41 of 82
Question From a Top-Notch Intellectual Property Developer: What Kinds of Science-Related IP Would You Buy?
Inbox
Philip White <philipwhite363@gmail.com>
Mon, Apr 17, 2:34 PM
to me, bcc: info, bcc: info, bcc: info, bcc: scale@25v.co, bcc: Contact, bcc: info

Sir or Madam:

Hi, I'm a very talented STEM innovator located in Virginia with a B.S. in mathematics. I am currently spending most of my time working on developing some highly innovative new intellectual property ideas, which I would be very interested in selling to your firm (I found a list of Non-Practicing Entities on an article on tangibleip.biz , and I am emailing each such firm on the list: https://tangibleip.biz/5290/market-updates/a-recap-of-2019-and-q1-2020-patent-transactions). In the past, I acquired a provisional patent application on an automated firefighting drones tech with an innovative image-recognition technology by working with a law firm in my area; unfortunately, I wasn't able to find a buyer for that idea. More recently, I offered my services at developing cutting-edge IP ideas to a variety of retail firms I had selected carefully in the field of management psychology software (I am aware of the Alice ruling), and unfortunately again did not hear back

Here is a brief summary of my credentials as a mathematician, computer programmer, and innovator:

I have a B.S. in mathematics from the University of Mary Washington, and plenty of experience with computer science and computer programming. Some of my most impressive achievements in math research are related to finding new algorithms for well-known decision problems (such as modular square root, 3SAT, and CLIQUE), finding solutions to differential equations (I used a concept I called "activation terms," along with some algebraic reasoning and limits, to address the Navier-Stokes equations), cryptanalysis of some key cryptosystems (such as RSA, which can be broken using the Chinese Remainder Theorem and consecutive prime listing, and cryptosystems based on the discrete logarithm problem, which can be broken using properties of logarithms and a statistical test), and proofs related to some interesting open problems in graph theory (such as the book-embedding conjecture and the graph-bandwidth problem...note, I cannot legally use these last ideas commercially until I would purchase relevant academic journal articles, due to copyright issues). I would be happy to provide work samples upon request, within a week at most in case I might need to clean up some rather informally written unpublished old results.

Basically, I am an extremely creative and very fast-working innovator, and I'm very interested in developing some intellectual property ideas to sell to a firm like yours professionally. I am particularly interested in developing intellectual property related to economics, psychology, and physics, and I am good at developing computer programs, original research (I'm a superb theorem prover), and economics and psychology theories that are based largely on mathematical ideas.

I am writing, essentially, to ask if your firm has any "open most-wanted problems" for intellectual property development; as an unknown innovator who is actually one of the best mathematical theorem provers and innovative thinkers in the world today, I would be very interested in working efficiently to complete projects for your firm, to benefit both my career and your firm's profits. Unfortunately, I do not know all that much about the business world.

Thanks so much for reading my email, and I hope to hear back from you!

Best regards,
Philip White

Conversation opened. 1 read message.

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42 of 82
Custom Intellectual Property Development and Sales Opportunity -- From a Top-Notch Mathematician/Innovator
Inbox
Philip White <philipwhite363@gmail.com>
Sun, Apr 16, 6:20 PM
to me, bcc: investorrelations, bcc: HDCares, bcc: investor@costco.com

Dear Sir or Madam:

I am an intellectual property developer located near the Richmond, VA, and I am interested in doing business with your firm. After doing a quick check on the internet for the top 10 retail firms in the US that I would consider doing business with, I was able to do quick in-store checks in my local area to identify 4 key firms that would be a good, possibly highly suitable fit for me to offer to do some valuable, profit-enhancing work for. I'm pleased to announce that your firm is one of the top 4.

My training is in mathematics--I have a B.S. in mathematics, and plenty of experience with computer science and computer programming. Some of my most impressive achievements in math research are related to finding new algorithms for well-known decision problems (such as modular square root, 3SAT, and CLIQUE), finding solutions to differential equations (I used a concept I called "activation terms," along with some algebraic reasoning and limits, to address the Navier-Stokes equations), cryptanalysis of some key cryptosystems (such as RSA, which can be broken using the Chinese Remainder Theorem and consecutive prime listing, and cryptosystems based on the discrete logarithm problem, which can be broken using properties of logarithms and a statistical test), and proofs related to some interesting open problems in graph theory (such as the book-embedding conjecture and the graph-bandwidth problem...note, I cannot legally use these last ideas commercially until I would purchase relevant academic journal articles, due to copyright issues).. I would be happy to provide work samples upon request, within a week at most in case I might need to clean up some rather informally written unpublished old results. I have also filed one provisional patent on a firefighting drones technology that uses cutting-edge image recognition technology to help airborne drones equipped with water spraying capabilities to put out fires in burning buildings quickly--unfortunately, I have not been able to find a buyer for that idea at this time.

