Over the course of three days in April 2024, researchers, students, and industry experts from all over the world joined the greater RPI community for workshops and technical sessions. The event culminated on April 5 with a ribbon-cutting ceremony revealing the IBM Quantum System One, the first to be housed on a university campus.
Quantum sensors stand out as a technological revolution often overshadowed by the limelight of quantum computing. However, their implications span far and wide, impacting healthcare, climate change, defense, and other fields that affect our daily lives.
In celebration of International Women’s Day, a time dedicated to honoring the achievements of women around the globe, we at Inside Quantum Technology are thrilled to present an exclusive Q&A article featuring Anastasia Marchenkova.
Discover advances poised to disrupt trillion-dollar industries. Panel discussion with John Martinis on quantum technology and AI.
How does quantum computing pose a threat to current cryptographic standards used in the finance sector and blockchain?
The quantum computing industry is here to stay, but what do and what will careers look like? Anastasia Marchenkova, Roger Luo (University of Waterloo), Richard Givhan (Haiqu), and Jake Malliaros (CDL) discuss.
The future of Giga is not just about connecting one school to the internet. It’s about building an infrastructure for future technology, blockchain, quantum, and more.
BTQ Technologies Corp. (NEO: BTQ) (FSE: NG3) (OTCQX: BTQQF), a global quantum technology company focused on securing mission-critical networks, is thrilled to announce the launch of its brand-new podcast, "The Quantum State." Anastasia Marchenkova serves as the host of the series. Each episode features enlightening discussions with regular guest experts from the quantum technology community, shedding light on the mysteries and possibilities of this burgeoning field.
Featured on Inside Quantum Technology blog for the Women in Quantum series.
One day, a mentor told me "You have the IQ. If you get the EQ, you’re going to be unstoppable.” If I wanted to reach my goals, I had to learn how to communicate my vision. Over a decade, I honed my skills, and today, I launched everything I learned in this course and community! I build this course for introverts who want to overcome their public speaking fears, overcome imposter syndrome, and build a powerful and confident presence online and offline, so you can open doors to new opportunities.
IEEE P7130 will establish a general nomenclature for Quantum Computing to standardize communication with related hardware and software projects. IEEE P7130 will define terms related to the physics of quantum computing including quantum tunneling, super position, quantum entanglement, as well as other related terms and terminology that will be updated as technological advances are made.
Spoke to Master's students at USC with fellow panelists from IBM, Google, QCWare, and USC about quantum computing careers and opportunities.
This episode features Anastasia Marchenkova, Researcher at Bleximo and affiliate researcher at Lawrence Berkeley National Lab. Anastasia shares her unique insights into the quantum computing space as a researcher and influencer. She also discusses the promise quantum computing holds for benefiting humanity, and provides sound advice to young professionals who might be interested in pursuing quantum computing as a career track.
Squeezing every bit of performance out of a NISQ-era quantum processor is usually handled in the software stack. But what if you could actually design QPUs for specific types of use cases? Anastasia Marchenkova is working on this approach at Bleximo and the result has been a remarkable boost to speed. Join host Konstantinos Karagiannis for a chat about the possibilities of these application-specific quantum computers, as well as the terrific awareness work Anastasia has been doing for years.
We talk about the different approaches to quantum computing, what it means for encryption (and Bitcoin), and why it absolutely does not make faster-than-light communication possible. (I wanted to be very, very clear about that!)
Join Scott Aaronson and Bleximo Researcher Anastasia Marchenkova at the closing keynote of the #Q2B Conference for a Fireside chat, reflecting on the year's accomplishments in the quantum computing space and discussions on the future of quantum hardware, error correction, and algorithms, and skepticism about quantum wormholes.
Could a quantum computer destroy bitcoin? And if it could, when should we start worrying about it? Join Anastasia Marchenkova to explore Shor’s algorithm, the one weird trick to breaking RSA and ECC encryption, the specific risks blockchain and cryptocurrencies face from large-scale quantum computers, and the potential mitigation strategies you'll need in a postquantum world.
VC Lab is a virtual program that helps new managers to launch accelerators, pre-seed, seed or Series A venture capital firms globally. The goal of the program is to complete a close in six months or less. Ran by Adeo Ressi and Mike Suprovici.
Tune in to learn more about Bleximo, our application-specific approach, and the impact you can make by joining the QC industry.
Host of QViews by Quantum Insider, a quantum tech industry publication. Together, we’ve partnered to present you with the top quantum technology news and opportunities across research and industry, all over the world.
Recently, Anastasia Marchenkova was a moderator at the Inside Quantum Technology panel in New York on Quantum Computing and cryptocurrencies. While there is no video of the event, the link is to YouTube video where I discuss my thoughts after the conference.
What are the security implications of a large, coherent, fault-tolerant quantum computer? Breaking RSA would take trillions of years with a classical computer. Shor’s Algorithm can do it in 100 seconds. This session will discuss the current status of quantum computers and the roadmap to 10 million qubits, Shor’s algorithm, risks to current encryption standards, and post-quantum and quantum cryptography.
