CERN Alumni First Collisions Event, 2-3 Feb. 2018
Speaker: Paolo Berra
Council Chamber - CERN
Abstract
Moving from your R&D project to the market is a complex task. What are the necessary ingredients, so that a high tech start-up will be backed and funded by business angels?
Just a good technology is not enough to succeed. A realistic business plan, a diversified management team, and a good exit strategy are mandatory as well as the ecosystem around you. But, most importantly, that little bit extra that is called entrepreneurship.
This document discusses how entrepreneurs can attract investors. It provides tips on understanding different types of investors and their goals, being investment ready through preparation and presentation, networking to make connections, and addressing issues like valuation. Investors look for innovative ideas and teams, a large addressable market, and strong management. The document emphasizes the importance of networking and connecting with investors through various channels and events. It also highlights the venture capital scene in Cambridge and resources available to help entrepreneurs, such as the Centre for Entrepreneurial Learning programs that provide skills and make introductions to investors.
The document provides instructions for creating an account and submitting a paper writing request on the HelpWriting.net site. It outlines a 5-step process: 1) Create an account with an email and password. 2) Complete a form with paper details, sources, and deadline. 3) Review writer bids and qualifications and place a deposit. 4) Review the completed paper and authorize final payment. 5) Request revisions as needed, with original, plagiarism-free content guaranteed or a full refund.
Mariana Mazzucato: The (Green) Entrepreneurial StateSTEPS Centre
Mariana Mazzucato, Reginald M. Phillips Professor in the Economics of Innovation in the Science and Technology Policy Research centre (SPRU), at the University of Sussex, gave this public lecture as part of the STEPS Centre Summer School on 12 May 2014. FInd out more: http://steps-centre.org/2014/blog/summerschool2014/
Paolo Berra, CERN Alumni Conference 2018 short picturesPaolo Berra
Paolo Berra gave a presentation about his experience transitioning from research and development roles to entrepreneurship and angel investing. He began his career doing technical work related to particle accelerators and cancer therapy. He then gained experience with startups and private industry through business school and interactions with private equity firms. Most recently, he has become involved with angel investing through groups in Italy that support entrepreneurship. His presentation highlighted the path from conducting research to applying it in new ventures and helping other innovators.
Venture and Angel Investing in Europe - Alex Fries Ecosystem Ventures Stanfor...Burton Lee
This document provides information about venture and angel investing in Europe compared to North America. It was presented by Alexander Fries, president of Ecosystem Ventures, to the Stanford School of Engineering on February 23, 2009. The document discusses elements of entrepreneurship, provides background on Fries and Ecosystem Ventures, compares the approach of venture capitalists and entrepreneurs in Europe and the US, and offers recommendations to improve entrepreneurship in Europe.
The document discusses how to capitalize on risk tolerance from a startup perspective. It outlines that (1) while Finland excels in research and innovation, it lacks an entrepreneurial culture to commercialize ideas, and (2) the solution is to build a healthy networked startup community through grassroots efforts and government support of entrepreneurship. Examples provided include startup accelerators, networking groups, and large companies opening their patent portfolios to startups to help foster an entrepreneurial culture in Finland.
The document discusses the values of entrepreneurship in Catalonia. It provides an overview of the growth of the Catalan startup ecosystem, including key investment deals and exits. It also discusses the importance of talent, technology changes, adoption curves, incubators/accelerators, and events in the ecosystem. The document advocates that creating an entrepreneurial ecosystem requires investing in knowledge and developing an innovative, inclusive culture that attracts mobile talent.
This document discusses how entrepreneurs can attract investors. It provides tips on understanding different types of investors and their goals, being investment ready through preparation and presentation, networking to make connections, and addressing issues like valuation. Investors look for innovative ideas and teams, a large addressable market, and strong management. The document emphasizes the importance of networking and connecting with investors through various channels and events. It also highlights the venture capital scene in Cambridge and resources available to help entrepreneurs, such as the Centre for Entrepreneurial Learning programs that provide skills and make introductions to investors.
The document provides instructions for creating an account and submitting a paper writing request on the HelpWriting.net site. It outlines a 5-step process: 1) Create an account with an email and password. 2) Complete a form with paper details, sources, and deadline. 3) Review writer bids and qualifications and place a deposit. 4) Review the completed paper and authorize final payment. 5) Request revisions as needed, with original, plagiarism-free content guaranteed or a full refund.
Mariana Mazzucato: The (Green) Entrepreneurial StateSTEPS Centre
Mariana Mazzucato, Reginald M. Phillips Professor in the Economics of Innovation in the Science and Technology Policy Research centre (SPRU), at the University of Sussex, gave this public lecture as part of the STEPS Centre Summer School on 12 May 2014. FInd out more: http://steps-centre.org/2014/blog/summerschool2014/
Paolo Berra, CERN Alumni Conference 2018 short picturesPaolo Berra
Paolo Berra gave a presentation about his experience transitioning from research and development roles to entrepreneurship and angel investing. He began his career doing technical work related to particle accelerators and cancer therapy. He then gained experience with startups and private industry through business school and interactions with private equity firms. Most recently, he has become involved with angel investing through groups in Italy that support entrepreneurship. His presentation highlighted the path from conducting research to applying it in new ventures and helping other innovators.
