The short answer is yes.
The Schrödinger equation is over 100 years old and, what's more, it was born incomplete.
In 2020, a new numerical statistical theory called Cairo Techniques emerged that challenges the classical theory of the Schrödinger equation across all scientific fields, including its own castle of quantum mechanics.
We predict that in the next ten years, most scientific research will escape the Schrödinger equation and focus on the new statistical theory.
This is just a short answer to shed some light on the question and its answer, and thanks to the Spanish contributor for his helpful answer.
His answer contains too much discussion, which I want to answer in separate paragraphs as follows:
1-Heisenberg QM was stillborn because it is incomplete because it lives and works in 3D geometric space in real time t as an external controller.
2-In 2020, a new theory of numerical statistical mechanics was born in matrix form.
It is a complete theory because it lives and works in 4-D unitary x-t space.
The real time t disappears completely and is replaced by a discrete integer Ndt, where N is the number of iterations and dt is the time jump.
This is the so-called Cairo technique.
This new matrix theory is the only physical transition matrix known to us and was successfully applied to solve almost all physical and mathematical problems (heat diffusion, QM problems, sound intensity in sound rooms, mathematical integration and differentiation, sum of infinite integer power series..etc..)
This is what we call Rise of Matrix Mechanics.
3- Probability and statistics are missing from mathematics and theoretical physics.
The classical definition of probability as the number of successful trials divided by the total number of trials is naive, and the quantum definition of probability will make you laugh.
We hypothesize that one of the reasons why this new matrix theory has been widely successful is that it provides the only correct definition of probability.
Finally, we believe that the classical Schrodinger equation faces fatal problems due to the fatal challenge of new statistical theory.
In the next ten years, we expect the number of scientific studies based on statistical theories to grow enormously at the expense of the classical Schrodinger equation.
Science leaves the era of mathematics and enters the era of matrix mechanics and the turning point is the discovery of numerical statistical theory called Cairo techniques and its transition matrices eligible to solve almost all problems of classical physics and of quantum mechanics.
No more partial differential equations, no more numerical integration, no more FDM techniques. . etc.
Statistical matrix mechanics is capable of solving all of the above problems and additionally predicting unknown universal physical rules.
Note that the Heisenberg matrix and the Dirac matrix are neither physical nor statistical and incomplete.
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