Why give?

This document outlines:

as well as the current status of funding:

Why we donate

In summary, the main overriding reason we donate to make a positive impact in our lives, and the lives of people we care about. So our giving is pragmatic, in that sense. We do not really donate from a sense of "obligation" or "because it is the right thing to do" because there is much less of a goal or purpose if that is what is motivating you.

Mike Milken told Forbes, "My life has a new passion. I want to fight this disease. Wealth is a very good thing, but it's good mostly because it allows one to follow one's passion and promote change."  Exactly! And the earlier you can make that contribution, the more impact it will have.

Convinced by the list? Want to get started? Here's how.

Excuses for not donating

I had a nice e-mail exchange recently with someone who is interested in philanthropy, and certainly had some excess capital to that he could have easily parted with to have established an endowment fund. In fact, at one point was almost a billionaire! He was under some false impressions that kept him from doing this. Here is the e-mail exchange we had. Don't make the same mistake he did. He certainly regrets it.

Evaluation criteria

There is no "right way" to give. Some people associate themselves primarly with a single cause or with a few causes. That has the advantage that you can really understand what and who you are giving to. Others donate to a variety of causes. This has the advantage that you can make an impact in more areas, but not as much in any single area. We're in the latter category.

Here are the criteria we use now to evaluate grants. Right now, there are 20 different parameters we look at in judging a grant.

The scoring is somewhat ad hoc; you just add up the value of each parameter. I hope to "fine tune" this algorithm in the future, both in adjusting score values as well as making the calculation a bit more sophisticated than a simple sum (for example, multiplying reach by impact is more logical than adding these values). But to first order, it works.

Calculating your score
So for example, if we are considering a grant to the Tech Museum in San Jose, it would get 3 points on scope (local, education, technology), 2 on Fundamental, 4 on Reach, 1 on Impact, 3 on Quality of People, etc. So the final score would be these individual scores all added together.

To simplify the process, we've created an Excel spreadsheet template you can fill out.

Determining if you get funded
The higher the score, the more likely we are to fund the effort (subject of course to availability of funds). Note that most of our annual giving is "pre-allocated" to causes we've given to in the past, so new grants either fill holes created as we increase the size of the fund, or displace an existing cause (if the point score is higher). If your cause scores 60 or higher and is on the list of open areas listed below, please let us know.

Parameter Variable
name
Value
Scope S 1 point for each area impacted from the following list:
  • Education
  • Environment
  • Technology
  • Local community
  • Medicine
Fundamental F
  • 0=treating the symptom (e.g., funding a glucose monitor for diabetics)
  • 2=not applicable (e.g., Musical Theater of San Jose)
  • 4=efficient diagnosis/treatment, just short of a cure (e.g., Targesome)
  • 5=treating the cause (e.g., funding research on the cause of diabetes)
Reach over 1 year RE
  • 1=less than 1,000 people
  • 2=1K to 10K people
  • 3=10K and 100K people
  • 4=100K to 1M people
  • 5=1M to 10M people
  • 7=over 10M people
  • 10=everyone in the whole world (e.g., NEOS identification, ozone layer reversal) or in a class (e.g., species extinction)
Impact IM
  • 1=entertainment or enjoyment or education
  • 2=improves quality of life
  • 3=substantial impact on quality of life (e.g., diabetes cure or macular degeneration cure)
  • 5=major impact on quality of life (e.g., cure for ALS or Muscular Dystrophy or Parkinson's; telomerase research)
  • 9=high potential to save life (e.g., ES cell research)
  • 10=saves life (e.g., cancer diagnostics/therapeutics or NEOS identification)
Quality of people QPE
  • 1=good
  • 2=excellent; people involved have a history of effective research that has made an impact on the field
  • 3=world class people are actively associated with this effort
Quality of plan (objectives) QPL
  • 1=good
  • 2=excellent
  • 5=outstanding; will attract world attention if successful execution (note that the probability of success is an orthogonal measurement; so an outstanding approach may have a 10% chance of success)
Funding impact FU Funding impact is based on the individual situation, not the field in general. So while one researcher in diabetes may be over funded, another promising approach to the problem by another researcher may be underfunded.
  • 1=already adequately funded, but more funds can still make a difference
  • 2=partially funded, but important additional people/projects need funding
  • 4=not yet funded at all (e.g., human ES cell research projects)
Funding availability FA This applies to the field itself, not the particular instance.
  • 1=lots of donors available for funding this type of project and/or our contribution to this project will not make a big difference in the end result (e.g., AIDS, cancer research)
  • 3=few donors available for funding this area and/or our contribution can have a big impact on the end result and/or funding could take a long time (e.g., medical startup companies such as Targesome, FSHD, public library)
  • 5=virtually no donors available and/or our contribution is critical to the project (e.g., asteroid identification; Human ES Stem cell research; brain transplants; ZEVs in carpool lanes; teaching interpersonal skills at MIT)
Time urgency T
  • 0=no time urgency; could be funded anytime, but the sooner, the better
  • 3=extreme time urgency; critical date must be met to be successful, or people are dying
Personal affinity P
  • 1=affects people we don't know
  • 2=affects people we've met
  • 5=affects people who work at Infoseek
  • 6=affects our friends
  • 10=affects our extended family (parents, cousins, etc.)
  • 20=impacts or affects or will be used by (or there is at least a reasonable argument that it may affect) our immediate family (myself, wife and kids)
Righteous RI
  • 0=no righteous impact
  • 4=fixes something that is "broken" (e.g., California requiring ZEVs, but doing nothing to help demand for ZEVs like allowing them in the HOV lanes is really stupid; Congress banning research on human ES cells is really stupid since this can save lives or vision, e.g., John Hopkins University has to fund this research using its own private funds
Innovative IN
  • 0=straightforward activities (e.g., lobbying getting laws changed, supporting the arts in San Jose)
  • 1=innovative twists (e.g., some portions of the approach are unique and/or patentable)
  • 4=unique promising approach (e.g., no one else is approaching the problem this way)
Past results RES
  • 0=no past history
  • 3=promising results (e.g., animal studies look very encouraging)
  • 4=a history of repeated success (e.g., Tech Museum)
  • 5=breakthrough results already (e.g., Targesome was first company to be able to image cancer via nuclear imaging)
Probability of success PR
  • 0=less than 1% chance of success
  • 1=1% to 10% chance
  • 2=10% to 50% chance
  • 3=50 to 90%
  • 4=90 to 99%
  • 5=Slam dunk
Sustainability SU
  • 0=requires continual funding
  • 1=eventually partially self-sustaining because it generates it own revenues (e.g., Tech Museum)
  • 2=eventually completely self-sustaining after initial funding (e.g., Targesome)
Control over use of funds C
  • 0=indirect grant where the end recipients are not known at the time of the grant (e.g., funding NRDC)
  • 1=direct grant (e.g., funding a specific person or set of people or very specific purpose)
Personal Involvement I
  • 0=passive grant where money is the only value provided
  • 2=we have chosen to be somewhat involved in helping (less than a few hours a year)
  • 3=we have chosen to be actively involved in helping the project, such as being on the board, chairing committees, etc. and our involvement can be beneficial to the cause
Source SO
  • 0=charity contacted us
  • 2=we discovered the charity through our own research
Locality L
  • 0=people working on this are located outside of California
  • 4=people are located in California, but more than 1 hour drive
  • 6=people are located within an hour drive of where I live
Credibility CR
  • 0=not funded by a well known source
  • 3=people have grants from credible sources, but not for this project
  • 6=this project is partially funded by a very credible source, e.g., government or well known charity