Venture and Angel Investing in Europe - Alex Fries Ecosystem Ventures Stanfor...Burton Lee
This document provides information about venture and angel investing in Europe compared to North America. It was presented by Alexander Fries, president of Ecosystem Ventures, to the Stanford School of Engineering on February 23, 2009. The document discusses elements of entrepreneurship, provides background on Fries and Ecosystem Ventures, compares the approach of venture capitalists and entrepreneurs in Europe and the US, and offers recommendations to improve entrepreneurship in Europe.
The document discusses how to capitalize on risk tolerance from a startup perspective. It outlines that (1) while Finland excels in research and innovation, it lacks an entrepreneurial culture to commercialize ideas, and (2) the solution is to build a healthy networked startup community through grassroots efforts and government support of entrepreneurship. Examples provided include startup accelerators, networking groups, and large companies opening their patent portfolios to startups to help foster an entrepreneurial culture in Finland.
The document discusses the values of entrepreneurship in Catalonia. It provides an overview of the growth of the Catalan startup ecosystem, including key investment deals and exits. It also discusses the importance of talent, technology changes, adoption curves, incubators/accelerators, and events in the ecosystem. The document advocates that creating an entrepreneurial ecosystem requires investing in knowledge and developing an innovative, inclusive culture that attracts mobile talent.
What Will It Take to Build a Real Tech Ecosystem in Ukraine - Ukraine Financi...Vitaly Golomb
This document summarizes Vitaly Golomb's perspective on building a tech ecosystem in Ukraine. It notes that Ukraine has strong technical talent from its universities, a large pool of skilled IT professionals, and is a top outsourcing destination. However, Ukraine currently has no government programs or private capital to support startups, causing most technical talent to leave the country. The document advocates for Ukraine to implement tax incentive programs for individuals and venture capital funds, as well as direct government venture funding, based on models that successfully grew tech ecosystems in countries like the UK, Israel, and Singapore. This would allow Ukraine to retain its technical talent and build a self-sustaining startup culture.
Sylvia Tulloch has experience as an angel investor in several clean technology startups. She discusses two current investments - Perimeter Security Industries, which develops fiber optic sensor technology for security systems, and Uniflow Power, which develops small steam engines for electricity generation from biomass fuels. She outlines the key factors she looks for in potential investments, including understanding the technology and market, intellectual property, a global vision from an Australian base, compatibility with founders, and companies making a positive difference. Angel investing combines her interests in business, technology and making an impact, with managed risk and high return potential.
Sylvia Tulloch has experience as an angel investor in several clean technology startups. She discusses her investments in Dyesol, a company commercializing dye-sensitized solar cell technology that had an IPO and peaked at a share price of $2.35, Perimeter Security Industries developing fiber optic sensor technology for security applications, and Uniflow Power developing next generation steam engines. She looks for companies developing advanced technology, with intellectual property and a global market focus when evaluating potential investments and enjoying being involved in startups working on technologies that can make a positive impact.
This was presented by Micheal Khan at the Innovation Festival at Spier Wine Estate on 8 and 9 March 2010. The sponsor was Cape Biotech Trust to raise funds for the Southern African Innovation Network (SAINe).
Strong patent protection is essential for a start-up biotechnology company and can be a valuable company asset. However, it is also expensive, with costs ranging from tens to hundreds of thousands of dollars over time. This session will focus on how to get the most out of your patent dollars.
This session presentation is available in audio format here: http://www.marsdd.com/bioent/dec4
Innovation and creativity produce new technology, entrepreneurship turns ideas and innovations into manifest everyday practice. It can be argued that entrepreneurship is the process by which the future is created from ideas and innovations. This study unit will use the creation of a new venture as a method of entrepreneurship, so called Quasi-Enterprise model of Private-Public-Partnership. The course will simulate the development of a new venture through the creative practices of the participants. In the process key theories and ideas will be presented and discussed. The structure is designed to support the kind of learning required, a cognitive structure emphasizing key concepts, themes and intellectual abilities. The module covers some fundamental concepts and trends in research in the field. Linkages are made with innovation, creativity and foresight. The module then explores the processes of entrepreneurship in the discovery, evaluation, and the exploitation of opportunities. This follows a logical sequence from initial ideas and innovation through the emergence and evaluation of the opportunity into a planned and shaped activity and into the implementation process.
A Sucess Culture for the UK Electronics Systems CommunityIan Phillips
The ESCO Report identified an erstwhile invisible Electronic Systems community in the UK. These are businesses and individuals who's (technical) roles are in the life-cycle of Electronic Systems provision. These 21c enterprises are the evolutionary product of the old 20c electronic companies that used to be visible here ... and whose demise is erroneously seen as the UKs exit from this domain. The 850k individuals; employed in 35,000 ES Enterprises and embedded into other consumer and professional businesses; collectively contribute around 5.4% to UK-GDP. This is a very different 'shaped' business, but is a story of successful adoption to the global business of creating the Electronic Systems we would miss today and on which we will depend tomorrow. This is an opportunity for the UK ... but also for the UK's Academic community within it.