Basically, I'm an avid math enthusiast--I have fun with my mathematics-based innovation projects--and a talented researcher, with a recently developed interest in developing some very innovative, novel management/business psychology software to help retail firms make greatly increased profits at their stores. My basic idea is to use some principles from behavioristic psychology and database theory, based on descriptive complexity, a computer science discipline pioneered by retired Professor Neil Immerman (please feel free to take a look at his webpage and his very informative textbook, "Descriptive Complexity," which addresses database theory, among other things), to devise cutting edge science/math-based software to help firms "improve configurations" in their stores.

To give a little bit more specificity for your information, the three key types of challenges that I am particularly interested in solving include these problems related to these three concepts:

1 - Identifying key, highly useful "type-to-subtype" questions that employees in a store could answer with a little bit of customer interaction, i.e., given the notion of a "customer profile" or "customer type," which *one additional type variable question* could be determined about a customer of that type in the store to maximize expected customer sales or to learn valuable information to be reported to the company to aid research into better customer experiences and/or higher profits?

2 - The challenge of how to use data, about metrics related to customer behavior and profiles and also data pertaining to physical-space-store data (e..g., how far away certain products might be from others), to identify *key rules* that could be very useful in assessing how to do store "configurations"--regarding how products are arranged in the store to psychologically maximize consumer interest in purchasing behavior, or to maximize consumer comfort and satisfaction with in-store experiences, beyond just using music in the store--to help maximize revenues and corporate success.

3 - The idea of using graph theory theorems, including both well-known and novel ones, to try to improve store performances based on key identified data structures (e.g., certain types of directed graphs) of interest to the firm.

Thank you for reading my email. Although I am not currently working full-time, I am actually one of the best theorem provers and mathematical innovators alive today. Basically, I am writing to you to ask if your firm has any "open problems" in management psychology, statistics, computer science, or any other engineering and/or science/statistics related problem that you would like solved--I am claiming that I am very likely to be able to solve any such STEM-related problem.

I am interested in selling intellectual property of this nature to your firm, and I would hope to make around $200,000 or more from selling, perhaps, some sort of software (including source code), or some sort of research, to your firm, by selling the rights to a completed research paper (in LaTeX, MS Word, or a .txt. file) or a completed Python computer program, to your company.

Thanks so much for reading my email. I'm quite eager to hear back from your firm regarding whether or not you might be interested in purchasing valuable, revenue-increasing software or research from me professionally. If you have any questions or would like to share any research goals or other projects you think I might be able to help with professionally, please don't hesitate to get in touch!

If you'd like to set up a phone call at some point, I can send over my cell phone number too. I believe I could complete any research and/or software design/coding to help your firm within 1 month.

Thanks again!

