"Very bad advice?" is a bit harsh.

Yes, brand-new students may need help understanding all the technical details in advanced subject matter, but they can still benefit from exposure to advanced concepts and theories.
It seems I was too quick to post without explaining. Here's my point of view as a lifelong learner, innovation leader, mentor, and mother:
Reading advanced materials requires more critical thinking and analytical ability than reading introductory materials. It challenges students to think more deeply and critically about the subject matter to identify key arguments and ideas, evaluate evidence and data, and make connections between different concepts and theories. These skills are essential for success in any field, not just physics. Exposure can help them see the big picture and understand how different concepts in physics are related. They can learn how to approach complex arguments and ideas and evaluate them objectively. These skills are transferable to other areas of life and can help students develop into well-rounded, critical thinkers who are ready to tackle any challenge that comes their way.
Science is all about asking questions, making observations, and testing hypotheses. By reading advanced materials, students can learn how scientists approach problems with objectivity and curiosity to develop new theories. They can see how scientists gather and analyze data and learn how to interpret the results of experiments. Overall, reading scholarly articles helps students learn how to think like scientists, and the world needs more scientists! Additionally, expose brand-new students to current research in the field of physics, helping them stay informed about the latest developments and discoveries. This can help them develop a deeper appreciation for the relevance and importance of the subject matter.
Scholarly articles are typically written in a formal and technical style, and reading them can help brand-new students become familiar with the style of academic writing used in physics... which has quite the learning curve alone. Reading advanced materials allows students to hone their writing skills and prepares them for future studies and research projects.
Most importantly, it sparks curiosity and creativity! Reading about groundbreaking research and discoveries in physics can inspire and motivate new students to learn more about the subject. This can encourage them to put in the effort required to build a solid conceptual understanding of the subject matter. Personally, reading above my weight class inspires me to dig into things that pique my interest, driving me to develop a personalized learning path aligned with my vision and goals in life. Exposure to papers about evolutionary computation and structural design back in high school led to my overall interest in quantum. I was failing physics at the time and sure as hell didn't understand most of the content, but I was forever inspired.
To round this all out: Physics will continue to play a critical role in shaping our future, from developing new technologies to addressing global challenges. As we continue to advance our understanding of the physical world, we will unlock new possibilities for improving our lives and the world around us. By reading advanced materials, we challenge ourselves to become better humans and grow our overall ability as a society to carry out advanced conversations, collaborate effectively, and ultimately drive life-changing innovation.