The document summarizes discussions from a conference on the European Institute of Innovation and Technology (EIT) held at Trinity College in Dublin. Over the course of multiple panels and sessions, speakers discussed how the EIT aims to foster innovation and strengthen synergies within the EU by bringing together higher education, research, and companies through partnerships. Specifically, they addressed how the EIT's Knowledge and Innovation Communities (KICs) can leverage funding to stimulate innovation, achieve impact through excellent partnerships and innovative project portfolios, and help measure the EIT and KICs' impact through monitoring. The goal is to better support innovation and job creation across Europe through improved collaboration.
The document summarizes the life cycle of the Silicon Roundabout innovation cluster in London. It began with low rents and an open immigration policy that attracted global talent. This enabled knowledge sharing and the success of early startups. However, as rents doubled within 5 years and immigration policies tightened, restricting visas and graduate job opportunities, the enabling conditions changed. This pushed out smaller firms and startups, challenging the cluster's continued growth. The cluster demonstrates how factors that drive initial success may not be sustainable and can contribute to future difficulties if they change.
Golden age for technology and innovation vfinal acgJeffrey Bussgang
My perspective that we are in the middle of an unprecedented boom in technology and innovation – a true “Golden Age”. The
growth opportunity ahead of us is more rapid, and global, than ever before.
The document introduces the Knowledge Transfer Network (KTN) as the UK's innovation network that connects businesses, researchers, entrepreneurs, and funders. It discusses how the KTN works to drive innovation by bringing together groups from different sectors and disciplines, introducing innovators to funding opportunities, and connecting people to solve innovation challenges. It provides examples of the KTN's industry communities and programs in areas like materials, health, and sustainability.
Diversifying Albertas Economy - The Integrated Pathway Model final with late ...Troy Media
This document outlines a proposed integrated pathway for diversifying Alberta's economy through technology commercialization. It discusses 3 key issues:
1) Alberta's financial institutions have not adapted to capitalize on intangible assets like patents and software, undermining sectors like technology.
2) Alberta's capital markets are biased toward oil and gas, and $2 billion monthly leaves the province. Reforms could redirect capital to local businesses.
3) An integrated pathway is needed to support technology, including addressing management challenges in areas like commercialization. It proposes an "Alberta First Fund" and peer-to-peer investment platform to finance technology through commercial success.
1) Turkey has a growing population of university students and graduates, but its innovation ecosystem has weaknesses in converting knowledge to value due to risk aversion and conservative attitudes.
2) Innovation requires an environment where researchers, entrepreneurs, investors, and companies collaborate to turn ideas into products and services that create new value.
3) While Turkey has improved supports for innovation like technology parks and clusters, its performance on benchmarks still lags Europe, and more remains to be done to strengthen commercialization of research and adoption of innovation in companies.
Essay On Energy Crisis In Pakistan 2014. Online assignment writing service.Allison Gilbert
The document outlines 5 steps for seeking writing help from HelpWriting.net:
1. Create an account and provide login credentials.
2. Complete a 10-minute order form providing instructions, sources, and deadline.
3. Review bids from writers and choose one based on qualifications.
4. Review the completed paper and authorize payment if satisfied.
5. Request revisions to ensure satisfaction, with a refund offered for plagiarized work.
The document discusses science entrepreneurship and examples of scientists who have become wealthy entrepreneurs. It provides several case studies of scientists who started successful companies in fields like pharmaceuticals, biotechnology, computers, and telecommunications. It discusses how universities are becoming more entrepreneurial and how this is allowing some scientists to earn substantial fortunes by commercializing their research through new companies.
What Will It Take to Build a Real Tech Ecosystem in Ukraine - Ukraine Financi...Vitaly Golomb
This document summarizes Vitaly Golomb's perspective on building a tech ecosystem in Ukraine. It notes that Ukraine has strong technical talent from its universities, a large pool of skilled IT professionals, and is a top outsourcing destination. However, Ukraine currently has no government programs or private capital to support startups, causing most technical talent to leave the country. The document advocates for Ukraine to implement tax incentive programs for individuals and venture capital funds, as well as direct government venture funding, based on models that successfully grew tech ecosystems in countries like the UK, Israel, and Singapore. This would allow Ukraine to retain its technical talent and build a self-sustaining startup culture.
Sylvia Tulloch has experience as an angel investor in several clean technology startups. She discusses two current investments - Perimeter Security Industries, which develops fiber optic sensor technology for security systems, and Uniflow Power, which develops small steam engines for electricity generation from biomass fuels. She outlines the key factors she looks for in potential investments, including understanding the technology and market, intellectual property, a global vision from an Australian base, compatibility with founders, and companies making a positive difference. Angel investing combines her interests in business, technology and making an impact, with managed risk and high return potential.
Sylvia Tulloch has experience as an angel investor in several clean technology startups. She discusses her investments in Dyesol, a company commercializing dye-sensitized solar cell technology that had an IPO and peaked at a share price of $2.35, Perimeter Security Industries developing fiber optic sensor technology for security applications, and Uniflow Power developing next generation steam engines. She looks for companies developing advanced technology, with intellectual property and a global market focus when evaluating potential investments and enjoying being involved in startups working on technologies that can make a positive impact.
