

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Aziza Suleymanzade

@AzizaS

3 years

Measurement-based quantum computing: Step 2 -measure out (get rid of) unnecessary qubits using Z gates. The end geometry is your "circuit". Y-axis has your computational qubits, equivalent to gate-based (unitary) computing, and X-axis emulates time steps in the calculation.

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Aziza Suleymanzade

@AzizaS

3 years

Using a perturbation theory to get the cavity transmission of a Jaynes-Cummings Hamiltonian in a weak probe limit. Bonus fun: the Hamiltonian is non-Hermitian 😜😜 @PhDvoice #ScienceTwitter #phdthesis @adobefresco

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Aziza Suleymanzade

@AzizaS

9 months

More on the development of the Boston-area 50 km fiber quantum network is out on PRA in collaboration with Lincoln Labs, MIT, and our lab.

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Aziza Suleymanzade

@AzizaS

3 years

Classical cryptography trick: to reduce eavesdroppers' knowledge of your bits, use an XOR gate on randomly chosen pairs. If they know each of your original bits with 70% confidence, their likelihood of guessing the XOR output is only 0.7^2+0.3^2 -> 58%. Repeat till ~50%🕵️ #crypto

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Aziza Suleymanzade

@AzizaS

3 years

Another Harmonic Oscillator (mass on a spring) fun fact: the frequency response of the HO, near resonance, is a circle in the polar coordinates, and the diameter of the circle is proportional to the quality factor of the resonance. #phdlife #Thesis #physicsfun #doodles

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Aziza Suleymanzade

@AzizaS

3 years

one of my all-time favorite physical systems: the infinite chain of damped harmonic oscillators. :) :) the time and space translation symmetries make them so powerful!! #physics #phdlife #symmetries

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Aziza Suleymanzade

@AzizaS

4 years

Testing high Tc superconductors in the lab. Part 1: bismuth strontium calcium copper oxide (BSCCO) should superconduct around 96-100K. Indeed, at liquid Nitrogen temperature of 77K the small magnet on top of it floats!! 😁 #levitation #quantum #phdlife

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Aziza Suleymanzade

@AzizaS

3 years

Photini gets into a superposition state: |0> - |1> aka "-x" 🤩🤩So far, I'm going with encoding the computational bases in the orientation and phase into the color 🙃😊 #animation #photonics #quantum

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Aziza Suleymanzade

@AzizaS

3 years

#apsmarch is the perfect excuse to make new animations: QKD (quantum key distribution) across long distances requires dealing with loss that comes from sending single photons through km of fiber. We use out artificial atom in a cavity to get a quantum boost 🤩🤩 talk at 3.45pm

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Aziza Suleymanzade

@AzizaS

5 months

Fabry-Perot cavities: named after French scientists Charles Fabry and Alfred Perot, who developed the original interferometer in the 1890s. Apparently, Fabry used one (sensitive to UV) to confirm the existence of the ozone layer in the atmosphere in 1913. :) pretty useful ..

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Aziza Suleymanzade

@AzizaS

3 years

Mm-waves 5: my cartoon interpretation of a hybrid quantum computer 😎😎 #thesis @PhDVoice #phdlife #ScienceTwitter @BlenderArtists #BlenderEevee

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Aziza Suleymanzade

@AzizaS

3 years

If I had to summarize my research interest with one short relationship.. usually applied to light 😋🤩quantum flavors of strongly correlated physics, interacting many-body physics, nonlinear photonics, entanglement, and so on..

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Aziza Suleymanzade

@AzizaS

2 years

A bit of quantum history: Stephen Wiesner in his 1968 paper suggested "quantum money" as an "impractical application" of conjugate coding. That idea has blossomed into a whole field of quantum cryptography. 💡💡🤩🤩

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Aziza Suleymanzade

@AzizaS

3 years

Light-Matter coupling regimes in Cavity QED systems. :) Being in the strong coupling regime means that the excitation exchange between matter and light is faster than dominant decay rates in the system. This is a fun place to be. 🤩⚡️ #ScienceTwitter @PhDVoice @adobefresco #thesis

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Aziza Suleymanzade

@AzizaS

3 years

When it's the dance competition weekend, but you have to finish machining just one more part .. 😜😜 machining-tested manicure is a high standard! (no, they didn't look perfect by the end.. but they survived 💪💪) #machining #phdlife @PhDVoice #Copper101

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Aziza Suleymanzade

@AzizaS

1 year

It was a pleasure to present our distributed entanglement results at the first workshop on entanglement enhancement for long-baseline telescopes. :) A lot of cool ideas from astronomy and QI! Thanks to the organizers. #optica

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Aziza Suleymanzade

@AzizaS

3 years

hot off the arxives : paper from our group demonstrating an efficient source of single photons with arbitrary temporal profile using a Silicon defect in a diamond embedded in a nanofabricated cavity as a quantum emitter. #quantum #photonics

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Aziza Suleymanzade

@AzizaS

3 years

HO 5: dark states with coupled HOs! Similar to how three-level atomic systems give us dark states that don't absorb light due to destructive interference, we can get a dark state behavior from two coupled masses on springs for specific parameters. :) @PhDVoice #phdlife #phdthesis

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Aziza Suleymanzade

@AzizaS

3 years

This high-frequency RF switch is too pretty! 🥰🤩

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Aziza Suleymanzade

@AzizaS

3 years

It's that time to rederive the energy levels in the Jaynes-Cummings model. 😆😆 @PhDVoice #ScienceTwitter #thesis #phdlife T - 22 days😊

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Aziza Suleymanzade

@AzizaS

3 years

One of the highlights of my Ph.D. was getting to play with millimeter-wave photons -which lie between optical and microwave bands. Even though they are widespread in Astro, Chem, Med, Telecom, they are pretty unutilized in quantum tech. #thesis #phdlife @PhDVoice #ScienceTwitter

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Aziza Suleymanzade

@AzizaS

3 years

A good pulse tube fridge at 4 Kelvin (-269 C) has a cooling power of 1 Watt, which is not nearly enough to absorb blackbody radiation from a room temperature environment that could get over 300 Watts. Step one: install a 35 K intermediate stage, step two: make it super shiny!

