The Next Generation Science Standards call for three-dimensional learning: disciplinary core ideas, science and engineering practices, and crosscutting concepts used together in the same lesson. What that looks like in 2026 is Phenomenon-Based Learning, or PhBL. In a PhBL sequence, students don't start with a lab procedure and a predicted result. They start with something observable and unexplained, a temperature pattern in the school garden, a local air quality spike, a material that behaves unexpectedly, and their job is to figure out what's happening before they see the textbook explanation. The teacher's job is to design the phenomenon well enough that the day's science content is the most direct path to an explanation.
The practical difference from a traditional confirmation lab is significant. In a confirmation lab, students follow steps and match a predicted outcome. The cognitive load is low because the reasoning is already done. In a PhBL sequence, students must generate questions, identify variables, and argue from evidence before they see the accepted model. That sequence reflects how science actually works. Three objections teachers raise are real: students have been trained to ask "what is the right answer" rather than "what would explain this," planning time is longer than for a standard lab, and assessment is harder to standardize. Those are honest tradeoffs, not reasons to avoid it. The students who spend three years in PhBL-structured science courses score higher on AP exams and perform better on lab practical tasks than students from traditional lab-heavy programs, according to a 2025 analysis by the National Science Teaching Association.
Boston Public Schools announced a $1 million seed grant from tech entrepreneur Paul English to launch AI fluency programming across all 24 BPS high schools. The plan: train one teacher per school first, then build district-wide implementation over the following year. The stated goal is for every BPS graduate to leave high school proficient in understanding and using AI tools. Boston is not yet calling it a hard graduation requirement, but it is the first major urban school district in the country to commit this level of funding and infrastructure to AI literacy as a student outcome rather than a teacher professional development line item. Sources: WBUR, GBH, March 26, 2026.
Boston's approach is notable for what it prioritizes first: teachers, not tools. The $1 million goes to training one teacher per building who then becomes the building's AI fluency anchor. This is the correct sequence. You cannot build AI reasoning skills in students if the teachers in the room don't have them. The other notable decision is scope: 24 schools, one teacher each, year one. That is a deliberate, replicable rollout rather than a district-wide mandate that overwhelms everyone at once. If your district hasn't started this conversation, the question worth raising with your department chair or principal is not "should we teach AI fluency" but "who in this building gets trained first, and when."
Fresno Unified School District, the third-largest in California with roughly 90,000 students, is ending its take-home laptop program for all 40,000 elementary students. The primary reason: $4 million per year in device repairs and replacements. Starting in fall, the district will shift to shared in-class cart access, with students using devices only during school hours. The move is one of the most direct admissions by a large district that 1:1 device programs carry infrastructure costs that were not included in the original procurement budgets. The national device backlash has been building since 2023; Fresno's decision is the clearest case yet of a district exiting a program for financial reasons that learning-outcome data alone never produced. Source: Associated Press, May 26, 2026.
The school districts that issued devices without a repair, replacement, and lifecycle cost model are now facing the same accounting Fresno faced, just at different stages. The more important question the Fresno decision raises is not whether students should have devices but what the devices are for. A lesson built for 45 minutes of focused in-class device use is a different lesson than one that assumes 8 hours of access. Teachers who have already designed their coursework around bounded, purposeful device use are better positioned for what comes next, whether that is tighter restrictions or tighter budgets, than those who built around continuous access.
The New Jersey Commission on the Effects of Social Media Usage on Adolescents released its final report, "Growing Up Online," with 20 formal recommendations covering schools, policymakers, healthcare providers, parents, and social media companies. The school-specific recommendations: adopt bell-to-bell bans on student phone and social media use. The platform-specific recommendations: restrict access to users under 16 using age-verification technology rather than self-reported birthdays; require strong default privacy settings for minors; end targeted advertising and addictive design features aimed at users under 18. The report drew on Rutgers University survey data, national research, international case studies, and family testimony. Background data: 97% of teens ages 11-17 use phones during school, with a median of 43 minutes per day. 32% access TikTok, 26% watch YouTube, 17% play games. Sources: NJ Governor's Office, September 2025; K-12 Dive.
Bell-to-bell phone bans remove one variable, but they don't address what students do from 3 PM to midnight, which is where most of the 4.8 daily hours of social media use actually happens. A phone-free classroom does not produce a student with stronger self-regulation. It produces a student who is not on their phone during class, which is useful but limited. The recommendation with the most immediate classroom application is healthcare's: screen for problematic social media use. The classroom version of that is a structured check-in question, not a survey, not a policy, just a consistent prompt at the end of class: "What competed for your attention today, and did you choose to let it?" Students who are asked that question regularly over a semester start to build the metacognitive habit the phone ban is trying to manufacture by force.