This was presented by Micheal Khan at the Innovation Festival at Spier Wine Estate on 8 and 9 March 2010. The sponsor was Cape Biotech Trust to raise funds for the Southern African Innovation Network (SAINe).
Strong patent protection is essential for a start-up biotechnology company and can be a valuable company asset. However, it is also expensive, with costs ranging from tens to hundreds of thousands of dollars over time. This session will focus on how to get the most out of your patent dollars.
This session presentation is available in audio format here: http://www.marsdd.com/bioent/dec4
Innovation and creativity produce new technology, entrepreneurship turns ideas and innovations into manifest everyday practice. It can be argued that entrepreneurship is the process by which the future is created from ideas and innovations. This study unit will use the creation of a new venture as a method of entrepreneurship, so called Quasi-Enterprise model of Private-Public-Partnership. The course will simulate the development of a new venture through the creative practices of the participants. In the process key theories and ideas will be presented and discussed. The structure is designed to support the kind of learning required, a cognitive structure emphasizing key concepts, themes and intellectual abilities. The module covers some fundamental concepts and trends in research in the field. Linkages are made with innovation, creativity and foresight. The module then explores the processes of entrepreneurship in the discovery, evaluation, and the exploitation of opportunities. This follows a logical sequence from initial ideas and innovation through the emergence and evaluation of the opportunity into a planned and shaped activity and into the implementation process.
A Sucess Culture for the UK Electronics Systems CommunityIan Phillips
The ESCO Report identified an erstwhile invisible Electronic Systems community in the UK. These are businesses and individuals who's (technical) roles are in the life-cycle of Electronic Systems provision. These 21c enterprises are the evolutionary product of the old 20c electronic companies that used to be visible here ... and whose demise is erroneously seen as the UKs exit from this domain. The 850k individuals; employed in 35,000 ES Enterprises and embedded into other consumer and professional businesses; collectively contribute around 5.4% to UK-GDP. This is a very different 'shaped' business, but is a story of successful adoption to the global business of creating the Electronic Systems we would miss today and on which we will depend tomorrow. This is an opportunity for the UK ... but also for the UK's Academic community within it.
The document summarizes discussions from a conference on the European Institute of Innovation and Technology (EIT) held at Trinity College in Dublin. Over the course of multiple panels and sessions, speakers discussed how the EIT aims to foster innovation and strengthen synergies within the EU by bringing together higher education, research, and companies through partnerships. Specifically, they addressed how the EIT's Knowledge and Innovation Communities (KICs) can leverage funding to stimulate innovation, achieve impact through excellent partnerships and innovative project portfolios, and help measure the EIT and KICs' impact through monitoring. The goal is to better support innovation and job creation across Europe through improved collaboration.
The document summarizes the life cycle of the Silicon Roundabout innovation cluster in London. It began with low rents and an open immigration policy that attracted global talent. This enabled knowledge sharing and the success of early startups. However, as rents doubled within 5 years and immigration policies tightened, restricting visas and graduate job opportunities, the enabling conditions changed. This pushed out smaller firms and startups, challenging the cluster's continued growth. The cluster demonstrates how factors that drive initial success may not be sustainable and can contribute to future difficulties if they change.
Golden age for technology and innovation vfinal acgJeffrey Bussgang
My perspective that we are in the middle of an unprecedented boom in technology and innovation – a true “Golden Age”. The
growth opportunity ahead of us is more rapid, and global, than ever before.
The document introduces the Knowledge Transfer Network (KTN) as the UK's innovation network that connects businesses, researchers, entrepreneurs, and funders. It discusses how the KTN works to drive innovation by bringing together groups from different sectors and disciplines, introducing innovators to funding opportunities, and connecting people to solve innovation challenges. It provides examples of the KTN's industry communities and programs in areas like materials, health, and sustainability.
Diversifying Albertas Economy - The Integrated Pathway Model final with late ...Troy Media
This document outlines a proposed integrated pathway for diversifying Alberta's economy through technology commercialization. It discusses 3 key issues:
1) Alberta's financial institutions have not adapted to capitalize on intangible assets like patents and software, undermining sectors like technology.
2) Alberta's capital markets are biased toward oil and gas, and $2 billion monthly leaves the province. Reforms could redirect capital to local businesses.
3) An integrated pathway is needed to support technology, including addressing management challenges in areas like commercialization. It proposes an "Alberta First Fund" and peer-to-peer investment platform to finance technology through commercial success.
1) Turkey has a growing population of university students and graduates, but its innovation ecosystem has weaknesses in converting knowledge to value due to risk aversion and conservative attitudes.
2) Innovation requires an environment where researchers, entrepreneurs, investors, and companies collaborate to turn ideas into products and services that create new value.
3) While Turkey has improved supports for innovation like technology parks and clusters, its performance on benchmarks still lags Europe, and more remains to be done to strengthen commercialization of research and adoption of innovation in companies.
