text:   Vibrational Properties of Materials with Full Quantum and Anharmonic Effects",8,"['Today it is an important day in my research career: we release the SSCHA code. You can find the info about the code here (<LINK>), read the paper related to the code in <LINK>, and follow it on twitter @SSCHA_code', 'All this started when in my PhD Bruno Rousseau proposed to use the Self-Consistent Harmonic Approximation to study the high-pressure simple cubic phase of Ca. We implemented the idea, but the implementation was too primordial for any other material https://t.co/BNDNge7JkJ', 'As a postdoc I moved to Paris to work Francesco Mauri’s group. We developed there the SSCHA and started its first applications on hydrogen-based superconductors https://t.co/QLPzgta2Ou https://t.co/WbznRxy3vy', 'Later Raffaello Bianco showed how the SSCHA theory could be expanded to predict second-order phase transitions easily and describe phonon spectral properties https://t.co/rXROrJKbqH', 'These improvements have been crucial to study CDW phase transitions and perform thermal transport calculations on thermoelectric materials https://t.co/REWg8LO0Ff https://t.co/nrouwbpX5h', 'Now @mesonepi has taken the lead in the development of the code and brought to it an improved efficiency and the possibility of making structural relaxations in the quantum energy landscape  https://t.co/5qfmpNhzMF', 'The latter development was crucial to show how quantum effects make stable the high-temperature superconducting LaH10 https://t.co/aIpRNxa95S', 'Now the code is distributed as open source, available to everybody. Your contributions will be welcome and surely will improve the capacity of the code.']",21,03,1437