Research in this program, organized by date.
How renewables, fossil asset retirement, grids, critical minerals, nuclear power, energy access and industrial competition change productive capacity and risk.
Historical, technological and political-economy examination of tropical agriculture, global producer rankings, Brazilian grains and livestock, family farms, fertilizers, climate, hunger and healthy diets.
Historical and economic genealogy from Marx, Nietzsche, Bataille, Deleuze, Guattari, Lyotard and CCRU to Land, left accelerationism, neo-reaction and AI/e/acc.
Animal health and antimicrobial use connect food production, public health, labor, trade and international security. WHO, WOAH and One Health surveillance expose crucial differences between treatment, risk and attribution.
AI makes a growing share of applied intelligence reproducible at low marginal cost. Arendt, Polanyi, Marx, Wiener, Ellul, Mumford, Illich, Sennett and Keynes help ask what happens to work, freedom, meaning and power when cognition becomes infrastructure.
Falling task and application costs are compressing entry-level work and generic software rents while compute, energy, data, distribution and trusted workflows become scarcer and more strategic.
Enterprise usage, privacy benchmarks and selective-autonomy research point to the same transition: the bottleneck is moving from model capability toward context control, continuous evaluation, permissions and reliable human escalation.
CAPSTONE, commercial lunar relays, LunaNet and new surface-infrastructure procurement show a shift toward reusable cislunar services, while power, logistics and recurring demand remain the binding constraints.
Generation and storage are expanding faster than the networks that must connect, transmit and balance them, shifting scarcity toward grids, flexibility and electrical equipment.
The 2030 hydrogen pipeline is contracting as projects encounter the harder tests of firm offtake, infrastructure, delivered cost and financing.
Resource ownership is only one layer of mineral power: refining, smelting, advanced materials and component manufacturing increasingly determine usable industrial supply.
Long procurement cycles for transformers, cables and specialised inputs show that grid expansion depends on manufacturing capacity and standards as much as on investment plans.
Error correction has advanced and post-quantum migration is already driving concrete decisions, but a fault-tolerant machine with independently verified economic utility has not yet been demonstrated.