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[quote=Anonymous][quote=Anonymous][quote=Anonymous][quote=Anonymous][quote=Anonymous]My unhooked kid is at an Ivy and this just sounds so sick.

He just did the things he loved. By Fall of Senior year, you could see a pattern. His “narrative” (even hate that - blah) was easily pieced together.

We never “packaged” our kids or gunned for anything. They were naturally motivated/smart and always got As, top scores without us doing anything. Both were heavily into a sport they were not recruited for as well (did get re ruined for very low academic, tiny schools).

It might very well work, OP. But doing this and telling kids to just change once they are on campus just feels so creepy to me. [/quote]

same w my two kids at HYP now. unhooked. no spike or barb developed during HS. but quantifiable results in school: elected to school positions, won major debate/MUN/mock trial events on state or national level. They both pieced together unique career interests out of what they had done/read/studied/did a summer thing related to so they would be memorable in a committee meeting: Northern Virginia kid interested in [b]post-nuclear war/low light agriculture[/b]. also won state MUN tournament, elected president of 250-member service club, and has a 36 on the ACT. [/quote]
I want to say I know what that means, but I don't.  
This is clearly bizzard/weird. 
If HYP is into this kind of stuff but not kids who have more mainstream interests, there is a problem.[/quote]

it's a real field of study. it's okay if you haven't heard of it, but that doesn't make it "weird"

Low-light agriculture is a critical area of study regarding both mitigating climate change and preparing for potential catastrophes like nuclear winter. While nuclear energy acts as a low-carbon, high-efficiency power source to support sustainable, high-tech farming and food security, a, nuclear war could trigger severe climate change, leading to global "nuclear winter" conditions, which would severely restrict light for agriculture. 
World Nuclear Association

Low-Light Agriculture and Nuclear War (Nuclear Winter)
A large-scale nuclear war could produce massive amounts of soot, blocking up to 95-99% of sunlight, resulting in freezing temperatures, reduced precipitation, and minimal crop production for years. 
The Pennsylvania State University

Reduced Yields: A nuclear winter could cause an 80% drop in annual corn yields.
Alternative Crops: Research indicates that in a low-light catastrophe, certain crops, such as sugar beets and spinach in temperate regions, would be more viable, while tropical forests might offer limited food production due to slightly better conditions.
Emergency Solutions: The most promising, though challenging, food solutions include mushrooms, seaweed, and the rapid scaling of greenhouses (using timber, plastic film) for some, though not enough, food.
Nutrient Challenges: The combination of low light and high ultraviolet (UV) radiation from a destroyed ozone layer would severely damage plant tissue. 
The Pennsylvania State University

Nuclear Technology in Climate-Resilient Agriculture
Nuclear science, specifically through the Joint FAO/IAEA Centre, helps agriculture adapt to climate change: 
Mutation Breeding: Techniques like irradiation (e.g., gamma rays or ion beams) are used to develop "climate-proof" crops, such as heat-tolerant rice in Bangladesh and drought-tolerant beans in Cuba.
Water and Soil Management: Isotopes are used to track water movement and improve efficiency in irrigation and fertilizer use, reducing greenhouse gas emissions by up to 50%.
Food Security: Food irradiation is used to extend the shelf life of produce and manage pests. 
International Atomic Energy Agency

Nuclear Power for Sustainable Agriculture
Nuclear energy supports sustainable agriculture by providing reliable, low-carbon, baseload electricity. 
World Nuclear Association

Clean Energy Transition: Nuclear energy is essential for meeting climate goals (e.g., Net Zero) by substituting for high-carbon fossil fuels.
Controlled Environment Agriculture: While vertical farming is energy-intensive, nuclear power could potentially supply the electricity needed for high-tech, artificial light, or "electro-agriculture" systems that can produce food in low-light environments.
Risks: However, climate change itself poses risks to nuclear infrastructure; in a high-emission scenario (RCP 8.5), up to 91% of nuclear reactors could face significant ambient temperature increases, affecting cooling capacities by 2040. 
International Atomic Energy Agency[/quote]

Okay, that's all good.  
Are your kids at HYP majoring in low light ag or nuclear ag?  Or are they doing econ right now?  Be honest.[/quote]

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