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Aziza Suleymanzade

@AzizaS

3 years

Wishing everyone smooth travels and low scattering this holiday season from the nanophotonics land🤩🤩🤩 #happyholidays #sciencefun

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Aziza Suleymanzade

@AzizaS

3 years

That time I, finally, found a shampoo with a Hamiltonian specified... 🤣🤣 #ScienceTwitter #haircare

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Aziza Suleymanzade

@AzizaS

3 years

My favorite 3D resonators: the optical Fabry-Perot cavity and superconducting seamless millimeter-wave cavity 🥰🥰🥰 #thesis @adobefresco @PhDVoice #ScienceTwitter T-19 days

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Aziza Suleymanzade

@AzizaS

1 year

Check out our recent work with MIT and Lincoln Labs. 😊 Fresh on the arxiv: Interfacing qubits in our quantum node made of a silicon-vacancy defect in a diamond nanocavity with telecom photons, and starting to play with long-distance deployed fibers.

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Aziza Suleymanzade

@AzizaS

3 years

Introducing "photini - the flying qubit." Say hi! 😊😊 #animations #photonics

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Aziza Suleymanzade

@AzizaS

3 years

What a fun phase space to roam around! 💡💡⚡️⚡️ #thesis @PhDVoice #phdlife #ScienceTwitter @adobefresco

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Aziza Suleymanzade

@AzizaS

3 years

There is beauty in these old machines. This guy was one of my best buddies in grad school.🥰🥰 #machines #phdlife #machinshop

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Aziza Suleymanzade

@AzizaS

3 years

HO 11: depending on whether you pick the "impedance" or "mobility" analogy, the equivalent RLC circuit could look very different. It depends on whether you assume the sum(forces) = 0 is equal to the sum(V) = 0 in a loop or sum(I) = 0 in a node. @PhDVoice #thesiswriting #phdlife

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Aziza Suleymanzade

@AzizaS

2 years

The field of quantum microwave-to-optical transduction is really exciting these days! :)

Michał Parniak

@michalparniak

2 years

I also hope that our results are an interesting direction in a very active domain of linking microwaves and optics, as seen here on Twitter via stunning and very inspiring arXivs by @fink_johannes or by @AzizaS , @schusterqed et al.

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Aziza Suleymanzade

@AzizaS

1 year

Great to be back at Quantum Innovators 2023 at the University of Waterloo . Awesome talks, great event 🥳

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Aziza Suleymanzade

@AzizaS

3 years

Awesome news from @schusterqed (and the team) for academic labs and small startups working with microwave qubits! Affordable + powerful + open-source new tool based on the RFSoC platform. We use RFSoC in our hybrid AMO experiment and LOVE it. 🥰🥰

David Schuster

@schusterqed

3 years

Excited to share our new open-source quantum instrumentation control kit (QICK), developed with @Fermilab , with @physicsfpgaeda , and @nanonoodle (and others without twitter accounts). The paper is at and the firmware/source is at

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Aziza Suleymanzade

@AzizaS

3 years

That satisfying moment when you trap atoms in a MOT - Magneto-Optical Trap. ⚛️🤩as you tune the frequency of the laser, the background vapor of Rubidium atoms is casually fluorescing away when suddenly a cloud of atoms aggregate together in one location in large quantities. :)

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Aziza Suleymanzade

@AzizaS

2 years

Our latest paper on using Silicon Vacancies in diamond nanophotonic cavities as nodes for quantum networks is on arxiv: ! Cheers to the team! 🤩🤩🥳🥳Spoiler alert: ... 🧵

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Aziza Suleymanzade

@AzizaS

3 years

High Temperature superconductors: BSCCO - bismuth strontium calcium copper oxide - superconducts at 96-100K. so sparkly? 😲😲 @PhDVoice #phdlife #phdfun #superconductors

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Aziza Suleymanzade

@AzizaS

3 years

HO 12 Part 1: Another HOs frequently found in a quantum lab - pulse tube refrigerator. The early versions were based on surface heat pumping, similar to the mechanism behind our airconditioners/fridges/heat pumps. 😊😊 #fridgeart #thesis @PhDVoice #phdlife @adobefresco

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Aziza Suleymanzade

@AzizaS

3 years

Some fun with Red Pitaya. This guy is a great start for small trial projects for home and lab. Could be used as an oscilloscope, VNA (vector network analyzer), function generator, and ... a way to start/stop and monitor your hacked tea kettle. 😜😜😜

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Aziza Suleymanzade

@AzizaS

3 years

My favorite quantum emitter - Rydberg atom. Or as I like to refer to ours - fluffy atoms.🥰The ratio of sizes between Rydberg and ground-state atom could be 1000x higher - I just didn't want to lose the ground state atom from the doodle😅 #ScienceTwitter @PhDVoice @BlenderArtists

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Aziza Suleymanzade

@AzizaS

3 years

Doppler broadening of the Electromagnetically Induced Transparency (EIT) as a function of temperature. 🤩 Better make sure that the atomic cloud is cold 😆😆❄️ #ScienceTwitter @PhDVoice #phdthesis @WolframResearch T-6 days

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