Essay On Energy Crisis In Pakistan 2014. Online assignment writing service.Allison Gilbert
The document outlines 5 steps for seeking writing help from HelpWriting.net:
1. Create an account and provide login credentials.
2. Complete a 10-minute order form providing instructions, sources, and deadline.
3. Review bids from writers and choose one based on qualifications.
4. Review the completed paper and authorize payment if satisfied.
5. Request revisions to ensure satisfaction, with a refund offered for plagiarized work.
The document discusses science entrepreneurship and examples of scientists who have become wealthy entrepreneurs. It provides several case studies of scientists who started successful companies in fields like pharmaceuticals, biotechnology, computers, and telecommunications. It discusses how universities are becoming more entrepreneurial and how this is allowing some scientists to earn substantial fortunes by commercializing their research through new companies.
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2. CNAO Ion Synchrotron for Hadrontherapy
(TERA Foundation, Politecnico di Milano).
ATLAS Experiment.
All highly technical: Beam Physics, Mechanical Engineering, Project
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MY EXPERIENCE
@ CERN
LIBO Proton Linear Accelerator for Hadrontherapy
(TERA Foundation and CERN-KT, UCB Lyon I).
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ENTREPRENEURSHIP: From R&D to Management
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First interactions with
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Mature industrial sectors.
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IASSP: Institute for
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HARVARD
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
4. INNOVATION
• Improvement of existing or creation of entirely new products, processes, or services.
• Creation of new value for the world.
• Transformation of existing conditions into preferred ones.
• Core driver of modern economic growth.
• Source of 90% of the variation in the growth of income per worker across Western nations.
6. DIGITAL ARTIFICIAL INTELLIGENCE SENSORS
SECTORS OF BREAKTHROUGH INNOVATION
LIFE SCIENCE
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
7. VIRTUAL REALITY DRIVERLESS ROBOTS
HEALTHCARE
AND GENOME PROJECTS
3D PRINTERSDRONES FINTECH VOCAL INTERACTIONS
TRENDS OF INNOVATIONS FOR START-UP COMPANIES
8. FROM INNOVATION TO BUSINESS:
ALL STARTS WITH ENTREPRENEURS
All processes must be led by entrepreneurs. They are the leaders, and everybody else – universities, governments,
VCs, Angels, lawyers, accountants, and bankers – are the “feeders”.
Feeders are essential but cannot themselves create an entrepreneurial community.
Entrepreneurs need to take a long-term view. Everybody must adopt a philosophy of inclusiveness.
People need to hold substantive activities and events that engage the entire entrepreneurial stack.
Breakthrough innovation essentially comes through
start-up companies that:
1) must be founded by entrepreneurs,
2) funded by someone, and
3) fed by a correct ecosystem around them
(Universities, Research Laboratories, etc.).
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
11. Big Science started in Berkeley in mid ’30s, thanks
to development of the first high-energy particle
accelerators, the cyclotrons, invented by Ernest O.
Lawrence.
E. Lawrence was a scientist with entrepreneurial
mind, that found the right ecosystems, the future
of Silicon Valley, to feed his research (Universities,
Laboratories, VCs, Foundations, IP offices, etc.).
Beginning of Federal Funding of “Big Science”.
Where Big Science was born …
… Story 1 …
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
12. The first use of particle accelerators for cancer
therapy started soon thanks to Ernest Lawrence’s
brother, John.
Lawrence mother's life had been saved by radiation
therapy, using the only million-volt X rays machine
available in the world at that time and installed by his
son.
After Mrs. Lawrence had been told by many specialists
that she had an inoperable tumor, she was treated,
more or less in desperation. At the time of her son's
death, she was still living in Berkeley, twenty-one years
after the treatment.
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
13. WWII: The First Electronic War
Strategic Bombing of Germany
VS.
The German Air Defense System
Who Ran the Secret Lab and became
the Father of Electronic Warfare?
Fredrick Terman – Stanford, the Father of
Silicon Valley.
He encouraged his students, William
Hewlett and David Packard to start a
company.
… Story 2 …
Hidden in Plain Sight: The Secret History of
Silicon Valley, S. Blank
14. Terman’s Post-War Strategy
• Focus on microwaves and electronics.
• First Office of Naval Research contract (1946).
• By 1950 Stanford was the MIT of the West. Unclassified
research.
• Microwave Tube Start-ups: Klystrons, TWT (Varian,
Microwaves Electronics, etc.).
Changes the Start-up/Stanford University Rules
Silicon Valley, as We Know it, Starts Here
• Students encouraged to start companies.
• Professors encouraged to consult for companies.
• Terman and other professors take board seats.
• Technology transfer/IP licensing easy.
• Getting out in the real world was good for your
academic career.
• Failure was accepted as part of the culture.
15. FINANCING START-UPS
Hello friends this is a simple
and easy to modify the slide
which is a fashion trend of
the template
Hello friends Glad you
chose him I wish you a
happy life
Start-up companies can be financed by:
VC, Angel Investors:
Friends &
Family:
Funds:
€ 30/100K
“PRE-SEED CAPITAL”
€ 50/1.000K
PER SINGLE
INVESTMENT;
“STARTUP CAPITAL”
AND
INITIAL “EXPANSION CAPITAL”
€ 1.000/5.000K
PER
SINGLE INVESTMENT
“EXPANSION CAPITAL”
«Great plan. Could we get some more details?»
16. FINANCING START-UPS
Venture Capital Funds tend to lower the risk associated with investing in the start-up phase.
