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Academic/University
CONSUMER PRODUCTS & SERVICES | Education & Training (non-internet/mobile) / Colleges & Universities
cam.ac.uk

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Investments

16

Portfolio Exits

8

Funds

2

Partners & Customers

10

About University of Cambridge

The University of Cambridge is a collegiate public research university in Cambridge, England.

University of Cambridge Headquarter Location

The Old Schools Trinity Lane

Cambridge, England, CB2 1TN,

United Kingdom

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Latest University of Cambridge News

High Resolution Imaging Reveals Puzzling Features Deep in Earth’s Interior

May 21, 2022

Animation of the Earth’s layers. New research led by the University of Cambridge is the first to obtain a detailed ‘image’ of an unusual pocket of rock at the boundary layer with Earth’s core, some three thousand kilometers beneath the surface. The mysterious area of rock, which is located almost directly beneath the Hawaiian Islands, is one of several ultra-low velocity zones – so-called because earthquake waves slow to a crawl as they pass through them. The research, published on May 19, 2022, in the journal Nature Communications, is the first to reveal the complex internal variability of one of these pockets in detail, shedding light on the landscape of Earth’s deep interior and the processes operating within it. “Of all Earth’s deep interior features, these are the most fascinating and complex.” — Zhi Li “Of all Earth’s deep interior features, these are the most fascinating and complex. We’ve now got the first solid evidence to show their internal structure — it’s a real milestone in deep earth seismology,” said lead author Zhi Li, PhD student at Cambridge’s Department of Earth Sciences. Earth’s interior is layered like an onion: at the center sits the iron-nickel core, surrounded by a thick layer known as the mantle, and on top of that a thin outer shell — the crust we live on. Although the mantle is solid rock, it is hot enough to flow extremely slowly. These internal convection currents feed heat to the surface, driving the movement of tectonic plates and fuelling volcanic eruptions. Scientists use seismic waves from earthquakes to ‘see’ beneath Earth’s surface — the echoes and shadows of these waves reveal radar-like images of deep interior topography. But, until recently, ‘images’ of the structures at the core-mantle boundary, an area of key interest for studying our planet’s internal heat flow, have been grainy and difficult to interpret. Events and Sdiff ray paths used in this study. A) Cross-section slicing the center of Hawaiian ultra-low velocity zone, showing ray paths of Sdiff waves at 96°, 100°, 110°, and 120° for 1D Earth model PREM. The dashed lines from top to bottom mark the 410 km, 660 km discontinuity, and 2791 km (100 km above the core–mantle boundary). B) Events and Sdiff ray paths on the background tomography model SEMUCB_WM1 at 2791 km depth. Beachballs of events plotted in different colors including 20100320 (yellow), 20111214 (green), 20120417 (red), 20180910 (purple), 20180518 (brown), 20181030 (pink), 20161122 (gray), stations (triangles), and ray paths of Sdiff waves at pierce depth 2791 km in the lowermost mantle used in this study. The event used in short-period analysis is highlighted in yellow. Proposed ULVZ location is shown in black circle. Dashed line shows cross-section plotted in A. Credit: Nature Communications, DOI: 10.1038/s41467-022-30502-5 The researchers used the latest numerical modeling methods to reveal kilometer-scale structures at the core-mantle boundary. According to co-author Dr Kuangdai Leng, who developed the methods while at the University of Oxford, “We are really pushing the limits of modern high-performance computing for elastodynamic simulations, taking advantage of wave symmetries unnoticed or unused before.” Leng, who is currently based at the Science and Technology Facilities Council, says that this means they can improve the resolution of the images by an order of magnitude compared to previous work. The researchers observed a 40% reduction in the speed of seismic waves traveling at the base of the ultra-low velocity zone beneath Hawaii. This supports existing proposals that the zone contains much more iron than the surrounding rocks – meaning it is denser and more sluggish. “It’s possible that this iron-rich material is a remnant of ancient rocks from Earth’s early history or even that iron might be leaking from the core by an unknown means,” said project lead Dr Sanne Cottaar from Cambridge Earth Sciences. Conceptual cartoons of the Hawaiian ultra-low velocity zone (ULVZ) structure. A) ULVZ on the core–mantle boundary at the base of the Hawaiian plume (height is not to scale). B) a zoom in of the modeled ULVZ structure, showing interpreted trapped postcursor waves (note that the waves analyzed have horizontal displacement). Credit: Nature Communications, DOI: 10.1038/s41467-022-30502-5 The research could also help scientists understand what sits beneath and gives rise to volcanic chains like the Hawaiian Islands. Scientists have started to notice a correlation between the location of the descriptively-named hotspot volcanoes, which include Hawaii and Iceland, and the ultra-low velocity zones at the base of the mantle. The origin of hotspot volcanoes has been debated, but the most popular theory suggests that plume-like structures bring hot mantle material all the way from the core-mantle boundary to the surface. With images of the ultra-low velocity zone beneath Hawaii now in hand, the team can also gather rare physical evidence from what is likely the root of the plume feeding Hawaii. Their observation of dense, iron-rich rock beneath Hawaii would support surface observations. “Basalts erupting from Hawaii have anomalous isotope signatures which could either point to either an early-Earth origin or core leaking, it means some of this dense material piled up at the base must be dragged to the surface,” said Cottaar. More of the core-mantle boundary now needs to be imaged to understand if all surface hotspots have a pocket of dense material at the base. Where and how the core-mantle boundary can be targeted does depend on where earthquakes occur, and where seismometers are installed to record the waves. The team’s observations add to a growing body of evidence that Earth’s deep interior is just as variable as its surface. “These low-velocity zones are one of the most intricate features we see at extreme depths – if we expand our search, we are likely to see ever-increasing levels of complexity, both structural and chemical, at the core-mantle boundary,” said Li. They now plan to apply their techniques to enhance the resolution of imaging of other pockets at the core-mantle boundary, as well as mapping new zones. Eventually, they hope to map the geological landscape across the core-mantle boundary and understand its relationship with the dynamics and evolutionary history of our planet. Reference: “Kilometer-scale structure on the core–mantle boundary near Hawaii” by Zhi Li, Kuangdai Leng, Jennifer Jenkins and Sanne Cottaar, 19 May 2022, Nature Communications.

