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DUKAS_184948455_FER
dukas 184948455 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose blooming.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807926_FER
dukas 184807926 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A synthetic rose petal used in the study
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807924_FER
dukas 184807924 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A synthetic rose petal used in the study
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807922_FER
dukas 184807922 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose blooming.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807920_FER
dukas 184807920 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose blooming.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807916_FER
dukas 184807916 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose blooming.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807914_FER
dukas 184807914 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose blooming.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807912_FER
dukas 184807912 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose petal
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807908_FER
dukas 184807908 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose in full bloom
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807918_FER
dukas 184807918 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose blooming.
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS) -
DUKAS_184807910_FER
dukas 184807910 fer
Ferrari Press Agency
Rose petals 1
Ref 16827
16/05/2025
See Ferrari text
Picture MUST credit: Yafei Zhamg/The Hebrew University of Jerusalem
The reason rose petals curl and give the bloom its beautiful looks has been uncovered by scientists.
They say its all down the petals geometry and could have applications in the real world.
A team at Israel’s Hebrew University of Jerusalem discovered that as the petal grows, stress builds at the edges, shaping the curves recognised around the world.
The discovery uncovered the geometric origin of the shape of rose petals.
It also helps understand how complex forms emerge in nature and how to harness the same principles to design advanced materials that shape themselves with similar elegance and precision.
The study reveals that the signature cusp-like edges of rose petals are the result of a unique kind of geometric principle not previously recognised by scientists.
OPS:A rose in full bloom
Picture supplied by Ferrari (FOTO: DUKAS/FERRARI PRESS)