Best regards,
Philip White

On Friday, July 28, 2023 at 9:03:03 AM UTC-7, Philip J. White wrote:
> Conversation opened. 1 read message.
>
> Skip to content
> Using Gmail with screen readers
> 42 of 82
> Custom Intellectual Property Development and Sales Opportunity -- From a Top-Notch Mathematician/Innovator
> Inbox
> Philip White <philipw...@gmail.com>
>
> Sun, Apr 16, 6:20 PM
>
> to me, bcc: investorrelations, bcc: HDCares, bcc: inve...@costco.com
>
> Dear Sir or Madam:
>
> I am an intellectual property developer located near the Richmond, VA, and I am interested in doing business with your firm. After doing a quick check on the internet for the top 10 retail firms in the US that I would consider doing business with, I was able to do quick in-store checks in my local area to identify 4 key firms that would be a good, possibly highly suitable fit for me to offer to do some valuable, profit-enhancing work for. I'm pleased to announce that your firm is one of the top 4.
>
> My training is in mathematics--I have a B.S. in mathematics, and plenty of experience with computer science and computer programming. Some of my most impressive achievements in math research are related to finding new algorithms for well-known decision problems (such as modular square root, 3SAT, and CLIQUE), finding solutions to differential equations (I used a concept I called "activation terms," along with some algebraic reasoning and limits, to address the Navier-Stokes equations), cryptanalysis of some key cryptosystems (such as RSA, which can be broken using the Chinese Remainder Theorem and consecutive prime listing, and cryptosystems based on the discrete logarithm problem, which can be broken using properties of logarithms and a statistical test), and proofs related to some interesting open problems in graph theory (such as the book-embedding conjecture and the graph-bandwidth problem...note, I cannot legally use these last ideas commercially until I would purchase relevant academic journal articles, due to copyright issues). I would be happy to provide work samples upon request, within a week at most in case I might need to clean up some rather informally written unpublished old results. I have also filed one provisional patent on a firefighting drones technology that uses cutting-edge image recognition technology to help airborne drones equipped with water spraying capabilities to put out fires in burning buildings quickly--unfortunately, I have not been able to find a buyer for that idea at this time.
>
> Basically, I'm an avid math enthusiast--I have fun with my mathematics-based innovation projects--and a talented researcher, with a recently developed interest in developing some very innovative, novel management/business psychology software to help retail firms make greatly increased profits at their stores. My basic idea is to use some principles from behavioristic psychology and database theory, based on descriptive complexity, a computer science discipline pioneered by retired Professor Neil Immerman (please feel free to take a look at his webpage and his very informative textbook, "Descriptive Complexity," which addresses database theory, among other things), to devise cutting edge science/math-based software to help firms "improve configurations" in their stores.
>
> To give a little bit more specificity for your information, the three key types of challenges that I am particularly interested in solving include these problems related to these three concepts:
>
> 1 - Identifying key, highly useful "type-to-subtype" questions that employees in a store could answer with a little bit of customer interaction, i.e.., given the notion of a "customer profile" or "customer type," which *one additional type variable question* could be determined about a customer of that type in the store to maximize expected customer sales or to learn valuable information to be reported to the company to aid research into better customer experiences and/or higher profits?
>
> 2 - The challenge of how to use data, about metrics related to customer behavior and profiles and also data pertaining to physical-space-store data (e.g., how far away certain products might be from others), to identify *key rules* that could be very useful in assessing how to do store "configurations"--regarding how products are arranged in the store to psychologically maximize consumer interest in purchasing behavior, or to maximize consumer comfort and satisfaction with in-store experiences, beyond just using music in the store--to help maximize revenues and corporate success.
>
> 3 - The idea of using graph theory theorems, including both well-known and novel ones, to try to improve store performances based on key identified data structures (e.g., certain types of directed graphs) of interest to the firm.
>
> Thank you for reading my email. Although I am not currently working full-time, I am actually one of the best theorem provers and mathematical innovators alive today. Basically, I am writing to you to ask if your firm has any "open problems" in management psychology, statistics, computer science, or any other engineering and/or science/statistics related problem that you would like solved--I am claiming that I am very likely to be able to solve any such STEM-related problem.
>
> I am interested in selling intellectual property of this nature to your firm, and I would hope to make around $200,000 or more from selling, perhaps, some sort of software (including source code), or some sort of research, to your firm, by selling the rights to a completed research paper (in LaTeX, MS Word, or a .txt. file) or a completed Python computer program, to your company.
>
> Thanks so much for reading my email. I'm quite eager to hear back from your firm regarding whether or not you might be interested in purchasing valuable, revenue-increasing software or research from me professionally. If you have any questions or would like to share any research goals or other projects you think I might be able to help with professionally, please don't hesitate to get in touch!
>
> If you'd like to set up a phone call at some point, I can send over my cell phone number too. I believe I could complete any research and/or software design/coding to help your firm within 1 month.
>
> Thanks again!
>
> Best regards,
> Philip White

price that theft.

