For decades, science education in America followed a clear path: observe, question, hypothesize, experiment, analyze, conclude. This “Scientific Method,” a cornerstone of innovation and discovery, is quietly disappearing from classrooms across the nation.
A new framework, the Next Generation Science Standards (NGSS), is rapidly replacing it. Proponents claim this shift is about inclusivity, a way to engage students from diverse backgrounds who might feel alienated by a traditionally “Western” approach to science. But a growing chorus of concern suggests something far more profound – and potentially damaging – is underway.
John Droz, a physicist who left academia to dedicate himself to educational analysis, sees a deliberate reshaping of young minds. “What we’ve effectively done is handed over the curriculum,” he explains, “and they have indoctrinated.” He estimates children spend roughly 12,000 hours in school, a vast expanse of time vulnerable to ideological influence.
Droz argues that this influence isn’t limited to history or social studies; it’s permeated even the hard sciences and mathematics. The core issue, he believes, is a rejection of reason itself. The traditional Scientific Method, with its emphasis on rigorous testing and objective analysis, is being supplanted by a system prioritizing personal observation and cultural context.
The argument for NGSS centers on addressing historical biases within science. Advocates point to the concept of “scientific racism” and claim the traditional method acts as a filter, favoring specific ways of documenting results and dismissing Indigenous knowledge or communal observation. They suggest it creates an environment where students from non-Western backgrounds feel like outsiders.
But Droz counters with a simple question: where is the evidence of success? Despite its widespread adoption – currently impacting 48 states and the District of Columbia – NGSS hasn’t demonstrably produced a single major invention or innovation. No satellite launched, no groundbreaking technology developed, based on this new methodology.
The NGSS framework, built around “Three-Dimensional Learning” and a focus on “Practices,” emerged around 2010. Teams of scientists, educators, and representatives from organizations like Achieve and the National Science Teachers Association presented these standards to state boards, framing them as a necessary evolution in science education.
However, a 2013 evaluation by the Fordham Institute offered a starkly different assessment, assigning NGSS a grade of C and ranking it 23rd out of 50 state science standards. The report criticized the emphasis on “practices” at the expense of fundamental knowledge and the failure to adequately integrate essential mathematical concepts.
Remarkably, despite this critical evaluation, 20 states adopted NGSS even though their existing standards were rated higher. This raises a troubling question: what drove this widespread adoption, and what is the ultimate goal of this educational shift?
Droz’s concern isn’t merely academic. He believes the consequences extend far beyond the classroom. He argues that the current system is producing a generation of “unthinking progressives,” instilled with a specific ideology and lacking the critical reasoning skills necessary for informed citizenship.
With approximately four million students graduating each year, the implications are staggering. “If you just look at the statistics,” Droz warns, “and say we’re adding 3 million Marxist, non-thinking voters to the voting rolls every year, what are the implications of that to America?”
The debate over NGSS isn’t simply about teaching science; it’s about the future of critical thought, the preservation of reason, and the very foundations of American society. The quiet removal of a time-tested method, replaced by a framework prioritizing inclusivity over rigor, demands a closer, more urgent examination.
