Program
Lecture 1: Time-Dependent Schrödinger Equation, Harmonic
Oscillator, and Superpositions
Date: June 19th, 10:00 am.
Venue: Salón de Grados Universidad Carlos III de Madrid, Campus de Leganés.
Speaker: Professor Marek Osinski (University of New Mexico).
Abstract: This lecture introduces the fundamental equation governing the evolution of
quantum systems. Participants will explore the time-dependent Schrödinger equation, the
quantum harmonic oscillator as one of the most important solvable models in physics, and
the principle of quantum superposition, which underpins many uniquely quantum
phenomena.

Lecture 2: Dirac Notation, Functions, and Operators
Date: June 22nd, 10:00 am.
Venue: Salón de Grados Universidad Carlos III de Madrid, Campus de Leganés.
Speaker: Professor Marek Osinski (University of New Mexico).
Abstract: The second lecture focuses on the mathematical language of quantum
mechanics. Topics include Dirac’s bra-ket notation, quantum states represented by
wavefunctions, operators associated with physical observables, and the formal framework
used to describe quantum measurements and state evolution.

Lecture 3: Entanglement, Teleportation, and Quantum Computing
Date: June 23rd, 10:00 am.
Venue: Salón de Grados Universidad Carlos III de Madrid, Campus de Leganés.
Speaker: Professor Marek Osinski (University of New Mexico).
Abstract: The final lecture of the course explores some of the most remarkable features of
quantum mechanics. Quantum entanglement and quantum teleportation will be
introduced as key resources for quantum information processing, followed by an overview
of the principles and potential applications of quantum computing.

Lecture 4: Entanglement Networks for Datacentre-Scale Quantum Computing
Date: June 24th, 10:00 AM.
Venue: Salón de Grados, Universidad Carlos III de Madrid, Campus de Leganés.
Speaker: Mario de Miguel Ramos (Nu Quantum).
Abstract: The quantum computing industry has been sustaining fast progress in scale-up,
with quantum processors now demonstrating error-corrected logical qubits and first
indications of computational advantage for narrow scientific problems. This talk will look
ahead to what we require to reach full commercial advantage, and show that there is a key
piece missing: modularity. The scaling path we envisage will entail building multi-core
quantum computing clusters at the datacenter scale, and eventually connecting tens or
hundreds of modules together to enable multi-million-qubit machines. This talk will
describe our distributed quantum computing architecture underpinned by photonic
interconnects. It will outline the technical challenges that need to be overcome to progress
the technology, and how Nu Quantum is working to build the pieces needed to scale out
towards useful quantum computation. We will also discuss the plans for the expansion of
Nu Quantum to Spain, as part of our record-breaking series A of $60 million, starting a team
of more than 30 professionals working on quantum photonics and distributed quantum
algorithms.

Materiales que Impulsan el Hidrógeno, con acrómino H2-MAT, es una jornada científico-técnica centrada en el papel clave que juegan los materiales en el desarrollo, implantación y consolidación del hidrógeno como vector energético estratégico. Bajo estas siglas se presenta un simposio especializado que reúne a empresas líderes, instituciones de investigación, personal académico y estudiantes, con el objetivo de abordar los retos tecnológicos asociados a la producción, almacenamiento, transporte y uso del hidrógeno desde la perspectiva de los materiales.

Participantes

IMPORTANT: In order to complete your registration, after enrolling in this site you need to make a donation of at least 50€ to the Alumni UC3M Scholarship Fund through the following link: https://aa.uc3m.es/giveonce2026. Please, do not make the donation before getting your enrollment.

using std::cpp 2026 is the largest Conference on C++ in Spain. It is organized by the Computer Science and Engineering Department of Universidad Carlos III de Madrid, and supported by the Standard C++ Foundation.

It aims to serve as a forum to exchange experiences in the use of the C++ programming language, which pays special attention to last versions of the language, as well as upcoming features.

What is the target audience of using std::cpp 2026?

The event targets professional C++ developers using C++ as an application development language or to build software infrastructure. It also targets undergraduate and graduate students at their final stage who are interested in using C++ as a programming language to build complex and high performance computing systems.

What is the program of using std::cpp 2026?

The program will be published in January 2026.

All talks are in English.

Do I have to register to attend using std::cpp 2026?

Yes. Registration is required. However, thanks to the support of our sponsors, we are able to keep prices low. All what we require is that you make a donation to UC3M Alumni Scholarships Fund through the following link: https://aa.uc3m.es/giveonce2026

IMPORTANT: Registration is a 2-step procedure:

• First, you need to enroll in the event in this site (you will receive an initial confirmation).
• Second, you need to make a donation to the UC3M Alumnis Scholarship Fund. Once we receive your donation, you will receive final confirmation of your ticket.

We have unified donations to a single minimum of 50 € per person. However, you are welcome to make higher donations.

Please, note that you will be helping good students with economic difficulties to complete their University education. In exchange, you will be attending a wonderful technical C++ event.

What does registration for the main conference include?

When you register to the main conference, the following is included:

• Attendance to all talks during March 16th, 17th and 18th.
• Morning and afternoon coffee-breaks.
• Lunch.

What is not covered?

Conference registration does not cover trainings on March 19th. Those trainings have separate costs and registration procedures.

Esta conferencia nace desde una experiencia real: la de Miriam Fernández, una mujer diagnosticada con parálisis cerebral al poco tiempo de nacer, a quien le dijeron que jamás podría caminar. Sin embargo, más allá de cualquier pronóstico, descubrió que la verdadera transformación comienza en la mente y en el corazón.
Transforma tu realidad es una invitación directa a cambiar la mirada. A aceptar lo que somos, a dejar de preguntarnos “¿por qué a mí?” para empezar a preguntarnos “¿para qué?”. A comprender que los obstáculos pueden convertirse en oportunidades, que el miedo es la mayor limitación y que la resiliencia, la gratitud y el esfuerzo diario son herramientas capaces de reescribir cualquier historia.
Desde la cercanía, el humor y la emotividad, esta ponencia recuerda que la felicidad no depende de las circunstancias, sino de la decisión valiente de afrontarlas con amor, perseverancia y propósito.

Organiza: Concejalía de Comunicación, Igualdad, Juventud, Festejos y Cooperación del Ayuntamiento de Leganés / Unidad de Igualdad / Cultura UC3M

Esta actividad forma parte de la programación por el 8M.

Volker Mehrmann (TU Berlin).

Departamento de Matemáticas.

Más información.

Emisión online.

¿Y si pudieras conocer de primera mano cómo se trabaja en una startup de Silicon Valley? Happy Robot, una de las pocas startups nacidas en una universidad española Y que hoy compite en el ecosistema más innovador del mundo, aterriza en nuestro campus. Más info