https://advicefromgreatscientists.wordpress.com
Mathematician Richard Hamming shared his insights after a career at Bell Labs in his lecture "You and Your Research."
Lesson #1: Aim high.
- Walter Isaacson, The Code Breaker
- Walter Isaacson, The Code Breaker
- Louis Pasteur
- Louis Pasteur
1. Maintain flexibility
2. Expect failure
3. Love the scientific process
1. Maintain flexibility
2. Expect failure
3. Love the scientific process
...
Therein you have the best chance to become a leader and, as time passes, to gain growing freedom to set your own course."
- Edward O. Wilson, "Letter to a Young Scientist"
...
Therein you have the best chance to become a leader and, as time passes, to gain growing freedom to set your own course."
- Edward O. Wilson, "Letter to a Young Scientist"
1. Gather all the facts in a field.
2. Describe them and their relationships in simple language.
3. Make quantitative what was previously qualitative.
4. Pay attention to contrary evidence.
#science
1. Gather all the facts in a field.
2. Describe them and their relationships in simple language.
3. Make quantitative what was previously qualitative.
4. Pay attention to contrary evidence.
#science
"Once she had recognized a certain way as the right one, she pursued it without compromise and with extreme tenacity."
#science #alberteinstein #mariecurie
"Once she had recognized a certain way as the right one, she pursued it without compromise and with extreme tenacity."
#science #alberteinstein #mariecurie
Here are my top highlights on James Clerk Maxwell from "The Man Who Changed Everything" by Basil Mahon.
#science #physics
Nurture your curiosity. Great scientific work is impossible without it.
Nurture your curiosity. Great scientific work is impossible without it.
In choosing what to work on, avoid areas where you're at a disadvantage.
Instead, look for work that feels easy for you but hard for others.
Double Nobel winner Fred Sanger avoided physics, which led him to biochemistry--where he excelled.
In choosing what to work on, avoid areas where you're at a disadvantage.
Instead, look for work that feels easy for you but hard for others.
Double Nobel winner Fred Sanger avoided physics, which led him to biochemistry--where he excelled.
To get started, copy.
If you're not sure where to start, feeling stuck, or discouraged, then try copying work you admire.
Successes and results encourage you--both emotionally and intellectually.
Advice from Nobel winner P. B. Medawar, on results as a source of self-confidence:
Here are my top highlights from "Lee de Forest: Advancing the Electronic Age" by D. Wollheim.
#science #invention #leedeforest
Here are my top highlights from "Lee de Forest: Advancing the Electronic Age" by D. Wollheim.
#science #invention #leedeforest
What determines when a discovery or invention might be made?
Knowledge and necessity.
With an exponential growth in knowledge, what we can do is recognize what needs to be done, and then do it.
What determines when a discovery or invention might be made?
Knowledge and necessity.
With an exponential growth in knowledge, what we can do is recognize what needs to be done, and then do it.