On Friday, July 28, 2023 at 9:03:29 AM UTC-7, Philip J. White wrote:
> On Friday, July 28, 2023 at 9:03:03 AM UTC-7, Philip J. White wrote:
> > Conversation opened. 1 read message.
> >
> > Skip to content
> > Using Gmail with screen readers
> > 42 of 82
> > Custom Intellectual Property Development and Sales Opportunity -- From a Top-Notch Mathematician/Innovator
> > Inbox
> > Philip White <philipw...@gmail.com>
> >
> > Sun, Apr 16, 6:20 PM
> >
> > to me, bcc: investorrelations, bcc: HDCares, bcc: inve...@costco.com
> >
> > Dear Sir or Madam:
> >
> > I am an intellectual property developer located near the Richmond, VA, and I am interested in doing business with your firm. After doing a quick check on the internet for the top 10 retail firms in the US that I would consider doing business with, I was able to do quick in-store checks in my local area to identify 4 key firms that would be a good, possibly highly suitable fit for me to offer to do some valuable, profit-enhancing work for. I'm pleased to announce that your firm is one of the top 4.
> >
> > My training is in mathematics--I have a B.S. in mathematics, and plenty of experience with computer science and computer programming. Some of my most impressive achievements in math research are related to finding new algorithms for well-known decision problems (such as modular square root, 3SAT, and CLIQUE), finding solutions to differential equations (I used a concept I called "activation terms," along with some algebraic reasoning and limits, to address the Navier-Stokes equations), cryptanalysis of some key cryptosystems (such as RSA, which can be broken using the Chinese Remainder Theorem and consecutive prime listing, and cryptosystems based on the discrete logarithm problem, which can be broken using properties of logarithms and a statistical test), and proofs related to some interesting open problems in graph theory (such as the book-embedding conjecture and the graph-bandwidth problem...note, I cannot legally use these last ideas commercially until I would purchase relevant academic journal articles, due to copyright issues). I would be happy to provide work samples upon request, within a week at most in case I might need to clean up some rather informally written unpublished old results. I have also filed one provisional patent on a firefighting drones technology that uses cutting-edge image recognition technology to help airborne drones equipped with water spraying capabilities to put out fires in burning buildings quickly--unfortunately, I have not been able to find a buyer for that idea at this time.
> >
> > Basically, I'm an avid math enthusiast--I have fun with my mathematics-based innovation projects--and a talented researcher, with a recently developed interest in developing some very innovative, novel management/business psychology software to help retail firms make greatly increased profits at their stores. My basic idea is to use some principles from behavioristic psychology and database theory, based on descriptive complexity, a computer science discipline pioneered by retired Professor Neil Immerman (please feel free to take a look at his webpage and his very informative textbook, "Descriptive Complexity," which addresses database theory, among other things), to devise cutting edge science/math-based software to help firms "improve configurations" in their stores.
> >
> > To give a little bit more specificity for your information, the three key types of challenges that I am particularly interested in solving include these problems related to these three concepts:
> >
> > 1 - Identifying key, highly useful "type-to-subtype" questions that employees in a store could answer with a little bit of customer interaction, i..e., given the notion of a "customer profile" or "customer type," which *one additional type variable question* could be determined about a customer of that type in the store to maximize expected customer sales or to learn valuable information to be reported to the company to aid research into better customer experiences and/or higher profits?
> >
> > 2 - The challenge of how to use data, about metrics related to customer behavior and profiles and also data pertaining to physical-space-store data (e.g., how far away certain products might be from others), to identify *key rules* that could be very useful in assessing how to do store "configurations"--regarding how products are arranged in the store to psychologically maximize consumer interest in purchasing behavior, or to maximize consumer comfort and satisfaction with in-store experiences, beyond just using music in the store--to help maximize revenues and corporate success.
> >
> > 3 - The idea of using graph theory theorems, including both well-known and novel ones, to try to improve store performances based on key identified data structures (e.g., certain types of directed graphs) of interest to the firm.
> >
> > Thank you for reading my email. Although I am not currently working full-time, I am actually one of the best theorem provers and mathematical innovators alive today. Basically, I am writing to you to ask if your firm has any "open problems" in management psychology, statistics, computer science, or any other engineering and/or science/statistics related problem that you would like solved--I am claiming that I am very likely to be able to solve any such STEM-related problem.
> >
> > I am interested in selling intellectual property of this nature to your firm, and I would hope to make around $200,000 or more from selling, perhaps, some sort of software (including source code), or some sort of research, to your firm, by selling the rights to a completed research paper (in LaTeX, MS Word, or a .txt. file) or a completed Python computer program, to your company.
> >
> > Thanks so much for reading my email. I'm quite eager to hear back from your firm regarding whether or not you might be interested in purchasing valuable, revenue-increasing software or research from me professionally. If you have any questions or would like to share any research goals or other projects you think I might be able to help with professionally, please don't hesitate to get in touch!
> >
> > If you'd like to set up a phone call at some point, I can send over my cell phone number too. I believe I could complete any research and/or software design/coding to help your firm within 1 month.
> >
> > Thanks again!
> >
> > Best regards,
> > Philip White
> price that theft.

