Events

The design of conventional electronic devices of all kinds is dominated by a small set of materials whose properties are deeply understood and can be controlled with extraordinary precision.

The Helen Diller Quantum Center at the Technion invites you, undergraduate and graduate students, to discover advanced degree options and projects in the fascinating and diverse fields of quantum science. Program Highlights: Research presentations by faculty members from various departments. pa

The modern theory of phases of matter centers on gapped ground states and their remarkable locality properties.

Realizing error-corrected logical qubits is a central goal for the current development of digital quantum computers. Neutral atoms offer the opportunity to coherently shuttle atoms for realizing efficient quantum error correction based on long-range connectivity and parallel atom transport.

While many consider chiral enantiomers to be mirror images of each other, the nuclear weak force is predicted to break this symmetry through parity violation (PV). The weak force is predicted to make one enantiomer more stable than the other and to induce small differences in their rovibrational spe

Open quantum systems, which are characterized by the exchange of particles, energy, or information with an environment, are ubiquitous in physics and chemistry.

Agentic Publication Protocol (protocol repo is here) following which we can publish an agent that comes with each publication. The agent is a representative of the author and can be the main interface the user interacts with.

We are excited to invite you to attend our Technion Helen Diller Quantum center community retreat, to be held on July 8th 2026, at  Elma Hotel, Zichron Ya'akov                                                                                                           All lectures will be given in Eng