Having hired a talent from the Aerospace Science and Industry Corporation, although this was just an unexpected gain, Xu Chuan was still in a good mood, so much so that Beihang University invited him to give a report, and he agreed.

This straightforward answer made the leader of Beihang University who invited him stunned for a moment. Then he jumped three feet high in excitement. After hanging up the phone, he quickly ran to inform others.

The next day, in the auditorium of Beihang University, standing on the stage, Xu Chuan used a clear and steady voice to give a lecture on "Condensed Matter Physics" and "The Grand Unified Framework Theory of Strongly Correlated Electronic Systems" to the students of Beihang University.

'Report.

"...Substances exhibit symmetry breaking in certain states, where the symmetry of the relevant physical laws is broken. A common example is crystalline matter, which has complete translational symmetry and

The rotational symmetries are all broken."

"For example, in crystalline solids, these Goldstone bosons are called phonons - quantized forms of lattice vibrations. Others include magnons, quasi-electrons, excitons, polaritons, etc., which are present in

Excitation at any low energy is Landau’s elemental excitation.”

"Symmetry breaking is a ubiquitous phenomenon in condensed matter physics. Through the 'Grand Unified Framework Theory of Strongly Correlated Electronic Systems', we can understand changes such as symmetry breaking, high-temperature superconductivity, giant magnetoresistance, metal-insulator transition, etc."

The basis of."

“Now I will focus on some applications of the ‘Grand Unified Framework Theory of Strongly Correlated Electronic Systems’...”

The stage was dark and crowded. Not only were there no empty seats, but there were even people sitting in the corridors.

After hearing this report on 'Condensed Matter Physics' and 'Grand Unified Framework Theory of Strongly Correlated Electronic Systems', not only students from Beihang University, but also students from Shuimu University and Peking University, and even some nearby materials research institutes

The researchers all came running over.

The auditorium can accommodate thousands of people, but nearly 10,000 people might be squeezed into it.

For researchers from Beihang University, Shuimu, Peking University and other universities, or even from the nearby Institute of Materials, Xu Chuan personally explained the application of the "Grand Unified Framework Theory of Strongly Correlated Electronic Systems", which can be described as a feast.

Leaving aside those people from other departments who were just watching the excitement, most of the students sitting in the auditorium were listening very seriously, and their notebooks were already filled with various key notes.

For Xu Chuan, spreading his ideas, theories and results to other students and researchers is also something he is happy to do.

After all, the development of a discipline, the development of a country, and the development of a civilization is far from enough for him alone.

The core of condensed matter physics, the 'Grand Unified Framework Theory of Strongly Correlated Electronic Systems', is of great significance to the development of materials physics.

Especially for students at Beihang University, they have a large number of students and professors working in the aerospace field. For aerospace technology, the material itself is undoubtedly the top priority.

This report will not necessarily bring many results to Beihang University and other students, but it will at least allow these students, researchers, and even professors to walk on the path of condensed matter physics and materials physics more easily and more efficiently.

farther away.

For these audience scholars, the only response to this lecture was the warmest applause.

Therefore, when the last words on the podium fell, the entire auditorium was instantly filled with waves of applause that lasted for a long time.
Chapter completed!