I am not living beyond my means at mathematical theorem possession. Mathematical theorems and mathematical are actually *not* cocaine, I checked. Mathematics is *not* for cocaine addicts, OK? Unless they want it to be, they may study it.

On Sunday, July 30, 2023 at 11:20:28 AM UTC-7, Philip J. White wrote:
> On Friday, July 28, 2023 at 9:03:29 AM UTC-7, Philip J. White wrote:
> > On Friday, July 28, 2023 at 9:03:03 AM UTC-7, Philip J. White wrote:
> > > Conversation opened. 1 read message.
> > >
> > > Skip to content
> > > Using Gmail with screen readers
> > > 42 of 82
> > > Custom Intellectual Property Development and Sales Opportunity -- From a Top-Notch Mathematician/Innovator
> > > Inbox
> > > Philip White <philipw...@gmail.com>
> > >
> > > Sun, Apr 16, 6:20 PM
> > >
> > > to me, bcc: investorrelations, bcc: HDCares, bcc: inve...@costco.com
> > >
> > > Dear Sir or Madam:
> > >
> > > I am an intellectual property developer located near the Richmond, VA, and I am interested in doing business with your firm. After doing a quick check on the internet for the top 10 retail firms in the US that I would consider doing business with, I was able to do quick in-store checks in my local area to identify 4 key firms that would be a good, possibly highly suitable fit for me to offer to do some valuable, profit-enhancing work for. I'm pleased to announce that your firm is one of the top 4.
> > >
> > > My training is in mathematics--I have a B.S. in mathematics, and plenty of experience with computer science and computer programming. Some of my most impressive achievements in math research are related to finding new algorithms for well-known decision problems (such as modular square root, 3SAT, and CLIQUE), finding solutions to differential equations (I used a concept I called "activation terms," along with some algebraic reasoning and limits, to address the Navier-Stokes equations), cryptanalysis of some key cryptosystems (such as RSA, which can be broken using the Chinese Remainder Theorem and consecutive prime listing, and cryptosystems based on the discrete logarithm problem, which can be broken using properties of logarithms and a statistical test), and proofs related to some interesting open problems in graph theory (such as the book-embedding conjecture and the graph-bandwidth problem...note, I cannot legally use these last ideas commercially until I would purchase relevant academic journal articles, due to copyright issues). I would be happy to provide work samples upon request, within a week at most in case I might need to clean up some rather informally written unpublished old results. I have also filed one provisional patent on a firefighting drones technology that uses cutting-edge image recognition technology to help airborne drones equipped with water spraying capabilities to put out fires in burning buildings quickly--unfortunately, I have not been able to find a buyer for that idea at this time.
> > >
> > > Basically, I'm an avid math enthusiast--I have fun with my mathematics-based innovation projects--and a talented researcher, with a recently developed interest in developing some very innovative, novel management/business psychology software to help retail firms make greatly increased profits at their stores. My basic idea is to use some principles from behavioristic psychology and database theory, based on descriptive complexity, a computer science discipline pioneered by retired Professor Neil Immerman (please feel free to take a look at his webpage and his very informative textbook, "Descriptive Complexity," which addresses database theory, among other things), to devise cutting edge science/math-based software to help firms "improve configurations" in their stores.
> > >
> > > To give a little bit more specificity for your information, the three key types of challenges that I am particularly interested in solving include these problems related to these three concepts:
> > >
> > > 1 - Identifying key, highly useful "type-to-subtype" questions that employees in a store could answer with a little bit of customer interaction, i.e., given the notion of a "customer profile" or "customer type," which *one additional type variable question* could be determined about a customer of that type in the store to maximize expected customer sales or to learn valuable information to be reported to the company to aid research into better customer experiences and/or higher profits?
> > >
> > > 2 - The challenge of how to use data, about metrics related to customer behavior and profiles and also data pertaining to physical-space-store data (e.g., how far away certain products might be from others), to identify *key rules* that could be very useful in assessing how to do store "configurations"--regarding how products are arranged in the store to psychologically maximize consumer interest in purchasing behavior, or to maximize consumer comfort and satisfaction with in-store experiences, beyond just using music in the store--to help maximize revenues and corporate success.
> > >
> > > 3 - The idea of using graph theory theorems, including both well-known and novel ones, to try to improve store performances based on key identified data structures (e.g., certain types of directed graphs) of interest to the firm.
> > >
> > > Thank you for reading my email. Although I am not currently working full-time, I am actually one of the best theorem provers and mathematical innovators alive today. Basically, I am writing to you to ask if your firm has any "open problems" in management psychology, statistics, computer science, or any other engineering and/or science/statistics related problem that you would like solved--I am claiming that I am very likely to be able to solve any such STEM-related problem.
> > >
> > > I am interested in selling intellectual property of this nature to your firm, and I would hope to make around $200,000 or more from selling, perhaps, some sort of software (including source code), or some sort of research, to your firm, by selling the rights to a completed research paper (in LaTeX, MS Word, or a .txt. file) or a completed Python computer program, to your company.
> > >
> > > Thanks so much for reading my email. I'm quite eager to hear back from your firm regarding whether or not you might be interested in purchasing valuable, revenue-increasing software or research from me professionally. If you have any questions or would like to share any research goals or other projects you think I might be able to help with professionally, please don't hesitate to get in touch!
> > >
> > > If you'd like to set up a phone call at some point, I can send over my cell phone number too. I believe I could complete any research and/or software design/coding to help your firm within 1 month.
> > >
> > > Thanks again!
> > >
> > > Best regards,
> > > Philip White
> > price that theft.
> I am not living beyond my means at mathematical theorem possession. Mathematical theorems and mathematical are actually *not* cocaine, I checked. Mathematics is *not* for cocaine addicts, OK? Unless they want it to be, they may study it.