Friends & Family and single Angels have limited investment capabilities.
Stage Pre-Seed
Seed/
Start-Up
Funding Gap
€ 200.000
to € 1.000.000
per investment
Angel Groups
Early Later
Investors
Entrepreneur
Friends &
Family
Single
Angels
Venture Capital Funds
Investment
€ 50.000
to € 200.000
€ 1.000.000
to € 5.000.000
€ 30.000
to € 100.000
The Angel Groups manage to cover a significant funding gap.
17. High Innovation and
growth potential
BUSINESS ANGELS
Business Angels are individual investors who provide
their own capital to enterprises with high innovation
and growth potential, becoming shareholders
(generally minority) with related responsibilities
towards the enterprise. After years of investment the
Angels should have a profitable exit.
Business Angels are the first professional investors in a string of investments while developing
an innovative company, from the seed phase to being a significant player in the market.
18. Seed stage
Early stage
Expansion stage
Late stage
Angels are fundamental, especially in the early
stages of investment.
WHERE THE ANGELS INVEST
19. 70,000 PROJECTS FUNDED IN THE USA
$ 25B INVESTED IN THE USA, € 5-6B IN EUROPE
AVERAGE TRANSACTION: $ 200-500K
PRE-MONEY AVERAGE: $ 2-3 MILLION
What is the current global trend?
+ resources, - deals, more selective
choices
ANGEL INVESTING: KEY FIGURES (YEAR 2015)
22. RETURN ON INVESTMENTS
Angel Investing is remunerative but
risky if implemented sporadically:
Average multiple per investment:
2,6x in 3,5 years (average IRR
27%).
50% of investments achieve a
loss (in 3 years).
30% of investments perform
fairly, with multiples between
1-5x (in 3,3 years).
20% of investments perform
well, over 5x (in 4,6 years).
Angel Investing:
Why create a Group
* Courtesy Aurelio Mezzotero, IAG
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
23. ANGEL
INVESTING
STRATEGY
Ability to invest in at least 10 deals.
Basic availability of around € 100-250k
allocated to start-ups (high risk).
Access to a good deal flow.
Ability to negotiate favorable terms/conditions.
THE FINANCIAL RETURNS
ARE NOT CASUAL
SUMMARY OF CRITICAL CONDITIONS
TO BUILD A
QUALITY PORTFOLIO OF START-UPS
Availability of a little cash for the follow-on.
Careful due diligence capabilities.
Acceptance of risk of illiquidity for 7-10 years.
Ability to have a positive and active impact on
the start-up, where possible.
24. W H A T A N G E L S L O O K F O R
All investors want to find the next Unicorn.
(>1 Billion Euro, no IPO, ROI 18x-40x) !!!
Some statistics: Every year Angels and VCs fund about
1-3% of the screened start-ups.
Globally only 1 start-up out of every 10.000 funded
becomes a Unicorn.
Today (World): 214 Unicorns (value 800 Billion Euro).
So, it’s not easy to find the right companies …..
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
25. W H A T A N G E L S L O O K F O R
The innovation must be protected by IP; ideally, it should be classified in one of these technology classes:
1. Disruptive 2. Sustaining 3. Commoditization
S T A R T - U P S E L E C T I O N S
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
26. HOW AN ANGEL GROUP WORKS
An example: IAG, the largest Angel group in Italy
150 Investors: Entrepreneurs, Managers, Finance Executives.
Mission:
✓ To finance early stage innovative industrial projects.
✓ To sustain entrepreneurship and innovation.
✓ To promote entrepreneurial economic growth.
✓ To contribute to the success of young Italian
companies, talents and ideas.
✓ To encourage the creation of new qualified jobs.
27. START-UP SELECTION: WHAT ANGELS LOOK FOR
Pre-
Screening
Screening
Groups
Screening
Committee
General
Assembly
Due
Diligence
Investment
Innovation
Sustainable competitive advantage
High growth potential and scalability
High return vs high risk
Skilled team
Trust, honesty and reliability
Willingness to be supported and guided
Realistic exit strategy
Normally, we receive about 500-1.000 projects per year. Only 10-12 start-ups per year are presented to
the partners for possible investments.
28. HOW
WE INVEST
We invest through an
investment vehicle
managed by one or two of
our investors
(CHAMPIONS) after a
careful due diligence
process.
Governance rules.
Dealing with one or two
main investors only: the
champions.
Founders keep majority
equity stake in their
company.
We are always qualified
minority stakeholders.
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
29. PROJECTS INVESTMENTS AVERAGE INVESTMENT
PER ROUND
40
Start-ups
20M
Euro 300K
Euro
• 3500 projects screened.
• 130 projects presented
to the partner investors.
+ 80M Euro collected by
our start-ups from
third parties.
Range:
100k Euro – 1,1M Euro
IAG is the largest business Angel group in Italy and one of the
largest in Europe (BAE, Business Angels Europe Association).
IAG is one of the top 5 investors in early stage start-ups in
Italy (similar to a medium European VC).
30. Team
People behind the
project?
They hold significant
shares of the start-up?
Team should be totally
committed and with
complementary skills.
Product and Technology
Greater value compared to
competitors.