Created two videos that were presented to SEC Analysts on quantum physics and quantum computing hardware modalities.
Answering questions about working in quantum computing industry, learning quantum computing skills, and where to get hands on experience.
The Quantum Information Science and Engineering Network (QISE-NET), co-led by the University of Chicago and Harvard University, provides selected students with $10K per year for up to three years. I spoke with fellow panelists from Google, IBM, and HRL to the students in the program about the challenges of transitioning from academia to industry and experiences working in startups.
The project expanded Qiskit’s OpenPulse feature to IBM Q’s QASM simulator, OpenPulse, and new quantum chip backends. It enables users to calibrate qubits by modifying the microwave pulse sent to quantum hardware. We expanded this feature to simulators, took information from real chips and rewrote the lexer and parser to create a new coding language to allow for precise control of pulses for real hardware.
The project expanded adding profiling infrastructure (time and size) to Qiskit Aqua to find slow code execution. The profilers are made available through the built-in logging infrastructure, and there are 4 levels of logging available.
Bleximo announced a $1.5 million seed round led by Eniac Ventures. Other investors in this round include Boost VC, Creative Ventures, KEC Ventures and Gyan Kapur.
Founder's Institute is a startup incubator to turn ideas into fundable startups, and startups into global businesses.
Bleximo is building full-stack superconducting application-specific quantum computers by co-designing algorithms and hardware to deliver practical solutions for high-impact problems.
DC I-Corps Node is one of NSF’s national nodes that help to expedite technology commercialization from regional universities, their affiliates, and federal labs, to enhance the creation of technology-based startups around the nation. The DC Node focuses on fostering and nurturing an innovation ecosystem in the nation’s capital, the nearby states of Maryland and Virginia, and the mid-Atlantic region.
Presented at the University of Maryland on Nitrogen-vacancy (NV) centers. These are defects in diamonds that are promising platforms for both nanoscale magnetic sensing. Their unique combination of magnetic sensitivity and long coherence times make them attractive for a variety of applications.
Fellowship award to one incoming PhD student per year.
We employ an ultracold atomic gas confined in a one-dimensional optical lattice for long-term light storage. The differential ac Stark shift of the ground-level microwave transition used for storage is reduced to a sub-Hz level by the application of a magic-valued magnetic field. The 1 / e lifetime for storage of coherent states of light is prolonged up to 16 s by a microwave dynamic decoupling protocol. Y. O. Dudin, L. Li, and A. Kuzmich
Flashpoint works closely with founders to enable them to think clearly about their businesses. Raised funding, found product market fit, and launched Jokudo through the Deliberate Innovation process.
Accidentally DDOS-ed the school servers one night with my friend and future co-founder. The Honor Board was NOT happy. One professor thought it was hilarious and offered us a spot in his startup incubator, Flashpoint, and a check for seed funding. Led to founding of CourseShark/Jokudo.
Awarded for research in the Dr. Kuzmich group for quantum telecommunications. President's Undergraduate Research Awards fund student salaries to conduct undergraduate research with Georgia Tech faculty and offset travel expenses for undergraduates to present their research at professional conferences.
Awarded for research in the Dr. Kuzmich group for quantum telecommunications. NSF REUs are competitive summer research programs in the United States for undergraduates studying science, engineering, or mathematics. They fund student salaries to conduct undergraduate research with Georgia Tech faculty.
The ACC Meeting of the Minds is an annual research conference celebrating undergraduate research and creative inquiry. 5 undergrads from each ACC school are chosen to represent the school. Pr
We observe quantum memory lifetimes in excess of 0.1 s by laser compensation of the lattice light shifts that limited the previous generation of atomic memory to 7 ms. A. G. Radnaev, Y. O. Dudin, R. Zhao, H. H. Jen, S. D. Jenkins, A. Kuzmich & T. A. B. Kennedy.
Awarded to one upperclassman at the Georgia Institute of Technology College of Sciences with exemplary research experience
First International Conference on Microneedles, May 2010, Atlanta, GA. “Parameters Controlling Coating of Metal Microneedles”, V. Zarnitsyn, C. Grajczak , A. Marchenkova, and M. R. Prausnitz.
Awarded for research in the Dr. Kuzmich group for quantum telecommunications. President's Undergraduate Research Awards fund student salaries to conduct undergraduate research with Georgia Tech faculty and offset travel expenses for undergraduates to present their research at professional conferences.
Awarded for research in the Dr. Kuzmich group for quantum telecommunications. NSF REUs are competitive summer research programs in the United States for undergraduates studying science, engineering, or mathematics. They fund student salaries to conduct undergraduate research with Georgia Tech faculty.
Decided I didn't want to do more high school. Got accepted to the Georgia Institute of Technology as a 11th grader through regular admissions. Everyone was confused but all I needed was to double up on Lit and History that year, submitted documents to the state and got the diploma.