Yeah, it's a breath of 2009.

On Sunday, July 30, 2023 at 11:20:28 AM UTC-7, Philip J. White wrote:
> On Friday, July 28, 2023 at 9:03:29 AM UTC-7, Philip J. White wrote:
> > On Friday, July 28, 2023 at 9:03:03 AM UTC-7, Philip J. White wrote:
> > > Conversation opened. 1 read message.
> > >
> > > Skip to content
> > > Using Gmail with screen readers
> > > 42 of 82
> > > Custom Intellectual Property Development and Sales Opportunity -- From a Top-Notch Mathematician/Innovator
> > > Inbox
> > > Philip White <philipw...@gmail.com>
> > >
> > > Sun, Apr 16, 6:20 PM
> > >
> > > to me, bcc: investorrelations, bcc: HDCares, bcc: inve...@costco.com
> > >
> > > Dear Sir or Madam:
> > >
> > > I am an intellectual property developer located near the Richmond, VA, and I am interested in doing business with your firm. After doing a quick check on the internet for the top 10 retail firms in the US that I would consider doing business with, I was able to do quick in-store checks in my local area to identify 4 key firms that would be a good, possibly highly suitable fit for me to offer to do some valuable, profit-enhancing work for. I'm pleased to announce that your firm is one of the top 4.
> > >
> > > My training is in mathematics--I have a B.S. in mathematics, and plenty of experience with computer science and computer programming. Some of my most impressive achievements in math research are related to finding new algorithms for well-known decision problems (such as modular square root, 3SAT, and CLIQUE), finding solutions to differential equations (I used a concept I called "activation terms," along with some algebraic reasoning and limits, to address the Navier-Stokes equations), cryptanalysis of some key cryptosystems (such as RSA, which can be broken using the Chinese Remainder Theorem and consecutive prime listing, and cryptosystems based on the discrete logarithm problem, which can be broken using properties of logarithms and a statistical test), and proofs related to some interesting open problems in graph theory (such as the book-embedding conjecture and the graph-bandwidth problem...note, I cannot legally use these last ideas commercially until I would purchase relevant academic journal articles, due to copyright issues). I would be happy to provide work samples upon request, within a week at most in case I might need to clean up some rather informally written unpublished old results. I have also filed one provisional patent on a firefighting drones technology that uses cutting-edge image recognition technology to help airborne drones equipped with water spraying capabilities to put out fires in burning buildings quickly--unfortunately, I have not been able to find a buyer for that idea at this time.
> > >
> > > Basically, I'm an avid math enthusiast--I have fun with my mathematics-based innovation projects--and a talented researcher, with a recently developed interest in developing some very innovative, novel management/business psychology software to help retail firms make greatly increased profits at their stores. My basic idea is to use some principles from behavioristic psychology and database theory, based on descriptive complexity, a computer science discipline pioneered by retired Professor Neil Immerman (please feel free to take a look at his webpage and his very informative textbook, "Descriptive Complexity," which addresses database theory, among other things), to devise cutting edge science/math-based software to help firms "improve configurations" in their stores.
> > >
> > > To give a little bit more specificity for your information, the three key types of challenges that I am particularly interested in solving include these problems related to these three concepts:
> > >
> > > 1 - Identifying key, highly useful "type-to-subtype" questions that employees in a store could answer with a little bit of customer interaction, i.e., given the notion of a "customer profile" or "customer type," which *one additional type variable question* could be determined about a customer of that type in the store to maximize expected customer sales or to learn valuable information to be reported to the company to aid research into better customer experiences and/or higher profits?
> > >
> > > 2 - The challenge of how to use data, about metrics related to customer behavior and profiles and also data pertaining to physical-space-store data (e.g., how far away certain products might be from others), to identify *key rules* that could be very useful in assessing how to do store "configurations"--regarding how products are arranged in the store to psychologically maximize consumer interest in purchasing behavior, or to maximize consumer comfort and satisfaction with in-store experiences, beyond just using music in the store--to help maximize revenues and corporate success.
> > >
> > > 3 - The idea of using graph theory theorems, including both well-known and novel ones, to try to improve store performances based on key identified data structures (e.g., certain types of directed graphs) of interest to the firm.
> > >
> > > Thank you for reading my email. Although I am not currently working full-time, I am actually one of the best theorem provers and mathematical innovators alive today. Basically, I am writing to you to ask if your firm has any "open problems" in management psychology, statistics, computer science, or any other engineering and/or science/statistics related problem that you would like solved--I am claiming that I am very likely to be able to solve any such STEM-related problem.
> > >
> > > I am interested in selling intellectual property of this nature to your firm, and I would hope to make around $200,000 or more from selling, perhaps, some sort of software (including source code), or some sort of research, to your firm, by selling the rights to a completed research paper (in LaTeX, MS Word, or a .txt. file) or a completed Python computer program, to your company.
> > >
> > > Thanks so much for reading my email. I'm quite eager to hear back from your firm regarding whether or not you might be interested in purchasing valuable, revenue-increasing software or research from me professionally. If you have any questions or would like to share any research goals or other projects you think I might be able to help with professionally, please don't hesitate to get in touch!
> > >
> > > If you'd like to set up a phone call at some point, I can send over my cell phone number too. I believe I could complete any research and/or software design/coding to help your firm within 1 month.
> > >
> > > Thanks again!
> > >
> > > Best regards,
> > > Philip White
> > price that theft.
> I am not living beyond my means at mathematical theorem possession. Mathematical theorems and mathematical are actually *not* cocaine, I checked. Mathematics is *not* for cocaine addicts, OK? Unless they want it to be, they may study it.

