Rise (education program)

Rise is a training, funding and mentorship network created by Eric and Wendy Schmidt’s Schmidt Futures initiative and the Rhodes Trust. Its founders created the programme to identify talented students aged 15-17 who come from any geography around the world and are interested in service and leadership.[1] The scheme aims to develop these young people through scholarships, mentoring, funding and a residential programme.[2]

Background

Since 2006, Eric Schmidt and his wife, Wendy Schmidt, have contributed to many charitable organisations and started philanthropic initiatives of their own, including Schmidt Futures and the Schmidt Family Foundation. The Schmidt’s relationship with the Rhodes Trust came about in 2017, and initially, the couple committed $25 million over three years to establish the post-doctoral Schmidt Science Fellows program.[3] In 2019, the couple pledged a further $1bn to talent causes on an international level.[2]

Program

In recent years, talent has become a primary theme of the Schmidts’ philanthropy, and the couple began financing projects which develop talented people, and networks to support those people.

Upon launching the Rise program, Dr Elizabeth Kiss, the current CEO of the Rhodes Trust, stated, “All the research indicates 15 to 17 is… a pivotal time for self-understanding, brain plasticity, and a moment when you can make all the difference in a person’s trajectory.”[4]

The website for Schmidt Futures states that before their final year of high school participants will be invited to attend a residential fellowship. Participants will also receive other opportunities, including scholarship funding, mentorship and career services.[5][6]

gollark: I found Matrix homeservers to be horribly resource-intensive or broken. Did they fix that at all?
gollark: How do they manage to have the same FP64 and FP32 throughput? I thought there was some quadratic scaling going on there.
gollark: As far as I know ROCm is available on basically no GPUs and is very finicky to get working.
gollark: It seems like AMD could have done a much better job than they did, though.
gollark: DRAM is what regular RAM sticks use: it uses a lot of capacitors to store data, which is cheap but high-latency to do anything with, and requires refreshing constantly. SRAM is just a bunch of transistors arranged to store data: it is very fast and low-power, but expensive because you need much more room for all the transistors.

See also

· Schmidt Science Fellows

· Rhodes Scholarship

References

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