Did we leave anything out? Have any suggestions for a formula other than a straight sum? Do the score values seem reasonable? Please let us know.

Giving history

Past large grants in 1998 include:

A case history

By a long shot, my most exciting grant was the $2M that I invested in Targesome which appears to be a silver bullet in the effort to find a cancer cure. They scored a 79 out of a possible 96 points. For details, see the Targesome $2M grant.

Philosophy on giving: people vs. project vs. commecial venture

This section applies to our large medical charitable grants.

Most people give to big charitable foundations like the American Cancer Society, for example.

These big foundations screen grant applications and award grants for research and treatment programs. They typically do not identify promising researchers, and allow them to use their judgement on where to best apply the funds.

When funding medical research, we do things differently, and I think more effectively. Time will tell.

We basically figure out what the end result we'd like to achieve, then find someone to make it happen. Here's the  process

Almost always, the individual is working for a university research lab. In one instance, the basic research had already been done, and the challenge was to bring the technology to the market and it appeared the most expedient way to do that was to start a company. See the Targesome $2M grant for more information. So far, it's our only "commercial" donation.

List of areas we will be funding in 1999

All the recipients below will get a minimum of $50K annually

Cancer cure

Recipient: Targesome

Neurology

Diseases: Stroke, MS, spinal cord injuries, Parkinson’s Disease, ALS, Alzheimer’s, macular degeneration, glaucoma, muscular dystrophy

Recipient: Ben Barres

Eye

Diseases: age-related macular degeneration (ARMD), retinitus pigmentosa

Recipient: Mark S. Blumenkranz, M.D., clinical professor of ophthalmology, co-director of the Retina Service and Chief of Ophthalmology, Stanford Health Services

Diabetes

Diseases: Type I diabetes

Recipient: Lois Jovanovic

NEOS identification

Reason: Cheap collision insurance for planet earth. The only donation we are giving that might save the whole world.

Recipient: Jim Scotti and the Spacewatch program funded by the University of Arizona Foundation

Teaching students at MIT interpersonal skills

Reason: Universities need to do a better job helping students develop their interpersonal skills. The earlier poor behaviors are identified, the easier it is to correct them.

Recipient: Rosalind Williams

Community Foundation of Silicon Valley

Reason: There are a large number of worthy local community projects that I don't have the time to personally identify and prioritize. That's why the community foundation exists.

American Musical Theater of San Jose

Reason: My wife and I enjoy supporting a specific local arts organization where we also enjoy the productions.

List of areas where we are looking to fund a project/person/organization

Please see our List of Available Projects

 

Links
Kirsch home page
Kirsch charitable giving home page
How to Apply for Funding
List of Available Projects
Should you have a private foundation?
Fanmail
Targesome donation page

Charity projects submitted to us to consider