IP: How to turn “research”
results into “Intellectual
property” and IP into
“Business”.
Investors ask for a declaration
or a legal certification:
FTO (Freedom to Operate).
Business Model
How do I make money?
Market / Need
Market size and growth rate
are important:
Target segments, barriers to
entry, complexity. Does the
entrepreneurial team have
previous experience in this
market?
Executive Plan
Metrics and milestones.
Financial Aspects
Use of funds, exit strategy.
TEAM SCREENING AND FORUMS: EVALUATION
Cash is King !!
32. FOLLOW-ON INVESTMENT - REFLECTIONS
• One of the main decisions that separates professional investors from casual investors is the choice of
«when to unplug» or, unlike when to continue to trust a project.
• In general, it is almost always wrong to continue investing in front of unfavorable evidence on the
project, such as a chronic delay in the business plan or a lack of interest from external investors.
• In general, it is better to split the overall investment into several tranches, linked to achievement of
milestones.
33. Fully-automated and easy-to-use diagnostic platform.
Our test can be run in the clinical setting immediately
after collecting a biopsy and it delivers results in 24h.
>90% correlation between our test and clinical
response to therapy measured after 1-6 months.
Cellply captures precious functional
information from live cells before they
die to find the most suitable therapy
for an individual cancer patient.
Contact: Massimo Bocchi, CEO
massimo.bocchi@cellply.com
34.
35. Tissue Engineered Vascular Grafts
A tissue engineering company developing
the first fibroin-made tissue engineered
graft, an already FDA approved material, for
vascular procedures.
Each year, 1.4m patients in the US need
arterial prostheses. Tissue engineering is
an alternative approach for new vascular
grafts.
This technology stimulates fast natural
human tissue regeneration.
POWERPOINT TEMPLATE
Contact: Gabriele Grecchi , CEO
Gabriele@silkbiomaterials.com
37. Global Start-up Ecosystem Report 2017, Start-up Genome
Start-up Ecosystem Success Factors
Ecosystem(External)
SuccessFactors
Internal
Factors
Performance
Resources
∙Funding
∙Talent
∙Attraction
Other Factors
∙Market Reach
∙Start-up Experience
∙Global Connectedness
∙Corporate Involvement
The Rise of Emerging Entrepreneurial Cities
Geopolitics
Politicians around the globe
are just starting to
understand the importance of
innovation and early stage
investments.
Innovation can contribute
significantly to GDP increase
(Unicorns, etc.).
38.
39.
40. HIGHLIGHTS ON ECOSYSTEMS TODAY
In USA:
• In the last 20 years, 30 million new jobs by start-ups. Companies financed by Angels/VCs are responsible for 17.1% of
the GDP.
In CHINA:
• China has more than 2.000 incubators and accelerators (28% public, 23% private, 17% academic, rest mixed), 115
university science parks, 60 industrial and technological parks, and over 1000 VCs (many around Beijing).
But what about Europe?
• The growth of companies financed by Angels and VCs is around 5.4%, while the average of non- financed companies
is 0.7% → investing in early stage companies is remunerative.
• Angel investing in Europe grows continuously.
• Even politicians have begun to grasp the importance of business angels more and more.
• No single European Angel market.
- France: still dominated by network structures.
- UK: strong early stage market (Angels @1,1B GBP/year vs early stage VCs @ 400M GBP/year).
- Germany: Angel network, incubators, accelerators, super angels, etc. (7-8.000 angels for 650M Euro/year).
41. CONCLUSIONS ON ECOSYSTEMS
• People are mobile, ideas fly around the world, and capital moves rapidly across borders. Entrepreneurs no
longer need to be constrained by geographic boundaries. VCs have followed this pattern, expanding their
global investment. Groups of Angels should go in the same direction.
• Silicon Valley was not created spontaneously but was built over decades of strategic investment based on a
vision for an innovation-driven economy. Today, while there is no recipe for replicating Silicon Valley,
several cities and innovative hubs are heavily investing to create and develop new ecosystems.
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
42. Suggestions to Improve Angel Investing
• Develop the Angel ecosystems as well as create better cooperation between the Angel communities.
• Government incentives for taxation.
• Promotion of business Angel investing is one of the big challenges.
• Stimulate cooperation between Angels and VCs as well as with Universities and Research Laboratories,
ultimately resulting in a better climate for entrepreneurs seeking capital. Connectivity throughout the whole
chain could also enable Angels to participate in even later rounds, eventually culminating in an IPO.
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
43. Innovation without borders will change our future
at global level.
There is a (meritocratic) revolution going on:
- The global start-up revolution -
And it is our duty to support it with hard work.
THE BEST YEARS OF ANGEL INVESTMENT ARE YET TO COME.
THANK YOU !!!
Paolo Berra, CERN Alumni, First Collisions Event, 2-3 Feb. 2018
44. REFERENCES
• The American Angel - Early Results, Angel Capital Association, 2017.
• The European Business Angels markets, an approssimation, BAE-The European Confederation for Angel Investing.
• A. Leone - IAG, Start-up financing, MIP 2107.
• IAG Angels training, IAG 2107.
• A. Mezzotero, IAG slide presentation, 2017.
• Silicon Valley Competitiveness and Innovation Project – SVCIP 2015 and 2017.