University of Cambridge Investments

16 Investments

University of Cambridge has made 16 investments. Their latest investment was in Pretzel Therapeutics as part of their Other Investors on March 3, 2022.

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University of Cambridge Investments Activity

investments chart

Date

Round

Company

Amount

New?

Co-Investors

Sources

3/22/2022

Other Investors

Pretzel Therapeutics

Yes

3/7/2022

Seed VC

Tenyks

$3.4M

Yes

2

1/25/2021

Series A

Riverlane

$19.97M

Yes

4

4/9/2019

Seed VC

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$99M

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10

12/15/2017

Unattributed VC

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10

Date

3/22/2022

3/7/2022

1/25/2021

4/9/2019

12/15/2017

Round

Other Investors

Seed VC

Series A

Seed VC

Unattributed VC

Company

Pretzel Therapeutics

Tenyks

Riverlane

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Amount

$3.4M

$19.97M

$99M

New?

Yes

Yes

Yes

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Co-Investors

Sources

2

4

10

10

University of Cambridge Portfolio Exits

8 Portfolio Exits

University of Cambridge has 8 portfolio exits. Their latest portfolio exit was SMAP Energy on March 29, 2021.

Date

Exit

Companies

Valuation
Valuations are submitted by companies, mined from state filings or news, provided by VentureSource, or based on a comparables valuation model.

Acquirer

Sources

3/29/2021

Acquired

1

6/16/2016

Acquired

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10

3/24/2014

IPO

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$99M

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10

7/20/2011

Acquired

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10

6/15/2007

Acquired

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10

Date

3/29/2021

6/16/2016

3/24/2014

7/20/2011

6/15/2007

Exit

Acquired

Acquired

IPO

Acquired

Acquired

Companies

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Valuation

$99M

Acquirer

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Sources

1

10

10

10

10

University of Cambridge Fund History

2 Fund Histories

University of Cambridge has 2 funds, including University of Cambridge Discovery Fund.

Closing Date

Fund

Fund Type

Status

Amount

Sources

University of Cambridge Discovery Fund

Early-Stage Venture Capital

Open

1

University of Cambridge Enterprise Fund VIII

10

Closing Date

Fund

University of Cambridge Discovery Fund

University of Cambridge Enterprise Fund VIII

Fund Type

Early-Stage Venture Capital

Status

Open

Amount

Sources

1

10

University of Cambridge Partners & Customers

10 Partners and customers

University of Cambridge has 10 strategic partners and customers. University of Cambridge recently partnered with YuJa on April 4, 2022.

Date

Type

Business Partner

Country

News Snippet

Sources

4/6/2022

Vendor

United States

YuJa to Provide Cambridge University with Media Management and Streaming Solution - YuJa Official Home Page YuJa to Provide Cambridge University with Media Management and Streaming Solution

SAN JOSE , Calif. -- -- The University of Cambridge has selected the YuJa to serve as its in-house media management and streaming solution for its more than 20,000 students and 11,000 staff .

1

3/1/2022

Partner

United States

Cambridge University Launches Crypto Research Project with IMF, BIS

`` Industry collaboration and public-private partnerships will be vital in bringing the benefits of digital currencies to life in a sustainable , inclusive and secure way , '' said Terry Angelos , SVP and Global Head of Fintech at Visa .

1

2/28/2022

Partner

United States

15:01 ET EARLY REVIEWS ARE IN: VIKING EXPEDITIONS ARE SETTING A NEW STANDARD

The Science Lab on board the Viking Octantis , pictured here , was developed in partnership with the University of Cambridge and Akvaplan-Niva .

1

2/16/2022

Partner

Canada

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10

2/16/2022

Partner

Canada

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10

Date

4/6/2022

3/1/2022

2/28/2022

2/16/2022

2/16/2022

Type

Vendor

Partner

Partner

Partner

Partner

Business Partner

Country

United States

United States

United States

Canada

Canada

News Snippet

YuJa to Provide Cambridge University with Media Management and Streaming Solution - YuJa Official Home Page YuJa to Provide Cambridge University with Media Management and Streaming Solution

SAN JOSE , Calif. -- -- The University of Cambridge has selected the YuJa to serve as its in-house media management and streaming solution for its more than 20,000 students and 11,000 staff .

Cambridge University Launches Crypto Research Project with IMF, BIS

`` Industry collaboration and public-private partnerships will be vital in bringing the benefits of digital currencies to life in a sustainable , inclusive and secure way , '' said Terry Angelos , SVP and Global Head of Fintech at Visa .

15:01 ET EARLY REVIEWS ARE IN: VIKING EXPEDITIONS ARE SETTING A NEW STANDARD

The Science Lab on board the Viking Octantis , pictured here , was developed in partnership with the University of Cambridge and Akvaplan-Niva .

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Sources

1

1

1

10

10

University of Cambridge Team

3 Team Members

University of Cambridge has 3 team members, including former President, Rebecca Love.

Name

Work History

Title

Status

Rebecca Love

President

Former

Tomás Sabat

President

Former

Joanne M Hackett

Chief Operating Officer

Former

Name

Rebecca Love

Tomás Sabat

Joanne M Hackett

Work History

Title

President

President

Chief Operating Officer

Status

Former

Former

Former

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