Article from Cornell law, apparently "mind force" doesn't count:

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LII U.S. Code Title 10 Subtitle A PART II CHAPTER 47 SUBCHAPTER X § 920

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10 U.S. Code § 920 - Art. 120. Rape and sexual assault generally

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(a) Rape.—Any person subject to this chapter who commits a sexual act upon another person by—
(1) using unlawful force against that other person;
(2) using force causing or likely to cause death or grievous bodily harm to any person;
(3) threatening or placing that other person in fear that any person will be subjected to death, grievous bodily harm, or kidnapping;
(4) first rendering that other person unconscious; or
(5) administering to that other person by force or threat of force, or without the knowledge or consent of that person, a drug, intoxicant, or other similar substance and thereby substantially impairing the ability of that other person to appraise or control conduct;
is guilty of rape and shall be punished as a court-martial may direct.
(b) Sexual Assault.—Any person subject to this chapter who—
(1) commits a sexual act upon another person by—
(A) threatening or placing that other person in fear;
(B) making a fraudulent representation that the sexual act serves a professional purpose; or
(C) inducing a belief by any artifice, pretense, or concealment that the person is another person;
(2) commits a sexual act upon another person—
(A) without the consent of the other person; or
(B) when the person knows or reasonably should know that the other person is asleep, unconscious, or otherwise unaware that the sexual act is occurring; or
(3) commits a sexual act upon another person when the other person is incapable of consenting to the sexual act due to—
(A) impairment by any drug, intoxicant, or other similar substance, and that condition is known or reasonably should be known by the person; or
(B) a mental disease or defect, or physical disability, and that condition is known or reasonably should be known by the person;
is guilty of sexual assault and shall be punished as a court-martial may direct.
(c) Aggravated Sexual Contact.—
Any person subject to this chapter who commits or causes sexual contact upon or by another person, if to do so would violate subsection (a) (rape) had the sexual contact been a sexual act, is guilty of aggravated sexual contact and shall be punished as a court-martial may direct.
(d) Abusive Sexual Contact.—
Any person subject to this chapter who commits or causes sexual contact upon or by another person, if to do so would violate subsection (b) (sexual assault) had the sexual contact been a sexual act, is guilty of abusive sexual contact and shall be punished as a court-martial may direct.
(e) Proof of Threat.—
In a prosecution under this section, in proving that a person made a threat, it need not be proven that the person actually intended to carry out the threat or had the ability to carry out the threat.
(f) Defenses.—
An accused may raise any applicable defenses available under this chapter or the Rules for Court-Martial. Marriage is not a defense for any conduct in issue in any prosecution under this section.
(g) Definitions.—In this section:
(1) Sexual act.—The term “sexual act” means—
(A) the penetration, however slight, of the penis into the vulva or anus or mouth;
(B) contact between the mouth and the penis, vulva, scrotum, or anus; or