• European Unicorns 2016, GP-Bullhound Research.
• Global Start-up Ecosystem Report 2017, Start-up Genome.
• T. Nicholas, J. Lee; The origins and development of Silicon Valley, Harvard Business School, 9-813-098, rev. 2014.
• L. Applegate et al.; Angel investing in Europe and recent developments in crowdfunding, Harvard Business School, 9-814-047, rev.
2016.
• Financing high growth firms, the role of angel investors, OEECD, 2011.
• P. Berra, G. Visentini, Start-ups: 10 trend to keep an eye on in 2016, Sapere Scienza and IAG Report, 2016.
49. RISKS IDENTIKIT RATING
SINGLE INVESTORS
✓ Full control of their money.
✓ Freedom to maneuver.
✓ Fast action.
✓ Difficulty accessing and
processing quality deal flow.
✓ Necessity of seriousness and
motivation at professional level.
✓ Difficult to diversify.
✓ Difficult sometimes to have
weight in the deal.
✓ Former Entrepreneur.
✓ Ex Venture Capitalist.
Approach suitable for those
who have high $$ allocable
at high risk (M$) and / or
deep vertical skills.
BENEFITS
50. RISKS IDENTIKIT RATING
MEMBER INVESTORS OF A NETWORK
✓ Full control of their money.
✓ Access to diversified deal flow.
✓ Existence of professional
centralized structure.
✓ Access to resources and skills
of all members.
✓ Ability to enter medium-large
deals in syndication.
✓ Sharing of DD costs.
✓ Possibility to modulate your
own commitment over time.
✓ Rapidity of action is sometimes
slowed down.
✓ Impact on start-ups in large
part entrusted to the champion's
skills.
✓ Use of ad-hoc vehicles (onerous
from economic point of view and
administrative).
e.g. IAG Members:
Entrepreneurs, Managers,
Professionals.
Appropriate approach,
especially for those who have
allocable resources at high risk
between € 100k and € 1M,
interested in both developing
a sector-based portfolio well
differentiated.
BENEFITS
51. RISKS IDENTIKIT RATING
INVESTORS IN CROWDFUNDING
✓ Easy access.
✓ Small cuts.
✓ Possibility of online investment.
✓ Investment conditions often
not favorable (e.g. pre-money)
✓ Excessive fragmentation, poor
impact on the target.
✓ Young people; public retail
looking for diversification at a
small price.
✓ It can constitute a "gym"
to enter subsequently in a
more active phase of Angel
investing.
BENEFITS
52. HOW TO DEFINE AN INVESTMENT STRATEGY
• The experiences of recent years allow us to highlight some successful strategies in Angel investing, called "active
and intelligent spray and pray".
• Spray and pray: Given to the strategy of investing in several deals, sometimes only on the basis of a summary
evaluation of the entrepreneur. This strategy was adopted by some successful Angels in the San Francisco area,
but if applied too superficially, it can lead to generalized losses on the portfolio.
• A soft strategy consists to adopt a policy of diversification, such as spray and pray, with careful due diligence of
the start-up. Further mitigation of the risk limits it to areas where you have strong expertise.
• The Angel investor "best practice" is also related to being "active". The Angel should make a positive impact on
the start-up in relation to: Business Development, Team Development, and Financial Development.
55. FOUNDING A NEW COMPANY: AN EXAMPLE*
Two founders, Joe and Carlo, decide to launch their project and incorporate their company.
• They split their stakes 60/40.
• They decide to set aside 20% of shares in an equity option pool.
• 10.000 shares of common stock outstanding. Each share is issued at a price €1.0.
COMPANY VALUE €10,000
Joe
48%
Carlo 32%
Opt Pool
20%
Ownership Stakes
Ownership Breakdown at the Beginning
* Courtesy Antonio Leone, IAG
56. FOUNDING A NEW COMPANY: AN EXAMPLE*
After validating the business plan and gaining some traction, it is time for Joe and Carlo to raise some
outside capital in a seed round.
A valuation is given to the company, and shares of the company are purchased for cash by investors at the
price determined by the valuation.
Pre-Money + Investment = Post-Money
Valuation
* Courtesy Antonio Leone, IAG
57. Pre-Money
Valuation
- Value of the company before the investment.
- To be estimated and negotiated following objective and subjective parameters.
- Several valuation methods exist .
Money
(Investment)
- Total investment.
- Usually through a Capital Increase (no share purchase!).
- Equity or Convertible Loan.
Post-Money
Valuation
- Post-Money = Pre-Money + Investment
- Post-Money = Investment / Equity %
- Founders are diluted, but the value of the company may increase significantly.
- Usually the lowest pre-money valuation for the next round.
Pre-Money + Investment = Post-Money
* Courtesy Antonio Leone, IAG
58. FOUNDING A NEW COMPANY : AN EXAMPLE*
Joe and Carlo have raised an equity investment of €500.000
at a pre-money valuation of €1.000.000.
The post-money cap table is:
COMPANY VALUE €1.500.000
Joe
32%
Carlo
21%
Opt Poll
13%
Investors
34%
Ownership Breakdown after Investment
* Courtesy Antonio Leone, IAG