PP: What made you conclude that Yale has squandered its advantages and diminished its reputation? Could you expand on the evidence? Am genuinely curious as Yale seems to have maintained its prestige as well as a nurturing school for students. Just asking so I could be more informed. |
But a lottery for students who meet certain clear academic thresholds would get rid of the admissions advantages for expensive sports or starting your own charity (that only your parents donate to - I have a friend whose kids used this to get into an Ivy) or getting an internship at your dad's friends company. With Khan academy a smart kid anywhere can study for the SATs and be in the top of their class if they have the drive. |
A lottery would be embarrassing because it would not end up with a class that would make many people happy. If it was easy and would achieve the same objectives, they would have done it by now. |
lottery away for your next future crop of private equity vultures and corporate lawyers. Who cares? Maybe we could take a little more time and attention to find our future nuclear physicists and biochemists, etc. not sure I want my transplant surgeon to be the lottery winner. |
If you don't care, don't post. |
I care about the scientists and I don't care so much about the investment bankers. Go ahead and have a different opinion. It's a forum. |
THose jobs are not open to only people who went to Yale (or a top college). But if Yale said, there is no meaningful difference among students with SATs above 1550 who are in the top 5% of their graduating class so we will do a lottery I would take that over the current system. if they wanted to, they could run separate lotteries by state or to ensure a class that represents the U.S. by family income. But that takes power away from the school so it will never happen. |
I don't think it makes any sense to take some of our top universities that could train our next Einstein and have it just be a lottery. I don't really know how to find the next Einstein, but probably MIT has a better idea of how to do it than we do. For other disciplines a lottery might make more sense. |
we benefit from science done at these schools. if we want to do it elsewhere, fine. it won't be cheaper. universities provide a lot of low cost, high quality labor. yale doesnt' care about pell grants. pell grants are tiny. they do care about tax breaks, but the all Churches would get lumped in there too if that was going to happen (I'm okay with that!) |
Nobody proposed a pure lottery. Say you have 10,000 students with perfect grades and perfect SAT scores, all ranked number one in their class. A sane university would find the next Einstein by educating them all. After all, based on his own prior record, a 17-year-old Einstein would not get admitted to an American T20 in 2026. But since educating all highly-qualified students is apparently out of the question, the next most sane approach is to select the lucky few by lottery. Instead we use “who lives in New Mexico” and “who has the most expensive independent counselor.” |
I don't know that perfect grades and perfect SAT scores are the absolute required criterion for success in for certain programs in certain disciplines. Obviously these students need to have the ability to do high-level academic work, but what are the things that really help find the brains that best engage with scientific discoveries? In my opinion those are a public good. If it's a lottery then great. If it's not a lottery then let's not use the lottery. I'm not sure some anonymous posters on DCUM have the best answers for this conundrum. And I doubt taking a wrecking ball to our scientific research budgets are going to be helpful either. |
having a system where taxpayers are subsidizing institutions that have admission standards that are opaque and disproportionately benefit the wealthy is not a good way to garner continued public support for those taxpayer subsidies. |
+100 |
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We can make changes but let's not throw out the baby with the bath water. It takes all of 2 seconds to quickly come up with this list of important scientific discoveries of the last 10 years and the universities that are associated with the research....some are public, some are private....Some seem to be a collaboration of both mRNA COVID-19 Vaccine Technology (NIH-supported/University of Pennsylvania/various): Enabled the rapid development of mRNA vaccines to fight COVID-19, revolutionizing vaccination, notes the National Institutes of Health (NIH). CRISPR-Cas9 Gene Editing Optimization (UC Berkeley/Broad Institute of MIT and Harvard): Enhanced gene editing technologies, allowing for faster and cheaper DNA modification. Proxima Centauri b Discovery (Carnegie Institution for Science/Various): Discovery of the closest exoplanet, 4.2 light-years away, marking a milestone in planetary science. Neuromorphic Computing Chips (IBM/Cornell University): Developed "True North," a microchip emulating human brain architecture for AI, with 1 million neurons and 256 synapses. Nanoarchitected Materials (Caltech): Engineered ultra-lightweight and strong materials, including non-brittle ceramics, with applications in aerospace and protective gear. Molecular Bose-Einstein Condensate (Columbia University): Created a unique, ultra-cold state of matter (Kelvin) using molecules, enabling new quantum research. AI for Alzheimer's Prediction (Boston University): Developed AI that uses speech analysis to predict Alzheimer’s disease with high accuracy. CRISPR-Modified Immune Cells for Brain Cancer (UC Irvine): Engineered microglia to cross the blood-brain barrier for targeted delivery of therapies to Alzheimer's plaques. DermaSensor AI Skin Cancer Detection (Boston University): A noninvasive device utilizing light to detect skin cancer in real-time. Direct Methane-to-Methanol Conversion (Brookhaven National Laboratory): Engineered a catalyst for low-temperature conversion of natural gas to liquid fuel. |
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