(C) the penetration, however slight, of the vulva or penis or anus of another by any part of the body or any object, with an intent to abuse, humiliate, harass, or degrade any person or to arouse or gratify the sexual desire of any person.
(2) Sexual contact.—
The term “sexual contact” means touching, or causing another person to touch, either directly or through the clothing, the vulva, penis, scrotum, anus, groin, breast, inner thigh, or buttocks of any person, with an intent to abuse, humiliate, harass, or degrade any person or to arouse or gratify the sexual desire of any person. Touching may be accomplished by any part of the body or an object.
(3) Grievous bodily harm.—
The term “grievous bodily harm” means serious bodily injury.. It includes fractured or dislocated bones, deep cuts, torn members of the body, serious damage to internal organs, and other severe bodily injuries. It does not include minor injuries such as a black eye or a bloody nose.
(4) Force.—The term “force” means—
(A) the use of a weapon;
(B) the use of such physical strength or violence as is sufficient to overcome, restrain, or injure a person; or
(C) inflicting physical harm sufficient to coerce or compel submission by the victim.
(5) Unlawful force.—
The term “unlawful force” means an act of force done without legal justification or excuse.
(6) Threatening or placing that other person in fear.—
The term “threatening or placing that other person in fear” means a communication or action that is of sufficient consequence to cause a reasonable fear that non-compliance will result in the victim or another person being subjected to the wrongful action contemplated by the communication or action.
(7) Consent.—
(A) The term “consent” means a freely given agreement to the conduct at issue by a competent person. An expression of lack of consent through words or conduct means there is no consent. Lack of verbal or physical resistance does not constitute consent. Submission resulting from the use of force, threat of force, or placing another person in fear also does not constitute consent. A current or previous dating or social or sexual relationship by itself or the manner of dress of the person involved with the accused in the conduct at issue does not constitute consent.
(B) A sleeping, unconscious, or incompetent person cannot consent. A person cannot consent to force causing or likely to cause death or grievous bodily harm or to being rendered unconscious. A person cannot consent while under threat or in fear or under the circumstances described in subparagraph (B) or (C) of subsection (b)(1).
(C) All the surrounding circumstances are to be considered in determining whether a person gave consent.
(8) Incapable of consenting.—The term “incapable of consenting” means the person is—
(A) incapable of appraising the nature of the conduct at issue; or
(B) physically incapable of declining participation in, or communicating unwillingess to engage in, the sexual act at issue.
(Aug. 10, 1956, ch. 1041, 70A Stat. 73; Pub. L. 102–484, div. A, title X, § 1066(c), Oct. 23, 1992, 106 Stat. 2506; Pub. L. 104–106, div. A, title XI, § 1113, Feb. 10, 1996, 110 Stat. 462; Pub. L. 109–163, div. A, title V, § 552(a)(1), Jan. 6, 2006, 119 Stat. 3256; Pub. L. 112–81, div. A, title V, § 541(a), Dec. 31, 2011, 125 Stat. 1404; Pub. L. 112–239, div. A, title X, § 1076(f)(9), Jan. 2, 2013, 126 Stat. 1952; Pub. L. 114–328, div. E, title LX, § 5430(a), (b), Dec.. 23, 2016, 130 Stat. 2949; Pub. L. 115–91, div. A, title X, § 1081(c)(1)(O), Dec. 12, 2017, 131 Stat. 1598.)
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